Sees Co., Ltd.

Autonomous Decentralized AI Cell & Hashchain Are the Core Technology of the Physical AI Era.
Sees Co., Ltd.

SOLUTIONS

Sees Solutions

Anticipating the era of Physical AI, Sees Co., Ltd. has created numerous data security products, including the “Autonomous Decentralized AI Cell” for Physical AI and end-to-end data protection from sensors to the cloud.
This catalog compiles solution cases for each field, based on a careful review of past deployments, PoCs, and inquiries we have received. We hope it will serve as a useful reference for adoption in your own company or as a product offering.

PRODUCTS

“Autonomous Decentralized AI Cell” & “Hashchain” Are the Core Technologies of the Physical AI Era

“Autonomous Decentralized AI Cell”: Realizing the Ultimate Physical AI

The “Autonomous Decentralized AI Cell” turns into logic the very process by which a newborn child learns by itself through sight, touch, and other senses. We have realized the concept known as “Child AI” and implemented it on a chip.

An “Autonomous Decentralized AI Cell” is re-educated through group education by the edge server
About the “Autonomous Decentralized AI Cell” ▶

“Hashchain”: The Core Technology of Data Security

“Hashchain” is our proprietary secure communication protocol that simultaneously guarantees “Confidentiality, Authenticity, and Integrity” at the communication level in high-speed communication at 1 ms intervals, without placing any load on the main CPU.

“Hashchain” links data in a chain and transmits it segment by segment
About “Hashchain” ▶

“Scramble Memory”: The Ultimate Information Protection Method

“Scramble Memory” does not think of security in units of media or files. It is designed around a method that guarantees the authenticity of the continuous data itself, so that even if the data is taken, it cannot be read.

“Scramble Memory” protects recorded data
About “Scramble Memory” ▶

“Hashchain” & “Scramble Memory”: The Ultimate Data Security Method

An overall picture of end-to-end protection from sensors through “Hashchain” chips and the DApps server to client devices, using PUF, “Hashchain”, and “Scramble Memory”

“Hashchain”, which guarantees the authenticity of transmitted data segment by segment; the one-of-a-kind “PUF”, which guarantees the origin of data on a chip-by-chip basis; and “Scramble Memory”, which keeps recorded data unreadable by anyone but its owner even if it is stolen. With these three proprietary patented technologies, we have achieved the ultimate data security.

CATEGORY

Browse by Industry

119 solution cases across 10 industries. Select an industry to jump to its cases.

Robots & DronesNo.001–012 (12 cases) Main topics: safe operation, safety proof & accountability, AI runaway prevention, data misuse prevention, secure communication, data protection, group control, remote monitoring, group learning ManufacturingNo.013–037 (25 cases) Main topics: chemicals & materials, autonomous control, manufacturing proof, secure data sharing, data reliability, high-tech & electronics, video data protection, data protection, copyright management, etc. Transportation & LogisticsNo.038–049 (12 cases) Main topics: transportation & taxis, logistics & warehouses, automotive & in-vehicle, health & safety monitoring, security camera monitoring, smart key management, data misuse prevention, remote monitoring, etc. Construction & Real EstateNo.050–064 (15 cases) Main topics: site data assurance, smart key management, site camera monitoring, access control, health & safety monitoring, site security cameras, communications & wireless, construction & building materials, etc. Energy & Social InfrastructureNo.065–072 (8 cases) Main topics: power data proof, predictive maintenance, energy & electricity, infrastructure monitoring, environmental data proof, social infrastructure Healthcare & Nursing CareNo.073–082 (10 cases) Main topics: pharmaceuticals & healthcare, medical & hospitals, patient & vital sign management, patient & wandering monitoring, security camera monitoring, test audit trails, data reliability, history tracking Food, Agriculture, Forestry & FisheriesNo.083–086 (4 cases) Main topics: proof of origin, food & agriculture, data reliability Distribution, Retail & ServicesNo.087–095 (9 cases) Main topics: distribution & apparel, security camera monitoring, reservation & rights management, addiction monitoring, smart key management, commercial traceability, authenticity verification Public Sector & EducationNo.096–103 (8 cases) Main topics: security camera monitoring, identity & qualification proof, access control, public & local government, education & research, research & universities IT & Cross-IndustryNo.104–119 (16 cases) Main topics: data protection, access control, data distribution, IT & information systems, high-value equipment management, security camera monitoring, health & labor management, proof of authenticity for AI-generated content, etc.

CATEGORY 01　No.001–012 (12 cases)

Robots & Drones

Main topics: safe operation, safety proof & accountability, AI runaway prevention, data misuse prevention, secure communication, data protection, group control, remote monitoring, group learning

No.001Type: Physical AICategory: AI Runaway PreventionTarget: Robots/Humanoids

Preventing AI Runaway and Dangerous Movements in Humanoids

Are you worried about accidents where an AI malfunction or misjudgment causes a robot to hit people or objects?

The “Autonomous Decentralized AI Cell” watches the AI’s behavior and stops movement on the spot if it goes outside the safety conditions of the ethics circuit.

Solution Approach

  1. STEP 1Learn safe ranges

    The “Autonomous Decentralized AI Cell” learns the range in which each unit can move safely

  2. STEP 2Check with ethics circuit

    Checks on the spot whether each AI command is within safety conditions

  3. STEP 3Stop & re-educate

    Stops dangerous commands and re-educates using data from normal cells

Expected Benefits

  1. Lower risk of injuries and equipment damage
  2. Shorter procedures and verification periods for safety certification
  3. The safety control framework stays in place even when the AI program is updated
Diagram: Edge server, Learning from normal cells, Humanoid, AI command, “Autonomous Decentralized AI Cell”(ethics circuit), Re-education, Safe command→ executed, Dangerous command→ stopped, Learn safe ranges, Check with ethics circuit, Stop & re-educate, Even if the AI errs, dangerous commands stop before execution

Prevent accidents caused by AI malfunctions, reduce the burden of safety certification, and keep operating safely even after AI updates.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.002Type: Physical AICategory: AI Runaway PreventionTarget: Inspection/Survey Drones

Preventing Loss of Control and Runaway in Inspection and Survey Drones

Are you worried that a drone might crash or enter a dangerous area because of lost radio signals or an AI misjudgment?

The “Autonomous Decentralized AI Cell” in the drone checks its position and safety conditions and returns it safely, staying out of danger zones even if communication is lost.

Solution Approach

  1. STEP 1Detect limits

    Detects abnormal flight data or loss of communication

  2. STEP 2Switch to safety

    The ethics circuit blocks commands such as entering no-fly zones and switches to safe mode

  3. STEP 3Auto return

    Lands or returns automatically and safely within the permitted area

Expected Benefits

  1. Lower risk of falling accidents involving third parties and property damage
  2. Smoother applications and approvals for automated flights beyond visual line of sight
  3. Fewer losses of expensive drones due to loss of control
Diagram: Signal lost, Takeoff point, Permitted flight area, No-fly zone, Won’t enter, Auto return, Detect limits, Switch to safety, Auto return, Returns automatically without entering no-fly zones

Reduce the risk of crashes and losses, and make it easier to obtain approval for automated flights beyond visual line of sight.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.003Type: Physical AICategory: Remote MonitoringTarget: Robots/Humanoids

Remote Operation Monitoring and Fault Diagnosis for Humanoid Robots

Do your robots ever stop suddenly because part wear or minor faults went unnoticed?

The “Autonomous Decentralized AI Cell” analyzes vibration, electrical, and video data for each joint and reports conditions such as “vibration is high” remotely in plain words.

Solution Approach

  1. STEP 1Collect data

    Combines vibration, electrical, and video data from joint motors

  2. STEP 2Diagnose condition

    The “Autonomous Decentralized AI Cell” continuously analyzes differences from each unit’s normal state

  3. STEP 3Report in words

    Reports conditions such as “vibration is high” to the dashboard in words

Expected Benefits

  1. Far fewer work delays caused by unexpected stoppages
  2. Centralized remote management of multiple robots
  3. Fewer on-site maintenance visits and lower operating costs
Diagram: Dashboard, Right knee motor temperature is rising, Status data, Humanoid, Reports faults in words, Collect data, Diagnose condition, Report in words, Reports anomalies in words

A small team can manage many robots remotely, reducing sudden stoppages and the burden of on-site work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.004Type: Physical AICategory: Group LearningTarget: Robots/Humanoids

On-Site Learning by Humanoids and Sharing Know-How Across All Units

Is it becoming time-consuming to teach robots one by one because loads and obstacles differ at each site?

The experience each unit’s “Autonomous Decentralized AI Cell” gains on site is shared with all units while keeping individual differences (group education).

Solution Approach

  1. STEP 1Build individuality

    Each unit’s “Autonomous Decentralized AI Cell” learns from sight and touch to suit the site

  2. STEP 2Share differences

    Sends newly learned grips and avoidance methods to the edge server

  3. STEP 3Re-education

    Reflects experience in all units while keeping individual differences (group education)

Expected Benefits

  1. One unit’s experience spreads to all units, shortening startup time
  2. Quick adaptation to changes on site
  3. Learning gains for the whole fleet grow as the number of units increases
Diagram: Edge server, Collect only differences, Humanoid A, Learns a new knack on site, Share differences, Distribute & re-educate all units, Build individuality, Share differences, Re-education, A knack learned by one unit spreads to all units the same day

What one unit learns spreads to all units, speeding up robot startup, and the benefit grows as the fleet grows.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.005Type: Physical AICategory: Group ControlTarget: Industrial Drones

Group Autonomous Flight and Information Sharing for Multiple Drones

When flying multiple drones at once, isn’t the burden of piloting and control heavy, and aren’t you concerned about safety when communication is lost?

Under the master unit’s instructions, slave units cooperate with each other and share what they learn with all units over routes protected by “Hashchain”.

Solution Approach

  1. STEP 1Group instructions

    The master unit directs the behavior of the whole group

  2. STEP 2Cooperative flight

    Slave units fly autonomously in cooperation with each other

  3. STEP 3Individual avoidance

    Even if communication is lost, each unit’s “Autonomous Decentralized AI Cell” avoids obstacles on the spot

Expected Benefits

  1. Operate many drones with a small team
  2. Instantly share hazard information and optimal routes with all units
  3. Safety is maintained even when communication is lost
Diagram: Obstacle, Ground station (commands), The formation holds even when one unit avoids an obstacle, Autonomous formation flight, Command the group, Group instructions, Cooperative flight, Individual avoidance, Operate many drones with a small team

Operate many drones with few people, while combining information sharing with safety when communication is lost.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.006Type: Physical AICategory: Safe OperationTarget: Industrial Drones

Safe Operation and Battery Degradation Management for Inspection Drones

Are you preventing accidents where a drone falls because of a sudden battery voltage drop?

The “Autonomous Decentralized AI Cell” learns charge/discharge and temperature data for each battery and determines the degradation state of each one.

Solution Approach

  1. STEP 1Record status

    Automatically records battery voltage, temperature, and internal resistance

  2. STEP 2Assess health

    The “Autonomous Decentralized AI Cell” calculates performance loss and identifies dangerous batteries

  3. STEP 3Limit flight

    Automatically limits flight time and distance when a degraded battery is used

Expected Benefits

  1. Lower risk of crashes caused by batteries
  2. Optimal battery replacement timing, avoiding unnecessary purchases
  3. Less time spent on manual pre-flight inspections
Diagram: Battery, Health, Usage time →, Flight limit line, Crash risk, Flight limited here, “Autonomous Decentralized AI Cell”, Record status, Assess health, Limit flight, Limits flight before a crash

Reduce the risk of battery-related crashes and manage replacements and pre-flight checks efficiently.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.007Type: Physical AICategory: Safety Proof & AccountabilityTarget: Robots/Humanoids

Storing and Managing Robot AI Decision Reasons and Motion Records

When an accident occurs, can you explain why the AI made that movement?

AI decision data and surrounding camera and sensor information are recorded under “Hashchain” protection so they can be verified later.

Solution Approach

  1. STEP 1Record logs

    Records camera video, sensor input, AI decisions, and time together

  2. STEP 2Prevent tampering

    Stored in a form that cannot be altered later

  3. STEP 3Reproduce accidents

    Accurately reproduces the situation before and after a problem in the data

Expected Benefits

  1. Rapid identification of accident causes and clear responsibility
  2. Smoother insurance claims and accountability to authorities and outside parties
  3. Accurate recurrence prevention measures based on recorded data
Diagram: Humanoid, Surrounding video, 10:00:00, Sensor values, 10:00:02, AI decision, 10:00:03, Moment of accident, 10:00:04, Stored like a chain → cannot be rewritten later, Record logs, Prevent tampering, Reproduce accidents, The cause of an accident can be explained later

Explain the causes of accidents with objective records, making recurrence prevention and dealing with insurers and authorities easier.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.008Type: Physical AICategory: Safety Proof & AccountabilityTarget: Industrial Drones

Safety Trails and Black Box Management for Automated Drone Flights

Can you objectively prove that your drones stayed out of no-fly zones and that automated flight was safe?

Flight records such as position, altitude, and avoidance decisions are stored in tamper-proof form to prove the flight path.

Solution Approach

  1. STEP 1Record flights

    Records position, altitude, pilot interventions, avoidance actions, and time together

  2. STEP 2Protect logs

    Stores flight logs in a form that cannot be altered

  3. STEP 3Prove flights

    Automatically creates certificates showing the drone flew outside no-fly zones

Expected Benefits

  1. Objectively proves that the drone did not enter no-fly zones
  2. Smoother insurance claims and proof of non-liability in case of accidents
  3. Deters improper flight applications and impersonated operations
Diagram: Flight log, Prevents tampering, Flight path certificate, → For clients/authorities, Record flights, Protect logs, Prove flights, Proves flights stayed outside no-fly zones

Keep tamper-proof records of automated flights, making it easier to prove flight paths and explain accidents.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.009Type: Physical AICategory: Data Misuse PreventionTarget: AI Cameras/Sensors (e.g., visual inspection AI)

Preventing Contamination (Poisoning) of AI Training and Decision Data

Is there a risk that the AI takes in fake data or altered video, causing defects to be missed or malfunctions?

The source of each sensor and camera is authenticated, and only data from legitimate devices is passed to the AI.

Solution Approach

  1. STEP 1Authenticate source

    Verifies the sender by each sensor’s or camera’s unique identification data

  2. STEP 2Guarantee transmission

    “Hashchain” detects data tampering

  3. STEP 3Filter input

    Only verified data is used for AI training and inference

Expected Benefits

  1. Fewer missed defects and misjudgments in visual inspection
  2. The reliability of AI decisions becomes explainable
  3. Lower risk of accidents and damage caused by AI malfunctions
Diagram: Genuine camera A, Genuine camera B, Fake data, Rejected, Checkpoint (“Hashchain” + PUF), Genuine data only, Visual inspection AI, Authenticate source, Guarantee transmission, Filter input, Fake data cannot fool the AI

Verify where data entering the AI comes from to prevent misjudgments caused by data contamination, and make AI use more reliable.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.010Type: Physical AICategory: Safe OperationTarget: AI Cameras/Edge AI

Secure Model Updates and Distribution for Edge AI

When updating AI camera models on site, are you worried that a tampered model could slip in during distribution?

AI model distribution and update history are recorded and managed in tamper-proof form so that only legitimate models are applied.

Solution Approach

  1. STEP 1Secure distribution

    Distributes models in tamper-proof form

  2. STEP 2Verify authenticity

    Applies the model only after confirming it has not been tampered with

  3. STEP 3Manage history

    Records which model was installed on which device

Expected Benefits

  1. Prevents unauthorized AI models from getting in
  2. Centralized remote management of model updates across many devices
  3. Update history serves as an audit trail for accountability
Diagram: Headquarters (distributes AI models), Camera A, Camera B, Camera C, Fake AI model, Each camera checks the model is genuine before use, Secure distribution, Verify authenticity, Manage history, Prevents unauthorized AI models from getting in

Remotely manage model updates and history for many AI devices in one place, while preventing unauthorized models from getting in.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.011Type: Data SecurityCategory: Secure CommunicationTarget: Industrial/Inspection Drones

Preventing Drone Communication Hijacking and Unauthorized Commands

Are you prepared for the risk of a drone’s control being taken over by relay attacks or unauthorized commands?

“Hashchain” communication using a dedicated chip accepts only legitimate commands.

Solution Approach

  1. STEP 1Prove the sender

    Confirms the legitimate sender by the chip’s unique fingerprint (PUF)

  2. STEP 2Verify continuity

    Links commands in a chain to detect tampering

  3. STEP 3Reject fakes

    Immediately discards commands without a “Hashchain”

Expected Benefits

  1. Deters third parties from seizing control
  2. Lower risk of runaway and crashes caused by hijacking
  3. Win orders with drones whose safety can be explained
Diagram: Legitimate pilot, “Hashchain” + PUF, Legitimate communication, Drone, Hijacking / unauthorized commands, Rejected, Prove the sender, Verify continuity, Reject fakes, Prevents control hijacking

Prevent communication hijacking at the chip level and support safe drone operation with a lower risk of runaway and crashes.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.012Type: Data SecurityCategory: Data ProtectionTarget: Drones/Robots/Dashcams

Protecting Recorded Data When Drones or Robots Crash or Are Stolen

When a crash or theft puts a unit in a third party’s hands, could the recorded video and inspection data be extracted too?

“Scramble Memory” is built into the unit’s recording area, so data is stored in a form that cannot be decoded even if removed.

Solution Approach

  1. STEP 1Encrypted recording

    Stores video and logs encrypted and split into pieces

  2. STEP 2Dynamic key generation

    Derives a key each time from the device’s unique physical characteristics

  3. STEP 3Authorized recovery

    Restores data only when a legitimate user is authenticated

Expected Benefits

  1. Prevents leakage of video and inspection data even if a unit is lost or stolen
  2. Operate units with peace of mind, even for inspections of critical facilities
  3. Easier compliance with confidentiality agreements with customers
Diagram: Crashed / stolen drone, Records stored scrambled, Owner (correct key), Video & inspection data restored intact, Thief (no key), Contents are scrambled and unreadable, Encrypted recording, Dynamic key generation, Authorized recovery, Even if the unit is taken, its video and inspection data cannot be viewed

Recorded data cannot be viewed even if a unit is taken, so you can accept inspection and filming work at critical facilities with confidence.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

Back to industry list

CATEGORY 02　No.013–037 (25 cases)

Manufacturing

Main topics: chemicals & materials, autonomous control, manufacturing proof, secure data sharing, data reliability, high-tech & electronics, video data protection, data protection, copyright management, etc.

No.013Type: Physical AICategory: AI Runaway PreventionTarget: Industrial Arms/Factory Equipment

Preventing Runaway and Malfunctions in Industrial Robot Arms

Are you worried that delayed decisions or program bugs in fast-moving robot arms could damage equipment or injure workers?

Each arm’s “Autonomous Decentralized AI Cell” watches its movements and stops them on the spot if they go outside the safety conditions of the ethics circuit.

Solution Approach

  1. STEP 1Monitor motion

    Each arm’s “Autonomous Decentralized AI Cell” monitors motion, taking individual differences into account

  2. STEP 2Detect anomalies

    Detects movements or approaches that go outside the ethics circuit’s safety conditions

  3. STEP 3Act on its own

    Stops the drive unit without waiting for instructions from the main AI

Expected Benefits

  1. Fewer losses from production line stoppages and fewer defective products
  2. Can be retrofitted without changing existing factory control systems
  3. Safely advance automation even in areas where workers are nearby
Diagram: Robot arm, Motion deviation, Time →, Anomaly threshold, Slows / stops on the spot, Monitor motion, Detect anomalies, Act on its own, Stops on the spot before running away

Reduce the risk of equipment damage and stoppages, and advance automation safely while making use of existing equipment.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.014Type: Physical AICategory: Safe OperationTarget: Industrial Arms/Factory Equipment

Safe Operation and Optimized Inspection of Factory Robot Arms

Because parts are replaced on a fixed schedule, are inspection costs rising as you replace parts that could still be used?

The “Autonomous Decentralized AI Cell” learns each arm’s quirks from its operating data and automatically determines inspection timing and the condition of safety functions.

Solution Approach

  1. STEP 1Track load

    Calculates the load on the equipment from the weight carried and the speed of movement

  2. STEP 2Assess condition

    The “Autonomous Decentralized AI Cell” determines the optimal inspection timing from the equipment’s wear

  3. STEP 3Auto test

    Automatically checks whether emergency stops and brakes work properly

Expected Benefits

  1. Lower maintenance costs (fewer unnecessary replacements of working parts)
  2. Lower accident risk from missed safety function inspections
  3. Longer equipment life within a safe range
Diagram: Before, After (Sees), Even usable parts replaced uniformly, Replaced only when needed, by load, “Autonomous Decentralized AI Cell”, AI that decides and acts on site, Track load, Assess condition, Auto test, Fewer unnecessary part replacements

Switch to condition-based maintenance to cut costs, reduce missed safety checks, and use equipment longer.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.015Type: Physical AICategory: Predictive MaintenanceTarget: Manufacturing (semiconductors/factories/food/chemicals)

AI Failure Prediction for Manufacturing Equipment and High-Tech Production Lines

Do sudden equipment failures stop your production line and force you to discard large quantities of work in progress?

Each machine’s “Autonomous Decentralized AI Cell” detects early signs of failure from small changes in vibration and current.

Solution Approach

  1. STEP 1Measure data

    Continuously measures tiny vibration and electrical changes in motors and pumps

  2. STEP 2Detect signs

    Detects wear and degradation from small deviations, taking each machine’s differences into account

  3. STEP 3Maintenance instructions

    Issues optimal replacement instructions before failure

Expected Benefits

  1. Far fewer sudden line stoppages (downtime)
  2. Parts are used until the right replacement time, saving on parts costs
  3. Lower costs by reducing waste of work in progress
Diagram: Manufacturing equipment, Health, Usage time →, Maintenance threshold, Failure / line stop, Maintenance ordered here, “Autonomous Decentralized AI Cell”, Measure data, Detect signs, Maintenance instructions, Fewer sudden line stoppages

Reduce sudden line stoppages and waste, and optimize part replacement timing to keep costs down.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.016Type: Physical AICategory: Quality StabilizationTarget: Production Lines (identical equipment)

Correcting Individual Differences and Uniform Quality Across Identical Manufacturing Equipment

Even with machines of the same model, do individual differences cause product quality to vary?

Each machine’s “Autonomous Decentralized AI Cell” learns its individual differences and automatically adjusts control values based on comparisons on the edge server.

Solution Approach

  1. STEP 1Learn each unit

    Each machine’s “Autonomous Decentralized AI Cell” learns that machine’s quirks

  2. STEP 2Compare & analyze

    The edge server analyzes differences across all machines

  3. STEP 3Auto adjust

    Corrects voltage and control values for each machine

Expected Benefits

  1. Less variation in product quality
  2. Less adjustment work by skilled technicians
  3. Stable operation sooner after equipment is moved or replaced
Diagram: Machine A, Machine B, Machine C, Machine D, Uniform quality, Machines of the same model compare with each other and correct their differences, Learn each unit, Compare & analyze, Auto adjust, Less variation in product quality

Automatically absorb differences between machines and keep producing uniform quality without relying on skilled technicians.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.017Type: Physical AICategory: Autonomous ControlTarget: Manufacturing Equipment such as Pumps

Anomaly Detection and On-Site Automatic Control of Manufacturing Equipment

Are anomalies such as reduced flow noticed too late, so that defects or stoppages occur before anyone can get there?

An “Autonomous Decentralized AI Cell” near the equipment finds the anomaly and changes settings on the spot with commands protected by “Hashchain”.

Solution Approach

  1. STEP 1Detect anomalies

    The on-site “Autonomous Decentralized AI Cell” detects changes in flow rate and voltage

  2. STEP 2Auto control

    Immediately changes equipment settings within a safe range

  3. STEP 3Long-term analysis

    Reports to the higher-level AI for analysis that accounts for individual differences

Expected Benefits

  1. Shorter time from anomaly to response
  2. Fewer defects and stoppages at night and during unattended hours
  3. Safe operation with control data protected from tampering
Diagram: Equipment such as a pump (cutaway view), “Autonomous Decentralized AI Cell”, Valve, Throttles the valve on the spot, Detects anomaly→ acts without waiting for center, Flow, “Autonomous Decentralized AI Cell”+ “Hashchain”, Detect anomalies, Auto control, Long-term analysis, Fast from anomaly to response

Anomalies are detected and handled on the spot, so production stays stable even when few people are on hand.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.018Type: Physical AICategory: Autonomous ControlTarget: Unmanned Facilities such as Factories, Warehouses, and Data Centers

Detecting and Responding On Site to Abnormal Heat and Early-Stage Fires in Unmanned Facilities

When equipment or servers overheat during unmanned hours, does damage spread while you wait for someone to notice and give instructions?

Each piece of equipment’s “Autonomous Decentralized AI Cell” judges from thermal camera and sensor data and triggers alarms or local fire suppression on the spot.

Solution Approach

  1. STEP 1Learn individuality

    Learns each piece of equipment’s normal temperature range and sets limits

  2. STEP 2Judge anomalies

    The “Autonomous Decentralized AI Cell” judges on the spot from thermal images and signs of smoke

  3. STEP 3Act on its own

    Triggers alarms or local fire suppression on the spot and notifies higher levels

Expected Benefits

  1. Anomalies are handled at an early stage, before smoke appears
  2. Safer unmanned facilities
  3. Reports the location and situation of anomalies in words
Diagram: Unmanned warehouse (top view), Heat (before smoke), Notifies manager immediately, AI in the camera judges on the spot, Learn individuality, Judge anomalies, Act on its own, Notices and handles anomalies at an early stage, before smoke appears

Initial response happens on site without waiting for central instructions, limiting damage even in unmanned facilities or at night.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.019Type: Data SecurityCategory: Data ReliabilityTarget: Semiconductor Components

Preventing Tampering and Guaranteeing Reliability of Semiconductor Inspection Data

Have you ever lost customer trust because inspection data was suspected of being altered or lost?

Inspection data is encrypted the moment it is output, and its change history is recorded in tamper-proof form.

Solution Approach

  1. STEP 1Protect at creation

    Encrypts data the instant it is output

  2. STEP 2Monitor tampering

    Constantly checks for rewriting or deletion of data

  3. STEP 3Prove results

    Records data in tamper-proof form and certifies the inspection data

Expected Benefits

  1. Dispels suspicions of data tampering or fabrication
  2. Helps respond to strict quality audits by major manufacturers you supply
  3. Automated data management reduces transcription and storage work
Diagram: Inspection data, Proves origin, Inspection report, → Submitted to customer, Protect at creation, Monitor tampering, Prove results, Dispels suspicions of inspection data tampering

Be ready to respond to customer quality audits immediately, while reducing data management work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.020Type: Data SecurityCategory: Data ReliabilityTarget: Inspection Images (visual inspection/microscopes)

Preventing Tampering of Inspection Images and Supporting Data Integrity

If inspection images are suspected of being replaced or edited, can you prove they are originals?

Inspection images are captured through a gateway and recorded in tamper-proof form exactly as taken.

Solution Approach

  1. STEP 1Auto capture

    Captures images from inspection equipment without human handling

  2. STEP 2Record

    Records each image’s hash value and capture information in tamper-proof form

  3. STEP 3Verify

    Confirms a match with the original at audit time

Expected Benefits

  1. Dispels suspicions of image replacement or editing
  2. Supports data integrity (DI) audits
  3. Less work organizing and storing images
Diagram: Image from inspection equipment, Original at time of recording, Hash stored, Replaced image, Verify, Replaced area detected, Auto capture, Record, Verify, Detects image replacement

You can objectively show that inspection images are unaltered originals, making DI audits and earning customer trust easier.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.021Type: Data SecurityCategory: Manufacturing ProofTarget: Semiconductor Fabs (MES/manufacturing equipment)

Guaranteeing Communication Records Between Semiconductor Manufacturing Equipment and MES

Are you relying on paper documents for manufacturing proof because you cannot prove that data reaching the MES (manufacturing execution system) came from the right equipment?

“Hashchain” is built in between manufacturing equipment and the MES, and communication records are recorded in tamper-proof form.

Solution Approach

  1. STEP 1Authenticate equipment

    Identifies the sender by each machine’s chip identification data

  2. STEP 2Guarantee authenticity

    Guarantees the authenticity of equipment data with “Hashchain”

  3. STEP 3Store records

    Records verified data in tamper-proof form

Expected Benefits

  1. Objectively proves that products were made on registered equipment
  2. Detects unauthorized devices and fake data
  3. Supports manufacturing proof for overseas customers and regulators
Diagram: Manufacturing equipment, Equipment ID Message 1, Message 2, Message 3, Message 4, Each record links to the previous one like a chain, Removing or rewriting a record breaks the chain and is detected, Authenticate equipment, Guarantee authenticity, Store records, Objectively proves the facts of manufacturing

Guarantee manufacturing process data from the equipment level, and show customers in Japan and abroad the origin of your semiconductors and the legitimacy of the process.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.022Type: Data SecurityCategory: Manufacturing ProofTarget: Semiconductor Chips

Preventing Backdoors in Semiconductor Chips and Proving Manufacture

In a global division of labor, are you worried that counterfeit chips or chips with backdoors could slip in?

Each chip is registered by serial number or QR code, and inspection results are recorded in tamper-proof form.

Solution Approach

  1. STEP 1Register units

    Registers chips one by one by serial number or QR code

  2. STEP 2In-process inspection

    Inspects for out-of-spec chips during manufacturing

  3. STEP 3Prove results

    Records passed products in tamper-proof form to certify inspection results

Expected Benefits

  1. Proves that shipped products match the design data
  2. Lower risk of counterfeits and backdoors
  3. Earns customer trust from an economic security perspective
Diagram: Records stored for each process, Production line flow, Backdoored → removed, Register units, In-process inspection, Prove results, Each unit identified by its identification data, Register units, In-process inspection, Prove results, Backdoored chips are found in-process, before shipment

Keep tamper-proof records of each chip’s origin and inspection history, providing manufacturing proof that meets security requirements.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.023Type: Data SecurityCategory: Secure Data SharingTarget: Semiconductor Manufacturing Equipment (PLC)

Secure Export and AI Analysis of Manufacturing Equipment Data

You want to analyze equipment data with outside AI, but are you holding back because of concerns about tampering or leaks during transfer?

Data from the PLC (equipment controller) is sent at high speed with “Hashchain”, and only data with guaranteed authenticity is passed to the AI.

Solution Approach

  1. STEP 1Collect data

    The PLC collects data from sensors inside the equipment

  2. STEP 2Secure transfer

    High-speed transfer with tampering prevented by “Hashchain”

  3. STEP 3AI analysis

    Guaranteed data is analyzed by AI on site (edge) and in the cloud

Expected Benefits

  1. Secure transfer of equipment data outside the company and to the cloud
  2. Ensures the reliability of data used for AI analysis
  3. Helps equipment makers enhance their maintenance services
Diagram: Cloud, AI analysis, Predictive model, Analysis uses only safely delivered data, Edge, Edge device, “Hashchain”, Sent in a tamper-proof form, Site, Manufacturing equipment, PLC, Collects equipment data, Collect data, Secure transfer, AI analysis, Equipment data sent outside safely

Use equipment data for AI analysis in a tamper-proof form, and safely accelerate maintenance and quality improvement efforts.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.024Type: Data SecurityCategory: Secure Data SharingTarget: Business Partners/Subcontractors

Strengthening Security of Data Sharing with Business Partners

Is there a risk of attacks or data leaks via business partners that have no security staff?

Simply placing a “Blockchain Gateway” device at each partner encrypts shared data and stores it in a distributed way to protect it.

Solution Approach

  1. STEP 1Install device

    Installs a “Blockchain Gateway” device at each partner

  2. STEP 2Share securely

    Encrypts and splits shared data and shares it as tamper-proof records

  3. STEP 3Authenticate parties

    Only authorized parties can obtain data

Expected Benefits

  1. Security measures even at partners without security staff
  2. Prevents tampering and leakage of shared data
  3. Records who obtained or registered data and when
Diagram: Your company, Partner A, Partner B, Shared records, Install device, Share securely, Authenticate parties, Secure even at partners without security staff, “Blockchain Gateway”device

Protect data sharing across the entire supply chain simply by placing devices at partners, and reduce the risk of attacks via partners.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.025Type: Data SecurityCategory: Document ManagementTarget: Delivery Specifications (cosmetics/food)

Preventing Tampering and Managing Versions of Delivery Specifications

Do you lose track of the latest version of delivery specifications exchanged with partners, leading to mix-ups or tampering?

Delivery specifications are recorded and managed in tamper-proof form, and change history and the latest version are shared with partners.

Solution Approach

  1. STEP 1Register

    Registers specifications in an app and manages versions automatically

  2. STEP 2Share

    Securely shares the latest version with partners

  3. STEP 3Prove history

    Records who changed what and when, in tamper-proof form

Expected Benefits

  1. Fewer quality incidents caused by specification mix-ups
  2. Less work exchanging documents with partners
  3. Change history can be presented immediately at audits
Diagram: Specification, Ver.1 created, 4/1, Ver.2 revised by A, 5/10, Ver.3 revised by B, 6/2, Check latest version, Today, Stored like a chain → cannot be rewritten later, Register, Share, Prove history, Prevents specification mix-ups

Share the latest specifications and change history with partners, reducing quality incidents from mix-ups and checking work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.026Type: Data SecurityCategory: Secure CommunicationTarget: Factories (in-factory wireless)

Preventing Interception and Hijacking of In-Factory Wireless Data

Factory wiring has reached its limit, but are you hesitating to switch to wireless because of concerns about data interception and unauthorized control signals?

Communication for each device in the factory is encrypted and checked for tampering with “Hashchain”, accepting only commands from legitimate devices.

Solution Approach

  1. STEP 1Confirm sender

    Confirms the sender by each device’s unique ID and Seed (a secret value shared in advance)

  2. STEP 2Real-time encryption

    Encrypts and sends control packets without delay

  3. STEP 3Block intrusion

    Immediately rejects unauthorized packets and fake commands

Expected Benefits

  1. Lower wiring costs when changing factory layouts
  2. Deters interception of in-factory communication and external hacking
  3. Low-latency, secure wireless that doesn’t hinder equipment operation
Diagram: Rejected, Machine A, Machine B, Machine C, Control panel, In-factory wireless, Eavesdropping/ intrusion, Control system, Factory (top view), “Hashchain” + PUF, Detects data tampering, Confirm sender, Real-time encryption, Block intrusion, Secure wireless without wiring work

Change factory layouts flexibly without relying on wiring work, with low-latency wireless that resists interception and hijacking.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.027Type: Data SecurityCategory: Control Communication ProtectionTarget: Factories (domestic/overseas sites)

Detecting and Blocking Cyberattacks on Factory Control Networks

Are you prepared for a cyberattack that hijacks control equipment and stops your production line?

Control communication is verified with “Hashchain” so that only legitimate commands pass, and records of suspicious communication are shared with headquarters.

Solution Approach

  1. STEP 1Verify communication

    Confirms that commands between control devices come from legitimate senders

  2. STEP 2Block fakes

    Rejects unauthorized commands and spoofed communication

  3. STEP 3Remote monitoring

    Shares detection records with headquarters in tamper-proof form

Expected Benefits

  1. Lower risk of production line stoppages from cyberattacks
  2. Retrofitted without changing existing production equipment
  3. Headquarters sees the security status of all sites, including overseas factories
Diagram: Overseas factory A, Overseas factory B, Domestic factory, Centralized monitoring at HQ, Attack, Overseas, Japan, Verify communication, Block fakes, Remote monitoring, Lower risk of production line stoppages

Prevent line stoppages from cyberattacks at the communication level, and monitor the security of factories in Japan and abroad from headquarters.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.028Type: Data SecurityCategory: Video Data ProtectionTarget: Factory/Inter-Site Networks

Securely Sharing Surveillance Video and AI Analysis Results Between Sites

You want to view factory surveillance video and AI analysis results at other sites, but aren’t you holding back because of concerns about eavesdropping and tampering?

AI camera video and analysis results are recorded through a “blockchain gateway” and shared between sites with tampering prevented.

Solution Approach

  1. STEP 1AI monitoring

    AI cameras detect warning lights and abnormal sounds

  2. STEP 2Secure recording

    Records video and analysis results in tamper-proof form

  3. STEP 3Remote viewing

    View video and alert history from other sites in a web app

Expected Benefits

  1. Secure video sharing between sites
  2. Fewer missed alerts and faster response
  3. Recorded video can be used as evidence
Diagram: HQ monitoring screen, Anomaly detected at Site C, Site A, Site B, Site C, Video & AI analysis, AI monitoring, Secure recording, Remote viewing, Secure video sharing between sites

Share surveillance video and AI analysis results in tamper-proof form, and safely grasp factory conditions even from remote locations.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.029Type: Data SecurityCategory: Data ProtectionTarget: Manufacturers

Preventing Leaks of Factory Design Drawings and Manufacturing Recipes, and Access Control

Are you able to prevent valuable manufacturing recipes and design data (CAD) from leaking to subcontractors or competitors?

Drawings and recipes are stored in an unreadable form with “Scramble Memory”, and usage permissions are managed.

Solution Approach

  1. STEP 1Scrambled storage

    Stores drawings and recipes encrypted and split with “Scramble Memory”

  2. STEP 2Permission control

    Finely restricts viewing, editing, and printing rights for each user

  3. STEP 3Remote erase

    Revokes access rights remotely even after data has been taken outside

Expected Benefits

  1. Lower risk of confidential information leaking to competitors
  2. Secure sharing of design and manufacturing data with external partners
  3. Strong deterrent against data being taken out by insiders
Diagram: Who can view which drawings, “Scramble Memory”, Stored unreadable even if stolen, Design drawings, Manufacturing recipes, Prototype data, Design dept., Subcontractor, Former staff/ outsiders, △ = Viewing limited by period and scope. Erased remotely upon leaving the company, Scrambled storage, Permission control, Remote erase, Prevents leaks to competitors

Share design and manufacturing data safely with external partners while reducing the risk of technical information leaking or being taken out.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.030Type: Data SecurityCategory: Copyright ManagementTarget: Entrusted Design/3D Data

Copyright Management for Design and 3D Data Entrusted by Customers

For design and 3D data entrusted to you by customers, are you preventing unauthorized copying and tampering and clearly showing who holds the rights?

The rights holders and usage history of entrusted data are managed in tamper-proof form to protect copyright.

Solution Approach

  1. STEP 1Register rights

    Records entrusted data and rights holder information in tamper-proof form

  2. STEP 2Record usage

    Records who viewed or output data and when, in tamper-proof form

  3. STEP 3Prove rights

    Presents rights holders and usage history as evidence in disputes

Expected Benefits

  1. Deters unauthorized copying and tampering of entrusted data
  2. Greater trust from customers who entrust their data
  3. Clear ownership of rights and quick explanations in disputes
Diagram: 3D data, Rights holder, Usage history, Rights holder (customer), User A, User B, Unauthorized copy, Rights registered as NFT, History added with each use, Data box (NFT), Register rights, Record usage, Prove rights, Deters unauthorized copying

Manage the rights and usage history of entrusted data in tamper-proof form, deterring unauthorized copying and increasing customer trust.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.031Type: Supply Chain ManagementCategory: Automotive & In-VehicleTarget: Automotive Parts

Early Detection of Silent Changes in Automotive Parts

Are unauthorized specification changes by suppliers (silent changes) causing defects or large-scale recalls?

Each part is registered by serial number or QR code, and the part configuration captured by inspection equipment is automatically checked against the registered information.

Solution Approach

  1. STEP 1Register units

    Registers each part by serial number or QR code

  2. STEP 2Check configuration

    Automatically checks the part configuration at inspection against registered information

  3. STEP 3Record per vehicle

    Records in tamper-proof form for each vehicle and lot

Expected Benefits

  1. Detects and removes changed parts before assembly
  2. Faster lot tracing when defects occur
  3. Automated quality assurance process
Diagram: Registered part, Changed part, Check configuration, Match→ OK to assemble, Mismatch→ removed before assembly, Register units, Check configuration, Record per vehicle, Changed parts removed before assembly

Find and remove unauthorized part changes early, reducing both recall risk and quality assurance work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.032Type: Supply Chain ManagementCategory: High-Tech & ElectronicsTarget: Semiconductors/Electronic Components

Eliminating Pirated and Counterfeit Electronic Components and Semiconductors

Is there a risk that refurbished black-market parts or copied semiconductors get into your products and cause fires or failures?

Each unit is identified by its chip’s unique fingerprint (PUF), and every stage of distribution is recorded in tamper-proof form with “Hashchain”.

Solution Approach

  1. STEP 1Register IDs

    Identifies each unit by its chip’s unique fingerprint (PUF)

  2. STEP 2Check at distributors

    Scans and confirms when passing through authorized distributors

  3. STEP 3Judge at mounting

    Automatically confirms the part is genuine during product assembly

Expected Benefits

  1. Far fewer counterfeit or refurbished semiconductors, lowering product accident risk
  2. Protects your sales channels by maintaining authorized distribution routes
  3. Visibility of defect rates by procurement route
Diagram: “Hashchain” + PUF, Detects data tampering, Genuine semiconductor, Impostor device, Registered fingerprint, Verify, Mounting line, Rejects counterfeit/refurbished parts, Register IDs, Check at distributors, Judge at mounting, Prevents counterfeits from getting in

Keep pirated parts out at every stage of distribution, protecting product reliability and your corporate brand.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.033Type: Supply Chain ManagementCategory: High-Tech & ElectronicsTarget: Overseas Contract Assembly Factories

Preventing Part Substitution at Overseas Contract Factories (EMS)

Can you confirm that parts are not being swapped without permission or replaced with cheaper ones at overseas assembly factories?

Part reel IDs are checked against mounting machine logs and recorded in tamper-proof form.

Solution Approach

  1. STEP 1Check reels

    Checks barcodes when parts are loaded at the factory

  2. STEP 2Store logs

    Records assembly data from mounting machines in tamper-proof form

  3. STEP 3Link inspection

    Links each finished board’s number with the history of parts used

Expected Benefits

  1. Deters unauthorized part changes and performance degradation at contractors
  2. Clear responsibility when quality defects occur
  3. Compare quality levels across multiple overseas factories at once
Diagram: Check log, Checked in real time, Overseas contract factory (EMS), Part reel, Substitution, Japan HQ, Overseas, Japan, Check reels, Store logs, Link inspection, Deters unauthorized part changes

Ensure part-level transparency even when outsourcing production overseas, achieving uniform quality and deterring fraud.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.034Type: Supply Chain ManagementCategory: Chemicals & MaterialsTarget: Chemical Products/Hazardous Materials

Compliance with International Chemical Regulations and Tracking Hazardous Materials

Every time chemical regulations change in each country, is the work of checking whether your products violate them piling up?

Data on contained chemical substances and the raw material supply chain are automatically checked accurately and securely.

Solution Approach

  1. STEP 1Collect components

    Collects suppliers’ data on contained chemical substances in tamper-proof form

  2. STEP 2Check regulations

    Checks against the latest regulations in each country and automatically warns of violation risks

  3. STEP 3Create certificates

    Automatically outputs safety data sheets and compliance certificates

Expected Benefits

  1. Lower risk of export bans due to violations of chemical regulations
  2. Far less manual work answering chemical substance surveys
  3. Safer transport of hazardous and toxic substances
Diagram: Component data, Checked against each country’s regulations, Compliance certificate, → Submitted to export destination, Collect components, Check regulations, Create certificates, Lower risk of export bans

Automate checks to keep up with regulatory changes in each country, reducing violation risk and streamlining survey work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.035Type: Supply Chain ManagementCategory: Chemicals & MaterialsTarget: Returnable Chemical Containers

Eliminating Illegal Outflow of Chemical Containers and Refilled Products

Are empty containers that should be collected being taken away and circulated as fakes filled with inferior products?

Each container is registered with a QR code, and its history from shipment to collection is managed centrally.

Solution Approach

  1. STEP 1Register containers

    Registers containers one by one with QR codes

  2. STEP 2Record history

    Records each stage of shipment, use, and collection in tamper-proof form

  3. STEP 3Verify

    Checks history with an app at use and collection

Expected Benefits

  1. Containers off the authorized route are found immediately
  2. Fewer accidents and complaints caused by refilled fakes
  3. Maintains brand and customer trust
Diagram: Filling, Shipment, Customer, Collection, History of each container, Detected if off route, Register containers, Record history, Verify, Finds illegal outflow and refilled products

Record and check the flow of containers consistently, curbing refilled fakes and protecting brand trust.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.036Type: Supply Chain ManagementCategory: Chemicals & MaterialsTarget: Recycled Plastic Materials

Proving the Usage Ratio of Recycled Plastics and Recycled Materials

Is the basis for your environmental labeling shaky because recycled plastic ratios are falsified or virgin material is mixed in?

The origin and weight of recycled materials are recorded in tamper-proof form by lot to prove the usage ratio.

Solution Approach

  1. STEP 1Record collection

    Records source, lot, and weight in tamper-proof form

  2. STEP 2Calculate ratio

    Calculates the recycled material ratio from the records

  3. STEP 3Issue certificates

    Issues tamper-proof certificates of recycled material use

Expected Benefits

  1. Supports reporting under the amended Resources Utilization Act and improves the credibility of eco-labels
  2. Fewer accusations of greenwashing
  3. Promotes sales of eco-friendly materials at fair prices
Diagram: Collected items, Recycling plant, Product factory, Ratio displayed, Calculates recycled material ratio, Record collection, Calculate ratio, Issue certificates, Recycled content labels can be trusted

Objectively prove the recycled material ratio with records of origin and weight, adding value as eco-friendly products.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.037Type: Supply Chain ManagementCategory: Defense & InfrastructureTarget: Defense/Aerospace Parts

Secure Procurement Management for Defense and Aerospace Parts

In procuring defense and aerospace parts, can you manage the risk of overseas parts with cyberattack concerns slipping in?

Supplier security information and delivery records are managed together in tamper-proof form.

Solution Approach

  1. STEP 1Assess security

    Evaluates suppliers’ security compliance with data

  2. STEP 2Distribute drawings

    Sends design data only to approved vendors over protected communication

  3. STEP 3Track deliveries

    Records processing steps and inspection records protected by “Hashchain”

Expected Benefits

  1. Helps meet procurement security standards in defense and aerospace
  2. Lower risk of military secrets and technical data leaking via the supply chain
  3. Deters the use of counterfeit or unapproved parts
Diagram: Prime contractor (defense/aerospace), Subcontractor, Audit, Procurement records, Assess security, Distribute drawings, Track deliveries, Meets procurement security standards

Support compliance with strict procurement requirements in defense and aerospace, and reduce the risk of secret leaks and unauthorized parts.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

Back to industry list

CATEGORY 03　No.038–049 (12 cases)

Transportation & Logistics

Main topics: transportation & taxis, logistics & warehouses, automotive & in-vehicle, health & safety monitoring, security camera monitoring, smart key management, data misuse prevention, remote monitoring, etc.

No.038Type: Physical AICategory: AI Runaway PreventionTarget: Automated Guided Vehicles (AGV/AMR)

Preventing Collisions and Runaway of Autonomous Mobile Robots (AMR) in Factories and Warehouses

Are you worried that automated vehicles might cause collisions when someone suddenly steps out or when they lose track of their own position in a warehouse or factory?

The “Autonomous Decentralized AI Cell” judges laser sensor and AI camera information on the spot and avoids or makes an emergency stop when there is danger.

Solution Approach

  1. STEP 13D recognition

    Detects surrounding obstacles and people in real time with high accuracy

  2. STEP 2Predict danger

    The “Autonomous Decentralized AI Cell” predicts the chance of collision and recalculates an avoidance route

  3. STEP 3Immediate braking

    Braking takes top priority if avoidance is impossible, per the ethics circuit’s safety conditions

Expected Benefits

  1. Supports a safe environment shared with on-site workers
  2. Less damage from falls and load collapses during transport
  3. Much more reliable 24-hour unmanned operation
Diagram: AGV, Worker, Caution zone: slow down, Danger zone: stop, Predicts people’s movement and brakes automatically, 3D recognition, Predict danger, Immediate braking, Prevents contact with workers

Reduce the risk of contact with workers and load collapses, making 24-hour unmanned operation more reliable.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.039Type: Physical AICategory: Remote MonitoringTarget: Automated Guided Vehicles (AGV/AMR)

Remote Monitoring and Optimized Operation of AGV Fleets in Factories and Warehouses

Are automated vehicles getting stuck or interfering with each other in narrow aisles, lowering transport efficiency?

Each vehicle’s “Autonomous Decentralized AI Cell” shares status and plans routes cooperatively to avoid congestion.

Solution Approach

  1. STEP 1Overall view

    Shows all vehicles’ current positions and routes on one screen

  2. STEP 2Detect congestion

    Each vehicle’s “Autonomous Decentralized AI Cell” shares and detects signs of congestion

  3. STEP 3Change routes

    Immediately sends the best detour route to each vehicle

Expected Benefits

  1. Fewer transport delays and a faster production pace across the factory
  2. Optimized routes improve battery life and driving efficiency
  3. Less work rushing to vehicles that get stuck on site
Diagram: Fleet management, Warehouse (top view), Congestion detected, Detours to a clear aisle, Each AGV’s“Autonomous Decentralized AI Cell”cooperates, Overall view, Detect congestion, Change routes, Fewer transport delays

Reduce congestion and interference between vehicles to improve transport efficiency and cut the work of dealing with stuck vehicles.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.040Type: Physical AICategory: Data Misuse PreventionTarget: Automated Guided Vehicles (AGV/AMR)

Countermeasures Against Attacks That Induce AGV Sensor Misrecognition

Is there a risk that strong light or fake signs could make the AI misrecognize things and cause transport to stop or vehicles to run away?

“Hashchain” confirms the sensor source and data integrity, so vehicles drive using only trustworthy information.

Solution Approach

  1. STEP 1Verify signals

    Detects abnormal patterns in sensor data (e.g., excessive light)

  2. STEP 2Confirm sender

    “Hashchain” confirms the data comes from a legitimate sensor

  3. STEP 3Correct decisions

    The “Autonomous Decentralized AI Cell” recalculates routes using only sound data

Expected Benefits

  1. Prevents unjustified stoppages of transport lines due to malicious interference
  2. A highly reliable transport system with security measures in place
  3. Stronger security for the entire factory and warehouse system
Diagram: Genuine sensor signal, “Autonomous Decentralized AI Cell”+ “Hashchain”, Legitimate communication, AGV, Fake signal to cause misrecognition, Rejected, Verify signals, Confirm sender, Correct decisions, Prevents stoppages caused by interference

Prevent malfunctions and stoppages caused by sensor interference, and strengthen the security of the transport system and the whole factory.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.041Type: Physical AICategory: Predictive MaintenanceTarget: Transportation/Railways (vehicles/tracks)

Real-Time AI Failure Prediction for Railway Vehicles and Track Infrastructure

Can you catch the risk of service suspensions and derailments from vehicle failures or track distortion early?

The “Autonomous Decentralized AI Cell” on service trains diagnoses tracks and wheels while running.

Solution Approach

  1. STEP 1Measure while running

    Measures automatically with cameras and vibration sensors on service trains

  2. STEP 2AI diagnosis

    The on-board “Autonomous Decentralized AI Cell” detects track distortion and wheel flats

  3. STEP 3Create work orders

    Automatically sends the location of problems and repair instructions to maintenance staff

Expected Benefits

  1. Less manual nighttime inspection work and lower staffing costs
  2. Lower risk of derailments and transport disruptions caused by accidents
  3. Lower part replacement costs with condition-based management
Diagram: Work orders created automatically, Maintenance base, Data while running, Railway vehicle, Measurement point, Measurement point, Track condition measured at the same time, Measure while running, AI diagnosis, Create work orders, Less nighttime inspection work

Reduce accident risk with automatic diagnosis during operation, while cutting the burden of night inspections and part replacement costs.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.042Type: Data SecurityCategory: Video Data ProtectionTarget: Commercial Vehicles/Trucks

Preserving Accident Video in Next-Generation Dashcams

Does it take time to determine responsibility because accident video is suspected of being overwritten or edited?

Scenes detected by AI are encrypted and recorded to prove there has been no tampering.

Solution Approach

  1. STEP 1Detect scenes

    AI detects scenes such as sudden braking or close approaches

  2. STEP 2Secure recording

    Encrypts and stores video of detected scenes

  3. STEP 3Prove no tampering

    Proves the record has not been tampered with

Expected Benefits

  1. Faster accident investigation
  2. Ensures the reliability of video as evidence
  3. Smoother insurance and settlement procedures
Diagram: Truck, Driving video, 14:02:10, Sudden braking, 14:02:15, Moment of accident, 14:02:16, Video after accident, 14:02:30, Stored like a chain → cannot be rewritten later, Detect scenes, Secure recording, Prove no tampering, Faster accident investigation

Accident video is kept as tamper-proof evidence, so accident handling and insurance procedures can proceed quickly and fairly.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.043Type: Data SecurityCategory: Recycling ProofTarget: Automobiles/EV Batteries

Proving EV Battery History (Battery Passport Compliance)

Are you struggling with used-vehicle valuation and European regulations because you cannot consistently prove the material sourcing, CO2 emissions, and usage history of EV (electric vehicle) batteries?

Battery data from material sourcing through use and recycling is recorded in tamper-proof form and issued as a digital certificate.

Solution Approach

  1. STEP 1Record materials

    Records raw material sourcing history and CO2 emissions during manufacturing

  2. STEP 2Usage history

    Automatically records charging history and degradation from the vehicle

  3. STEP 3Issue certificates

    Issues tamper-proof battery certificates

Expected Benefits

  1. Higher appraisal prices for used EVs and more secondary use
  2. Supports the EU Battery Regulation (battery passport)
  3. Lower performance evaluation costs at recycling
Diagram: Manufacture (materials recorded), Use, Used / reuse, Recycling, Battery passport, Record materials, Usage history, Issue certificates, Higher value for used EVs

Prove battery history in tamper-proof form, increasing used-vehicle value and supporting European regulations at the same time.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.044Type: Supply Chain ManagementCategory: Automotive & In-VehicleTarget: Used Cars

Tracking Part Replacement and Maintenance History of Used Cars

Is it hard to explain the basis for a used car’s quality and price because its part replacement and maintenance history is unknown?

Part replacement and maintenance records are linked to each vehicle’s VIN and kept tamper-proof.

Solution Approach

  1. STEP 1Register history

    Registers part replacements and maintenance linked to the VIN

  2. STEP 2Prevent tampering

    Records maintenance and handovers in tamper-proof form

  3. STEP 3Check history

    Buyers can check part and maintenance history immediately at sale

Expected Benefits

  1. Deters tampering with or concealment of maintenance and repair history
  2. Shows the basis for appraisal and sale prices from the history
  3. Helps identify vehicles fitted with recalled parts
Diagram: Used car, New registration, Periodic inspection, Repair, Sale, Each record links to the previous one like a chain, Erasing repair history breaks the chain and is detected, Register history, Prevent tampering, Check history, Prevents concealment of repair history

Show used cars’ part and maintenance history in tamper-proof form to make appraisals and sales more trustworthy and support recall handling.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.045Type: Information SecurityCategory: Logistics & WarehousesTarget: Distribution Centers/Automated Warehouses

Defending Warehouse Management Systems (WMS) Against Cyberattacks

Are you prepared for your warehouse management system or automated warehouse to be locked by malware, stopping shipments?

Warehouse management system data and operation history are recorded in tamper-proof form and stored in a distributed way, so you can recover from correct data even after an attack.

Solution Approach

  1. STEP 1Distributed storage

    Stores inbound/outbound data in tamper-proof, distributed form

  2. STEP 2Detect anomalies

    Detects unauthorized rewriting or encryption of data

  3. STEP 3Rapid recovery

    Restores business data from correct records

Expected Benefits

  1. Fewer shipment delays and penalties caused by logistics stoppages
  2. Lower risk of automated warehouse equipment (AGVs, cranes, etc.) stopping
  3. Stronger business continuity for 24-hour logistics centers
Diagram: Conventional warehouse system, Sees (distributed), Central server, Stops, If one stops, all sites stop shipping, Even if one site stops..., The rest keep running and recover quickly, Distributed storage, Detect anomalies, Rapid recovery, Prevents shipment delays and penalties from logistics stoppages

Recover quickly from correct records even after an attack, preventing prolonged shipment stoppages.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.046Type: Equipment & Asset ManagementCategory: Transportation & TaxisTarget: Commercial Vehicles/Dashcams

Centralized Operation and Maintenance Management for Buses, Taxis, and Other Commercial Vehicles

Does it take time to check video after an accident, or is mileage-based maintenance being missed?

Dashcam and vehicle data are protected with “Hashchain” and recorded in the cloud.

Solution Approach

  1. STEP 1Collect data

    Transfers mileage and vehicle error data in real time

  2. STEP 2Record near misses

    Stores video of sudden braking and similar events in tamper-proof form

  3. STEP 3Maintenance alerts

    Automatically creates orders for periodic maintenance based on mileage

Expected Benefits

  1. Rapid fact-finding after accidents, used for safe driving guidance
  2. Fewer service stoppages through timely part replacement before failures
  3. Longer vehicle asset life and better fuel efficiency
Diagram: Bus, Taxi, Fleet manager, Near miss, Sudden braking, Dashcam video and vehicle status recorded together, Collect data, Record near misses, Maintenance alerts, Fast fact-finding after accidents

Streamline fact-finding after accidents and maintenance management, reducing the risk of service stoppages and breakdowns.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.047Type: Authentication SecurityCategory: Smart Key ManagementTarget: Commercial/Government/Company Vehicles

Smart Keys and Alcohol Check Record Management for Company Vehicles

Is handing over company car keys cumbersome, and are you still unable to fully prevent missed alcohol checks or falsified records?

Alcohol test results and smart key unlock records are recorded in tamper-proof form, and the car is unlocked only when the standard is met.

Solution Approach

  1. STEP 1Measure

    Measures with an alcohol detector before and after driving

  2. STEP 2Unlock

    Unlocks the key with a smartphone only when the standard is met

  3. STEP 3Preserve records

    Stores test results and driving records in tamper-proof form

Expected Benefits

  1. No face-to-face key handover needed, so drivers can go directly to and from sites
  2. Supports safe driving managers’ alcohol check duties
  3. No manual driving logs, preventing falsified records
Diagram: Records results, Record, Driver, Alcohol test, Judged by detector, Within limit→ unlocked, Over limit→ not unlocked, Measure, Unlock, Preserve records, Reliably recorded even for direct trips

Automate drunk driving prevention and key management together, and keep alcohol check records in tamper-proof form.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.048Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Logistics Warehouses/Factories

AI Cameras for Work Safety and Detecting Entry into Hazardous Areas

Are you missing contact between forklifts and pedestrians, or workers not wearing helmets or safety harnesses?

Image analysis detections and alarm history are recorded in tamper-proof form and used as evidence for safety training and audits.

Solution Approach

  1. STEP 1Set areas

    Sets virtual no-entry areas on the image

  2. STEP 2Detect danger

    Detects people approaching forklifts and missing safety gear

  3. STEP 3Alarm

    Sounds a warning light and records detections in tamper-proof form

Expected Benefits

  1. Lower risk of serious workplace accidents such as forklift collisions
  2. Fewer staff hours for safety patrols, with 24-hour monitoring
  3. Objective visibility of compliance with on-site safety rules, usable for training
Diagram: Forklift, Worker, Alarm, Record & notify, Hazardous area, Intrusion!, Set areas, Detect danger, Alarm, Lower risk of serious workplace accidents

Warn immediately of entry into hazardous areas or missing safety gear, reducing the risk of serious workplace accidents and supporting safety training.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.049Type: Authentication SecurityCategory: Health & Safety MonitoringTarget: Long-Haul Trucks/Buses

AI Monitoring of Driver Drowsiness and Sudden Health Problems

Do you have a way to prevent serious accidents caused by sudden health changes or drowsy driving in long-haul drivers?

Drivers’ face and heart rate data are recorded under “Hashchain” protection to detect drowsiness and abnormalities.

Solution Approach

  1. STEP 1Monitor gaze

    A camera monitors the driver’s blink rate and face direction

  2. STEP 2Detect drowsiness

    Vibrates the seat and sounds an alert at early signs of drowsiness

  3. STEP 3Analyze abnormalities

    Protects heart rate data with “Hashchain” and detects deteriorating health

Expected Benefits

  1. Fewer accidents from drowsy driving or sudden changes in a driver’s health
  2. Better evaluations of carriers’ safe operation management
  3. Early response to drivers’ health problems
Diagram: Driver, Blinks & eye movement, Time →, Signs of drowsiness, Alert sound, Monitor gaze, Detect drowsiness, Analyze abnormalities, Fewer drowsy driving accidents

Find and warn of driver drowsiness and health problems early, supporting safe operation.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

Back to industry list

CATEGORY 04　No.050–064 (15 cases)

Construction & Real Estate

Main topics: site data assurance, smart key management, site camera monitoring, access control, health & safety monitoring, site security cameras, communications & wireless, construction & building materials, etc.

No.050Type: Physical AICategory: Predictive MaintenanceTarget: Buildings/Facility Management (elevators/air conditioning)

AI Failure Prediction and Maintenance for Building Equipment and Elevators

Do sudden elevator or air-conditioning stoppages cause user complaints and costly emergency repairs?

The “Autonomous Decentralized AI Cell” analyzes vibration and sound data from elevators and air conditioning, enabling condition-based maintenance.

Solution Approach

  1. STEP 1Measure condition

    Continuously tracks vibration of elevator motors and other parts

  2. STEP 2Detect signs

    The “Autonomous Decentralized AI Cell” finds early signs of part wear and abnormal noise

  3. STEP 3Request inspection

    Automatically sends an inspection request to the management company before failure

Expected Benefits

  1. Fewer complaints from users about equipment problems
  2. Lower costs for sudden emergency call-out repairs at night and on holidays
  3. Lower long-term repair costs by extending the service life of building equipment
Diagram: 4F, 3F, 2F, 1F, EV, Air conditioning, Power equipment, Warning sign, Maintenance company / manager, Requests inspection before failure, The “Autonomous Decentralized AI Cell” in each unit notices differences from normal, Measure condition, Detect signs, Request inspection, Fewer user complaints about equipment problems

Reduce sudden equipment problems, improving user satisfaction while cutting repair costs.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.051Type: Data SecurityCategory: Site Data AssuranceTarget: Construction/Building (construction management)

Proving That Construction Work Was “Built to Design”

If the date, time, or location of construction photos or inspection data is suspected of being faked, can you show the work was built to design?

Construction photos and inspection data embedded with the shooting location and date/time are recorded in tamper-proof form to prove the work was built to design.

Solution Approach

  1. STEP 1Instant proof

    Embeds location, date/time, and camera number directly into each photo when taken

  2. STEP 2Cloud sync

    Verifies data right after shooting and records it in tamper-proof form

  3. STEP 3Link inspection

    Automatically reflected in the inspection system viewed by the prime contractor and owner

Expected Benefits

  1. Lower risk of rework or redoing work due to failed inspections
  2. Greater trust from owners and prime contractors, and fewer hours attending inspections
  3. Supports the Ministry of Land, Infrastructure, Transport and Tourism’s digital construction photos and electronic delivery
Diagram: Taken by worker, Inspector, Proven on the spot, Cloud sync, Building under construction, Photos, location & date/time stored tamper-proof, Instant proof, Cloud sync, Link inspection, Lower risk of rework

Prevent tampering with construction photos and inspection data, objectively show the work was built to design, and reduce inspection and reporting work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.052Type: Data SecurityCategory: Site Data AssuranceTarget: Construction/Civil Engineering (drone surveying)

Preventing Tampering of Drone 3D Survey Data at Civil Engineering Sites

Can you prove that the 3D survey data used for earthwork volume calculation has not been intentionally altered?

Survey data is recorded in tamper-proof form and protected as soon as it is generated.

Solution Approach

  1. STEP 1Protect originals

    Protects raw data captured by drones with “Hashchain” on the spot

  2. STEP 2Record history

    Records the history of imports into analysis software in tamper-proof form

  3. STEP 3Auto verification

    Automatically verifies validity as data for submission to the Ministry of Land, Infrastructure, Transport and Tourism

Expected Benefits

  1. Prevents manipulation of earthwork calculations and disputes between clients and contractors
  2. Far less time preparing inspection documents and smoother electronic delivery
  3. Greater trust in your data from clients (local governments and the ministry)
Diagram: Drone survey data, Original at time of recording, Hash stored, Rewritten point cloud data, Verify, Rewriting detected automatically, Protect originals, Record history, Auto verification, Prevents fraud in earthwork calculations

Objectively show the reliability of survey data, making ICT construction (construction using information and communication technology) and electronic delivery smoother.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.053Type: Data SecurityCategory: Fraudulent Product EliminationTarget: Construction/Building (timber/building materials)

Preventing Illegally Logged Timber and Proving Legal Timber

Is there a risk that illegally logged timber gets mixed in, leading to compliance violations or lower environmental ratings?

A timber ID keeps a tamper-proof history from the logging site to delivery.

Solution Approach

  1. STEP 1Register logging site

    Attaches an ID tag when logs are cut and saves the location

  2. STEP 2Track processing

    Scans at each site and records history in tamper-proof form

  3. STEP 3Attach certificates

    Issues and attaches legal timber certificates to completion documents

Expected Benefits

  1. Supports the Clean Wood Act and various environmental certifications
  2. Lower risk of post-construction disputes and lawsuits from falsified timber
  3. Higher value as environmentally conscious construction (e.g., wooden buildings)
Diagram: Logging site (location registered), Sawmill, Building materials store, House, Register logging site, Track processing, Attach certificates, Complies with the Clean Wood Act

Keep out illegal timber, supporting compliance with laws and environmental certifications and increasing value as eco-friendly construction.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.054Type: Supply Chain ManagementCategory: Construction & Building MaterialsTarget: Construction Materials (steel frames/ready-mixed concrete)

Tracking Quality Test Data for Construction Materials (Steel Frames and Ready-Mixed Concrete)

Can you detect falsified mill test certificates or insufficient strength in delivered materials on site?

Steel test certificates are recorded in tamper-proof form and automatically checked during acceptance inspection on site.

Solution Approach

  1. STEP 1Store test data

    Records steel test certificates in tamper-proof form

  2. STEP 2Check on delivery

    Checks materials against certificates by barcode when they arrive on site

  3. STEP 3Link to ledger

    Automatically registers data in the construction management ledger

Expected Benefits

  1. Falsified certificates and under-strength materials are found on site
  2. Far less time for site supervisors to check materials and documents
  3. Electronic delivery of inspection documents to clients (owners/government agencies)
Diagram: Correct certificate, Falsified certificate, Checked against item, Match→ OK to deliver, Mismatch→ delivery stopped, Store test data, Check on delivery, Link to ledger, Defective materials found on site

Make material quality proof and the delivery flow visible, reducing the risk of defective work and streamlining on-site acceptance.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.055Type: Information SecurityCategory: Data & Drawing ProtectionTarget: Construction/Building (BIM/CAD data)

Preventing Leaks and Tampering of Construction Design Drawings (CAD Data)

Are design drawings or construction plan data leaking outside, or being rewritten without permission at subcontractors?

Drawings are encrypted, split, and stored, and viewing rights and change history are recorded and managed in tamper-proof form.

Solution Approach

  1. STEP 1Auto encryption

    Automatically applies encryption when drawing data is saved

  2. STEP 2Restrict permissions

    Restricts viewing, printing, and other rights for each subcontractor and site

  3. STEP 3Store history

    Records change history with differences in tamper-proof form

Expected Benefits

  1. Lower risk of unintended leaks of design data or information to competitors
  2. Far less rework from incorrect construction based on altered or outdated drawings
  3. Helps meet international security requirements for design information management
Diagram: CAD drawing, Split + encrypted, Cloud, In-house server, Site PC, A thief gets only fragments→ unreadable as drawings, Auto encryption, Restrict permissions, Store history, Even if design data leaks, competitors cannot read it

Prevent leaks of design data and share only the correct, latest drawings with sites, reducing rework from incorrect construction.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.056Type: Equipment & Asset ManagementCategory: Construction & Heavy MachineryTarget: Construction Machinery/High-Value Tools

Start Control, Theft Prevention, and Operation Management for Construction Machinery and High-Value Tools

Are you unable to prevent unauthorized use, theft, or unlicensed operation of heavy machinery, or to keep track of it as it moves between sites?

Smart key and GPS data are recorded in tamper-proof form to manage who operated which machine and when.

Solution Approach

  1. STEP 1Check qualifications

    Unlocks the machine’s smart key with the operator’s license or face authentication

  2. STEP 2Track location

    Automatically sends GPS and operating hours data

  3. STEP 3Preserve records

    Stores start, location, and operating history in tamper-proof form

Expected Benefits

  1. Lower risk of serious workplace accidents from unlicensed operation
  2. Deters theft and unauthorized removal at night and on holidays
  3. Visible machine utilization for optimal deployment of owned and rental machinery
Diagram: Location & operation recorded, Record, Worker, Present license, Check qualifications, Qualified→ machine starts, Unqualified→ won’t start, Check qualifications, Track location, Preserve records, Prevents unlicensed operation

Reduce the risk of theft and unlicensed operation, and optimize machine deployment by visualizing utilization.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.057Type: Equipment & Asset ManagementCategory: Building MaintenanceTarget: Cleaning Robots/Large Floor Polishers

Tracking Routes and Locations of Building Cleaning Robot Fleets

Are you unable to see how cleaning robots are working, leading to problems such as robots left idle or running out of battery?

Cleaning routes from indoor positioning and completion records are recorded in tamper-proof form, and cleaning completion certificates are created automatically.

Solution Approach

  1. STEP 1Track routes

    Maps the routes of cleaning machines and the areas cleaned

  2. STEP 2Alert on problems

    Notifies staff of trouble at steps or low battery

  3. STEP 3Output reports

    Automatically creates cleaning completion reports for building owners

Expected Benefits

  1. Fewer missed areas and uniform cleaning quality
  2. Far less time creating work reports
  3. Fewer machines needed through optimal placement
Diagram: Cleaned, Cleaned, Missed area, Cleaned, Missed area, Cleaned, Report output automatically, Building floor (top view), Cleaning robot route, Track routes, Alert on problems, Output reports, Uniform cleaning quality

Visualize cleaning robot routes and completion, and improve work quality by automating report creation.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.058Type: Authentication SecurityCategory: Access ControlTarget: Construction/Civil Engineering (sites/prefabs)

Face Authentication and Automatic Work History (CCUS) Integration for Construction Sites

Do you want to keep outsiders off your sites while reducing manual entry of workers’ work histories (Construction Career Up System)?

Entry records from face authentication gates and qualification check results are recorded in tamper-proof form and automatically linked to work histories.

Solution Approach

  1. STEP 1Pass by face

    Workers pass through a face authentication gate while wearing helmets

  2. STEP 2Check qualifications

    Automatically checks entry rights and qualifications for hazardous work (e.g., slinging)

  3. STEP 3System integration

    Records entries in tamper-proof form and sends them automatically to work histories

Expected Benefits

  1. Deters illegal workers and unauthorized intruders on site
  2. Less manual entry of work history and card tapping, easing the burden on site supervisors
  3. Digitizes the worker roster required by the Construction Business Act
Diagram: Linked automatically, Worker, Face authentication, Work history system (CCUS), Unauthorized person, Site gate, Pass by face, Check qualifications, System integration, Deters illegal work and unauthorized entry

Strengthen site safety management and automate work history registration to improve efficiency.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.059Type: Authentication SecurityCategory: Site Camera MonitoringTarget: Construction/Civil Engineering Sites

Cameras Detecting Entry into Hazardous Areas and Heatstroke at Construction Sites

Are you slow to notice workers entering hazardous areas such as heavy machinery paths, or workers suffering from heatstroke?

Camera detections and alert history are recorded in tamper-proof form and managed as evidence of hazardous events.

Solution Approach

  1. STEP 1Detect danger

    Detects workers approaching machinery swing areas or openings

  2. STEP 2Monitor health

    Detects signs of heatstroke from facial surface temperature and unsteadiness

  3. STEP 3Alert

    Records detections in tamper-proof form and notifies the supervisor

Expected Benefits

  1. Lower risk of serious workplace accidents such as contact with machinery or falls
  2. Lower risk of ambulance transport for heatstroke at construction sites in summer
  3. Monitor compliance with safety rules at multiple sites remotely in one place
Diagram: Danger / health issue, Worker, Camera, Alerts manager, Hazardous area, Too close to machinery, Also judges health from complexion and movement, Detect danger, Monitor health, Alert, Lower risk of serious workplace accidents

Give early warning of approaches to hazardous areas and signs of heatstroke, reducing the risk of serious accidents and streamlining safety management across sites.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.060Type: Authentication SecurityCategory: Health & Safety MonitoringTarget: Outdoor Work (construction/agriculture)

Vital Signs and Heatstroke Monitoring for Outdoor Workers

During outdoor work in summer, is heatstroke or a worker collapsing while working alone sometimes discovered too late?

Vital data from smart bands is recorded under “Hashchain” protection to assess heatstroke risk.

Solution Approach

  1. STEP 1Measure data

    Sends vital data protected by “Hashchain”

  2. STEP 2AI assessment

    Evaluates heatstroke risk with a proprietary algorithm

  3. STEP 3Alert

    Alerts workers to take a break before reaching the danger zone

Expected Benefits

  1. Far lower risk of severe heatstroke and workplace accidents
  2. Immediate detection of falls or collapses during solo work (e.g., forests or large farmland)
  3. Stronger labor management that protects worker safety
Diagram: Outdoor worker, Body temp & heart rate, Time →, Heatstroke risk, Notifies worker and manager, Measure data, AI assessment, Alert, Prevents severe heatstroke

Monitor heatstroke and accidents during solo work in real time, creating sites where workers can work with peace of mind.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.061Type: Authentication SecurityCategory: Smart Key ManagementTarget: Construction/Demolition Sites

Digital Key Management for Temporary Gates and Site Offices at Construction Sites

Are site supervisors troubled by having to unlock gates every morning, or by keys being lost when lent to subcontractors?

Only Keyper-verified workers can open the gate lock, and IDs and auth results are kept tamper-proof.

Solution Approach

  1. STEP 1Worker auth

    Keyper authentication with a smartphone and an authentication server

  2. STEP 2Permit & unlock

    Unlocks the gate lock only for workers with an entry permit

  3. STEP 3Record entry/exit

    Records ID, authentication results, and unlock time in tamper-proof form

Expected Benefits

  1. Less early overtime for site supervisors just to unlock in the morning
  2. Far lower security risk from duplicate keys and lost keys
  3. Keyper passwordless multi-factor authentication deters unauthorized workers
Diagram: Mon, Tue, Wed, Thu, Fri, Entry permit (valid), Not permitted, Entry permit (valid), Worker A, Worker B, Temporary gate / site office, Auth & opening recorded, Only Keyper-verified users can open, Worker auth, Permit & unlock, Record entry/exit, No more early starts to unlock

Keyper authentication and digital keys cut supervisors’ early starts and the risk of duplicate keys and impersonation.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.062Type: Authentication SecurityCategory: Site Security CamerasTarget: Construction/Material Yards

Nighttime Material Theft Prevention Monitoring System for Construction Sites

Are copper wire, expensive materials, or batteries being stolen from your sites at night or on holidays?

Video detected by night-vision AI cameras is recorded under “Hashchain” protection, with alerts, reporting, and evidence preservation.

Solution Approach

  1. STEP 1Night detection

    Night-vision AI detects people entering the site at night

  2. STEP 2Auto deterrence

    Emits intense light and warning announcements at intruders

  3. STEP 3Report

    Protects video with “Hashchain” and reports immediately with evidence

Expected Benefits

  1. Far less theft of copper scrap, expensive tools, and materials at night
  2. Lower costs for expensive night security patrols
  3. Evidence video for police and quick resolution of incidents
Diagram: Materials, Night-vision camera, Suspicious person, Light & warning sound, Reports to security company, Material yard at night, Night detection, Auto deterrence, Report, Far less theft at night

Deter nighttime material theft with AI cameras and warnings, keeping security costs down while preserving evidence video.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.063Type: Authentication SecurityCategory: Smart Key ManagementTarget: Housing Construction/Properties for Sale

Keyless Viewing and Construction Management for Houses Under Construction and for Sale

Every time craftspeople or prospective buyers enter a house under construction or before handover, does setting up and collecting keys cost time and money?

Unlock rights and entry/exit records for each craftsperson and visitor are recorded and managed in tamper-proof form.

Solution Approach

  1. STEP 1Issue worker keys

    Issues craftspeople a PIN valid only during the construction period

  2. STEP 2Issue viewing keys

    Sends prospective buyers a viewing PIN valid for one hour

  3. STEP 3Lock log

    Records who unlocked and locked and when in tamper-proof form

Expected Benefits

  1. Lower risk of on-site key box setup and key theft
  2. Construction quality management through visible craftsperson entry/exit history
  3. More efficient sales staffing with self-guided viewings for prospective buyers
Diagram: Who can enter, and when, During construction, Viewing day (1 hour), After handover, Craftsperson, Viewing customer, Management company, No key handover needed. Every opening and closing is recorded, Issue worker keys, Issue viewing keys, Lock log, Eliminates key handover and theft risk

Go keyless for houses before handover, improving site security and the convenience of viewings and construction.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.064Type: Information SecurityCategory: Communications & WirelessTarget: Wireless Networks at Outdoor Sites (construction/plants)

Defending Wireless Networks at Outdoor Sites Against Spoofing Attacks

Is there a risk that spoofed devices could break into outdoor wireless networks (Wi-Fi, local 5G, etc.) at construction sites or plants and snoop on communications?

Each device connecting to the outdoor wireless network proves its origin with its chip identification data, and control data is protected with “Hashchain”.

Solution Approach

  1. STEP 1Authenticate devices

    Confirms devices by chip identification data

  2. STEP 2Chain protection

    Encrypts control data and sends it linked in a chain

  3. STEP 3Reject fakes

    Rejects data from spoofed devices and fake relays

Expected Benefits

  1. Deters third-party intrusion and eavesdropping on outdoor wireless networks
  2. Deters rewriting and hijacking of control signals for autonomous machinery and robots
  3. Deployable regardless of communication method, such as Wi-Fi or local 5G
Diagram: “Hashchain” + PUF, Detects data tampering, Legitimate wireless device, Impostor device, Registered fingerprint, Verify, Site system, Connection refused, Authenticate devices, Chain protection, Reject fakes, Deters third-party intrusion and eavesdropping

Protect control data on outdoor wireless networks at the device level, preventing hijacking and eavesdropping on control signals for machinery and robots.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

Back to industry list

CATEGORY 05　No.065–072 (8 cases)

Energy & Social Infrastructure

Main topics: power data proof, predictive maintenance, energy & electricity, infrastructure monitoring, environmental data proof, social infrastructure

No.065Type: Physical AICategory: Predictive MaintenanceTarget: Energy Plants (power generation/oil)

AI Failure Prediction for Power Plants and Large Turbine Equipment

Do you face the risk of a critical plant stopping suddenly, interrupting power supply and incurring large emergency repair costs?

Each unit’s “Autonomous Decentralized AI Cell” analyzes heat, vibration, and sound to find anomalies early.

Solution Approach

  1. STEP 1Multi-sensor measurement

    Collects vibration, sound, and temperature data under high temperature and pressure

  2. STEP 2AI analysis

    Each piece of equipment’s “Autonomous Decentralized AI Cell” predicts wear from deviations in actual data

  3. STEP 3Repair instructions

    Creates maintenance plans timed to scheduled shutdowns and periodic repairs

Expected Benefits

  1. Lower risk of large-scale blackouts and serious plant accidents
  2. Shorter periodic repair periods and optimized overall repair costs
  3. Supports longer life for large equipment and stable energy supply
Diagram: Repair instructions, Maintenance staff, Power turbine (cutaway view), Multi-sensor measurement of vibration, temperature, and sound, Blades, “Autonomous Decentralized AI Cell”, Multi-sensor measurement, AI analysis, Repair instructions, Lower risk of large-scale blackouts

Reduce the risk of sudden stops and serious accidents, and support stable operation with planned repairs and longer equipment life.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.066Type: Physical AICategory: Predictive MaintenanceTarget: Construction/Civil Engineering (bridges/tunnels)

AI Deterioration Diagnosis for Bridges, Tunnels, and Other Public Infrastructure

Is inspection of aging roads and bridges falling behind because of a shortage of people?

The “Autonomous Decentralized AI Cell” analyzes data from drones and vibration sensors to diagnose cracks and internal voids.

Solution Approach

  1. STEP 1Measure exterior

    Collects drone images and sensor data

  2. STEP 2AI analysis

    The “Autonomous Decentralized AI Cell” evaluates crack width and the extent of internal delamination

  3. STEP 3Create ledger

    Automatically creates a management list ranked by repair priority

Expected Benefits

  1. Covers the shortage of skilled inspectors and raises inspection rates
  2. Lower total maintenance budgets through preventive repairs before accidents
  3. Less work at heights and in dangerous places for inspectors
Diagram: Inspection drone, Inspection ledger created automatically, Bridge, AI detects cracks, River, Measure exterior, AI analysis, Create ledger, Covers the shortage of skilled inspectors

Make up for inspector shortages, and reduce accident risk, maintenance costs, and dangerous work with preventive repairs.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.067Type: Data SecurityCategory: Environmental Data ProofTarget: Decarbonization/Power Sellers

Proving CO2 Emissions and Renewable Energy Generation Data

Are your CO2 reduction or power generation figures suspected of being inflated or of greenwashing?

Power meter data is obtained directly under “Hashchain” protection and aggregated in tamper-proof form.

Solution Approach

  1. STEP 1Direct capture

    Collects data directly from smart meters

  2. STEP 2Prevent tampering

    “Hashchain” protects the path all the way to aggregation

  3. STEP 3External integration

    Issues certificates that link directly to environmental disclosure and trading markets

Expected Benefits

  1. Ensures the objective reliability of disclosure data for environmental regulations
  2. Lower costs and shorter periods for data audits and third-party certification
  3. Greater added value as environmentally friendly power
Diagram: Generation data, Proves no tampering, Environmental value certificate, → To certifiers & investors, Direct capture, Prevent tampering, External integration, Ensures the reliability of disclosure data

Make disclosure data more reliable, reduce the burden of audits and certification, and increase the value of eco-friendly power.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.068Type: Data SecurityCategory: Power Data ProofTarget: Power Companies/Generators (power sales meters)

Preventing Tampering of Power Sales Meter Values

Even if meter values showing power sales are illegally rewritten, isn’t it difficult to notice or prove it?

Meter readings are verified with “Hashchain” on the spot and sent and recorded in a form that proves there has been no tampering.

Solution Approach

  1. STEP 1Protect at metering

    Chain-protects the meter’s identification data and readings

  2. STEP 2Verify data

    Detects missing, rewritten, or out-of-order data

  3. STEP 3Record

    Records verified readings in tamper-proof form

Expected Benefits

  1. Deters false or inflated reporting of power sales
  2. Fewer disputes and less checking work at settlement
  3. Explain the reliability of metering data to partners and authorities
Diagram: Power sales meter value, Original at time of recording, Hash stored, Reported value, Verify, Inflated values detected, Protect at metering, Verify data, Record, Deters inflated power sales

Protect power sales data from the moment of metering, deterring inflation and achieving fair settlement with less work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.069Type: Data SecurityCategory: Power Data ProofTarget: Power Companies/Generation Equipment/Storage Batteries

Proving the Authenticity of the Source of Power Data

Can you confirm that received generation or consumption data was really sent from that meter or equipment?

Chip identification data built into meters and generation equipment proves the sender and eliminates spoofed data.

Solution Approach

  1. STEP 1Register unique IDs

    Registers chip identification data for each meter and device

  2. STEP 2Prove the sender

    Sends with proof of origin via “Hashchain”

  3. STEP 3Eliminate spoofing

    The receiver rejects unregistered devices and fake data

Expected Benefits

  1. Deters fake data from spoofed devices
  2. Proves generation results for environmental value such as renewable energy certificates
  3. More reliable reporting for supply-demand adjustment and VPPs (virtual power plants)
Diagram: “Hashchain” + PUF, Detects data tampering, Generation equipment, Impostor device, Registered fingerprint, Verify, Power company system, Fake data refused, Register unique IDs, Prove the sender, Eliminate spoofing, Prevents fake data from getting in

Prove at the device level which equipment the data came from, supporting renewable value and supply-demand transactions with trustworthy data.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.070Type: Information SecurityCategory: Social InfrastructureTarget: Critical Infrastructure (power/water/transportation)

Preventing Cyberterrorism Against Social Infrastructure Control Systems

Are you sufficiently prepared for sophisticated hacker groups hijacking infrastructure control systems and stopping their functions?

Each device’s unique chip fingerprint proves the sender, and control commands are chain-protected with “Hashchain”.

Solution Approach

  1. STEP 1Authenticate devices

    Strictly verifies identity based on the device’s physical chip

  2. STEP 2Encrypted communication

    Sends control commands with tamper-proof signatures

  3. STEP 3Monitor behavior

    AI monitors in real time whether control signals look natural

Expected Benefits

  1. Lower risk of large-scale outages and accidents from hijacking
  2. Supports reviews under the Economic Security Promotion Act
  3. Prevents social disruption from cyberattacks
Diagram: Control room, “Hashchain” + PUF, Legitimate communication, Power/water facilities, Cyberattack / hijacking, Rejected, Authenticate devices, Encrypted communication, Monitor behavior, Lower risk of large-scale outages

Prevent hijacking of control commands at the device level, supporting stable operation of critical infrastructure.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.071Type: Equipment & Asset ManagementCategory: Energy & ElectricityTarget: High-Voltage Testers/Measuring Instruments

Calibration and Inspection Management of Measuring Instruments in Substations and Plants

Is there a risk that instruments past their calibration date or missed in inspection are used, making inspection data non-compliant?

Instrument IC tag information and calibration/inspection records are recorded and managed in tamper-proof form, linking the condition of the instrument used to the inspection data.

Solution Approach

  1. STEP 1Check tags

    Scans the instrument’s IC tag before work

  2. STEP 2Judge

    Automatically checks that calibration/inspection is current and accuracy standards are met

  3. STEP 3Permit operation

    Powers on only when compliant and records the result in tamper-proof form

Expected Benefits

  1. Prevents non-compliance from misuse of uncalibrated or uninspected instruments
  2. Proves the reliability of safety inspection records
  3. Automatic management of instrument calibration and inspection schedules and arrangements
Diagram: Instrument, Read tag, Check calibration date, Calibrated→ can be used, Expired→ locked, Check tags, Judge, Permit operation, Prevents misuse of uncalibrated instruments

Prevent the use of uncalibrated or uninspected instruments and make safety inspection data more reliable.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.072Type: Authentication SecurityCategory: Infrastructure MonitoringTarget: Civil Engineering/Infrastructure (tunnels/water pipes, etc.)

Detecting Anomalies in Tunnels, Water Pipes, and Other Infrastructure

Are you missing infrastructure anomalies such as signs of tunnel collapse or leaks and damage in water pipes?

Measurement data from cameras and sensors is protected with “Hashchain” and used to detect and record signs of anomalies.

Solution Approach

  1. STEP 1Measure data

    Protects measurement data from tunnels and pipelines with “Hashchain”

  2. STEP 2Analyze signs

    AI analyzes small changes that precede collapses or leaks

  3. STEP 3Alert

    Warns the site and managers immediately when an anomaly is detected

Expected Benefits

  1. Lower risk of collapse accidents and leak damage
  2. Automates safety judgments that relied on skilled engineers’ intuition, using numbers
  3. Presents safety data to clients (the ministry, local governments, etc.)
Diagram: Water pipe, Alerts manager, Tunnel cross-section, Crack, Leak, Measure data, Analyze signs, Alert, Lower risk of collapses and leaks

Find and warn of signs of infrastructure anomalies early from measurement data, reducing the risk of accidents and damage.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

Back to industry list

CATEGORY 06　No.073–082 (10 cases)

Healthcare & Nursing Care

Main topics: pharmaceuticals & healthcare, medical & hospitals, patient & vital sign management, patient & wandering monitoring, security camera monitoring, test audit trails, data reliability, history tracking

No.073Type: Data SecurityCategory: Data ReliabilityTarget: Pharmaceutical Raw Materials

Guaranteeing the Reliability of Pharmaceutical Raw Material Blending and Weighing Data

Do manual entry errors and corrections to handwritten records in raw material weighing make it hard to explain data reliability?

Keyper-authenticated workers take measurements, and their ID, authentication results, and data are kept tamper-proof.

Solution Approach

  1. STEP 1Worker auth

    Keyper authentication with a smartphone and an authentication server

  2. STEP 2Measure & check

    Weighs on an electronic balance and checks the value against the recipe

  3. STEP 3Record workers

    Records ID, authentication results, and data in tamper-proof form

Expected Benefits

  1. Fewer non-conforming products from blending errors and less raw material waste
  2. Less double-checking by abolishing handwritten logs
  3. Keyper identifies who measured, supporting GMP and 21 CFR Part 11
Diagram: ID, auth & reading recorded, Keyper auth→ Measure, Weighed value, Checked against recipe, Matches recipe→ next process, Wrong weight→ stopped, Worker auth, Measure & check, Record workers, Prevents blending errors

Keyper authentication and tamper-proof records keep raw material management in line with strict pharmaceutical standards.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.074Type: Data SecurityCategory: Test Audit TrailTarget: Microbial Testing of Pharmaceuticals/Food

Preventing Petri Dish Mix-Ups in Microbial Testing and Test Audit Trails

Can you prove in an audit that a petri dish after incubation is the same one used at the start of the test?

Petri dishes are registered with QR codes, and images and results before and after incubation are recorded in tamper-proof form.

Solution Approach

  1. STEP 1Register units

    Registers petri dishes one by one with QR codes

  2. STEP 2Record images

    Automatically records images before and after incubation and test data

  3. STEP 3Check trails

    Checks test history in a dedicated app at audits

Expected Benefits

  1. Prevents petri dish mix-ups and substituted results
  2. The integrity of the test process can be explained in audits
  3. Less manual recording and checking
Diagram: Petri dish, ID registered, Day 1, Culture image, Day 2, Culture image, Day 3, Judgment & test record, Day 4, Stored like a chain → cannot be rewritten later, Register units, Record images, Check trails, Prevents mix-ups and substitution

Keep the entire test process as a tamper-proof audit trail, easing audit work and making test results more reliable.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.075Type: Data SecurityCategory: History TrackingTarget: Medical (electronic medical records/clinical data)

Tracking Change History and Preventing Tampering of Medical and Clinical Trial Data

Is there a risk that later rewriting of electronic medical records or new drug data leads to medical disputes or rejected reviews?

The history of operations and changes is automatically recorded in tamper-proof form.

Solution Approach

  1. STEP 1Record history

    Records every operation: viewing, adding, correcting, and deleting data

  2. STEP 2Keep originals

    Keeps data from before corrections and makes changes clear

  3. STEP 3Certify data

    Proves “who did what and when” to clinical trial data

Expected Benefits

  1. Smoother approval reviews through more reliable clinical trial data
  2. Usable as objective, legal evidence in medical disputes
  3. Supports 21 CFR Part 11 (FDA) and Ministry of Health, Labour and Welfare guidelines
Diagram: Clinical trial data, Entry, Revision 1, Revision 2, Approval, Each record links to the previous one like a chain, Erasing change history breaks the chain and is detected, Record history, Keep originals, Certify data, Smoother approval reviews

Prevent improper rewriting of clinical trial and medical data, reducing the risk of medical disputes and supporting regulatory compliance.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.076Type: Supply Chain ManagementCategory: Pharmaceuticals & HealthcareTarget: Prescription Drugs

Eliminating Counterfeit Drugs and Managing Temperature in Pharmaceutical Distribution

Are you preventing the risk of counterfeit drugs entering the supply chain, or of reduced efficacy from poor temperature control during delivery?

A 2D barcode on each box and temperature records during delivery are recorded and managed in tamper-proof form to track every step.

Solution Approach

  1. STEP 1Assign codes

    Issues a unique 2D barcode for each box

  2. STEP 2Control delivery temperature

    Records temperature and location in tamper-proof form

  3. STEP 3Check at dispensing

    Pharmacies and hospitals read the code to confirm authenticity

Expected Benefits

  1. Supports drug tracking regulations in the US, Europe, and elsewhere
  2. Lower losses from discarding expensive biopharmaceuticals due to temperature changes
  3. Lower risk of health harm to patients and legal risk from counterfeit drugs
Diagram: Pharma plant, Refrigerated truck, Wholesaler, Pharmacy, Temperature recorded too, Assign codes, Control delivery temperature, Check at dispensing, Prevents counterfeits and temperature deviations

Find temperature anomalies in transit, prove high-quality drug delivery, and support distribution regulations in each country.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.077Type: Supply Chain ManagementCategory: Pharmaceuticals & HealthcareTarget: Medical Devices

Clinical Tracking of Medical Devices

When a defect is found in a medical device, can you immediately identify which patients it was used on?

Each device’s unique code and patient usage records are kept tamper-proof for tracking.

Solution Approach

  1. STEP 1Read codes

    Reads identification codes at shipment and when brought into the operating room

  2. STEP 2Link to patients

    Records device numbers and usage records in tamper-proof form

  3. STEP 3Build a database

    Instantly extracts the usage history of the device concerned when defects occur

Expected Benefits

  1. Immediate identification of patients who received recalled devices
  2. Fewer expensive devices discarded because they expire in hospital inventory
  3. Supports medical device regulations of the Ministry of Health, Labour and Welfare and overseas authorities
Diagram: Device maker, Hospital, Patient, Device linked to patient, Read codes, Link to patients, Build a database, Patients affected by recalls identified immediately

Track medical devices consistently from shipment to patient use, enabling safe care and rapid recall handling.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.078Type: Information SecurityCategory: Medical & HospitalsTarget: Hospital Networks/Medical Devices

Cyberattack Countermeasures for Hospital Networks and Medical Devices

Are you prepared for an intrusion into the hospital network through a medical device that makes electronic medical records unusable?

Communication from existing medical devices is verified by an external “Hashchain”-enabled device, letting only legitimate traffic into the hospital network.

Solution Approach

  1. STEP 1Install device

    Connects an external verification device to medical equipment

  2. STEP 2Verify communication

    “Hashchain” confirms communication comes from legitimate devices and commands

  3. STEP 3Block & record

    Blocks suspicious communication and keeps records

Expected Benefits

  1. Lower risk of life-threatening incidents such as halted treatment or postponed surgery
  2. Safe continued use of medical devices running old operating systems
  3. Lower risk of leaks of patient personal information and medical records
Diagram: Medical device, Electronic medical records, Medical device, Infection, Isolate, Other care continues, Hospital network, Install device, Verify communication, Block & record, Prevents halted care

Reduce risks such as medical record systems going down, and create a secure environment even where older medical devices are in use.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.079Type: Equipment & Asset ManagementCategory: Medical & HospitalsTarget: Medical Equipment (ME devices)

Real-Time Location and Inspection Management of Medical Devices in Hospitals

Does it take time to find infusion pumps and ventilators, increasing unnecessary purchases and rentals?

Wireless tag location data and inspection and disinfection records are recorded in tamper-proof form and managed together.

Solution Approach

  1. STEP 1Attach tags

    Attaches small wireless tags to all medical devices

  2. STEP 2Show location

    Displays each device’s current location on a map via in-hospital access points

  3. STEP 3Inspection trail

    Stores cleaning and periodic inspection records in tamper-proof form

Expected Benefits

  1. Far less time searching, lightening the workload of nurses and clinical engineers
  2. Fewer excess devices and duplicate rentals, supporting better hospital management
  3. Far fewer missed collections of devices due for inspection or disinfection
Diagram: Room 1, Room 2, Room 3, Nurses’ station, Equipment room, Location shown instantly, Hospital floor, Location tags record whereabouts and inspection status, Attach tags, Show location, Inspection trail, Less time searching for devices

Reduce the work of searching for medical devices, streamline nursing work, and make inspection records more reliable.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.080Type: Authentication SecurityCategory: Patient & Vital Sign ManagementTarget: Hospitals/Clinics

Automatic Collection and Management of Inpatient Vital Data

Do nurses spend a lot of time manually entering and transcribing temperature and blood pressure, making errors likely?

Vital data from wearable sensors is protected with “Hashchain” and automatically linked to electronic medical records.

Solution Approach

  1. STEP 1Auto measurement

    Measures vital data at set times from sensors worn by patients

  2. STEP 2Auto transmission

    Automatically transfers data to medical records via encrypted communication

  3. STEP 3Detect anomalies

    AI detects sudden changes in vital signs and notifies nurses

Expected Benefits

  1. Less time for nurses to measure and enter vital signs
  2. Lower risk of medical errors from mistakes or missed entries
  3. Faster response to sudden changes in a patient’s condition
Diagram: Nurses’ station, Rm 101 Temp 36.8 Pulse 72, Rm 102 Temp 37.1 Pulse 80, Rm 103 SpO2 dropping, Sent automatically, Patient, Vital sign monitor, No manual entry needed, Auto measurement, Auto transmission, Detect anomalies, Less work entering vital signs

Reduce nurses’ transcription work so they can focus on care, while lowering the risk of medical accidents.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.081Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Care Facilities/Nursing Homes

Privacy Cameras for Detecting Bed Exits and Falls in Care Facilities

With few staff at night, are you slow to notice residents falling out of bed or climbing over bed rails?

Detections by silhouette analysis cameras are recorded in tamper-proof form, safely preserving the situation at the time of a fall.

Solution Approach

  1. STEP 1Detect bed exit

    AI detects residents getting up or movement right after sitting on the bed edge

  2. STEP 2Prevent falls

    Automatically triggers a nurse call the moment a resident gets up

  3. STEP 3Protect privacy

    Records only silhouette video in tamper-proof form

Expected Benefits

  1. Fewer care disputes through lower risk of falls and fractures
  2. Fewer nighttime rounds, greatly easing the night-shift burden on staff
  3. Reassuring monitoring that protects residents’ privacy and dignity
Diagram: Before, After (Sees), Room video is fully visible, Bed exits and falls reported from human shapes only, Detect bed exit, Prevent falls, Protect privacy, Prevents falls while protecting privacy

Reduce the risk of falls while protecting residents’ privacy, and lighten the burden of nighttime rounds.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.082Type: Authentication SecurityCategory: Patient & Wandering MonitoringTarget: Hospitals/Care Facilities

Monitoring Dementia Patients and Preventing Unsupervised Wandering

Do patients with dementia ever leave the hospital or facility alone?

Tag positions are kept tamper-proof to manage exit locks and monitoring history.

Solution Approach

  1. STEP 1Sense location

    Continuously senses the location of the band worn by the patient

  2. STEP 2Exit lock

    Temporarily locks the door automatically when a patient approaches the exit

  3. STEP 3Notify staff

    Records locations in tamper-proof form and notifies nurses

Expected Benefits

  1. Far fewer cases of dementia patients going out unsupervised, getting lost, or having traffic accidents
  2. Greatly reduced monitoring burden on nursing and care staff
  3. Natural safety that doesn’t take away patients’ freedom of movement
Diagram: Resident, Sensor, Notifies staff, Door locks automatically, Exit, Detected when approaching exit, Sense location, Exit lock, Notify staff, Prevents unsupervised exits and getting lost

Stop patients from leaving unsupervised naturally at the exit, greatly reducing the monitoring burden on nursing and care staff.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

Back to industry list

CATEGORY 07　No.083–086 (4 cases)

Food, Agriculture, Forestry & Fisheries

Main topics: proof of origin, food & agriculture, data reliability

No.083Type: Data SecurityCategory: Data ReliabilityTarget: Food Ingredients

Preventing Tampering of Quality Inspection Data for Food Ingredients

Are you fully preventing input errors in test values or rewriting of numbers to meet pass criteria?

Data from analytical instruments is captured directly, and judgment results and operation history are recorded in tamper-proof form.

Solution Approach

  1. STEP 1Link instruments

    Captures output data from analytical instruments directly and securely

  2. STEP 2Auto judgment

    Judges whether values are within standards and stores results in tamper-proof form

  3. STEP 3Store history

    Records who operated what and when in tamper-proof form

Expected Benefits

  1. Smoother certification procedures for food safety standards such as HACCP (an international food hygiene management method)
  2. Lower risk of food poisoning and incidents from input errors or tampering
  3. Much less time for quality assurance staff to check data
Diagram: Production line flow, Out of spec → removed, Receiving & registration, Quality inspection, Store history, Link instruments, Auto judgment, Store history, Smoother proof of food safety standards

Aggregate inspection data directly to prevent tampering and errors, and be ready for external hygiene audits at any time.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.084Type: Data SecurityCategory: Proof of OriginTarget: Fisheries (branded fish)

Proving the Origin of Premium Seafood and Preventing Poached Products

Are poached or fake branded fish on the market lowering the value and price of your regional brand?

Identification tags are attached when fish are landed, and distribution data is recorded in tamper-proof form.

Solution Approach

  1. STEP 1Register landings

    Attaches waterproof tags at landing on board or at port

  2. STEP 2Track distribution

    Records handovers in tamper-proof form

  3. STEP 3Check at store

    Consumers and restaurants can view the producer via QR code

Expected Benefits

  1. Keeps poached and illegally distributed products out of the market
  2. Maintains branded seafood prices and promotes exports
  3. Supports Japan’s fishery distribution law (abalone, sea cucumber, etc.)
Diagram: Landing & tagging, Market, Transport, QR check at store, Register landings, Track distribution, Check at store, Prevents poached fish from getting in

Keep out poached and fake products, prove regional value, and support price maintenance and exports.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.085Type: Data SecurityCategory: Proof of OriginTarget: Agriculture (branded produce)

Preventing False Origin Labeling and Overseas Outflow of Premium Produce (Fruit, Rice, etc.)

Is your brand being damaged by premium varieties being taken overseas without permission or by false origin labeling?

Tamper-proof tags are attached to shipping boxes or individual fruit, and shipping history is recorded and managed in tamper-proof form.

Solution Approach

  1. STEP 1Register production

    Records farm IDs and shipping lots in tamper-proof form

  2. STEP 2Special seals

    Applies special security seals that become invalid when peeled off

  3. STEP 3Overseas tracking

    A QR scan at the export destination instantly confirms genuine shipments

Expected Benefits

  1. Curbs copies and fakes in overseas markets
  2. Maintains fair prices for branded produce and secures farmers’ income
  3. Ability to track illegal outflow of plant stock and varieties overseas
Diagram: Authorized route, Found by tracking, Domestic origin, Authorized export destination, Unauthorized destination, Overseas, Japan, Special seals and records show where items are, Register production, Special seals, Overseas tracking, Curbs copies in overseas markets

Prevent false origin labeling and protect the brand value of farmers’ crops and their distribution at fair prices.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.086Type: Supply Chain ManagementCategory: Food & AgricultureTarget: Fresh Food/Frozen Food Containers

Proving Temperature and Freshness in the Fresh Food Cold Chain

Is fresh food ever spoiled by refrigeration trouble in transit, causing deliveries to be refused?

Data from temperature sensors in containers is protected with “Hashchain”, and the temperature history is recorded in tamper-proof form as proof.

Solution Approach

  1. STEP 1Start measuring

    Continuously measures cargo temperature and protects it with “Hashchain”

  2. STEP 2Monitor

    Immediately notifies the driver of temperature anomalies

  3. STEP 3Issue certificates

    Automatically issues a temperature history certificate to the recipient on arrival

Expected Benefits

  1. Fewer refused deliveries and less waste from poor temperature control in transit
  2. Fair freight rates through objective proof of high-quality temperature-controlled transport
  3. Supports temperature record management in line with HACCP (an international food hygiene management method)
Diagram: Refrigerated container, Inside temperature, Time →, Standard temperature, Deviations recorded & reported, Start measuring, Monitor, Issue certificates, Less waste from poor temperature control

Prove temperature history in transit in tamper-proof form, reducing refused deliveries and waste, and use it for HACCP temperature records.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

Back to industry list

CATEGORY 08　No.087–095 (9 cases)

Distribution, Retail & Services

Main topics: distribution & apparel, security camera monitoring, reservation & rights management, addiction monitoring, smart key management, commercial traceability, authenticity verification

No.087Type: Data SecurityCategory: Authenticity VerificationTarget: High-Value Goods (jewelry/watches/brands)

Authenticity Verification and Digital Certificates for Luxury Brands and Jewelry

Are sophisticated fakes on the market damaging your brand value and sales?

Each product’s identification information and appraisal and sales history are recorded in tamper-proof form and issued as a digital certificate.

Solution Approach

  1. STEP 1Register units

    Registers product serial numbers and appraisal information

  2. STEP 2Issue certificates

    Issues tamper-proof digital certificates

  3. STEP 3Check on smartphone

    Stores and buyers check authenticity and history on a smartphone

Expected Benefits

  1. Deters the circulation of fakes and copies
  2. Lower appraisal costs and fewer disputes in the second-hand market
  3. Greater customer satisfaction through digital certificates
Diagram: Registered one by one, Recorded for each product, Digital certificate, → Checked on smartphone, Register units, Issue certificates, Check on smartphone, Prevents circulation of fakes

Curb fakes to protect brand value, and maintain the reliability and value of your products even in secondary markets.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.088Type: Supply Chain ManagementCategory: Commercial TraceabilityTarget: Manufacturing/Logistics/Trading Companies

Unified Commercial Traceability with One NFT per Product

Are records split among manufacturers, carriers, and trading companies, so you cannot check a product’s history in one place?

Each party adds records from manufacturing to inspection, in order, to a single Containable NFT (a digital certificate to which records can be added and updated).

Solution Approach

  1. STEP 1Issue NFT

    Issues one NFT per product

  2. STEP 2Add records

    Each party adds records at each process

  3. STEP 3Check

    The end customer checks the full history with one NFT

Expected Benefits

  1. A product’s history can be checked in one place
  2. Easier verification by third parties
  3. Limits who can record, preventing tampering
Diagram: Manufacturer, Wholesaler, Retailer, Consumer, 1 product = 1 box (NFT). History builds up with each transaction, Issue NFT, Add records, Check, A product’s history can be checked in one place

Bring each product’s full history together so anyone can check it, making proof of authenticity and quality easy across the supply chain.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.089Type: Supply Chain ManagementCategory: Distribution & ApparelTarget: Apparel Products/Materials

Proving Labor Conditions and Sustainable Sourcing in Apparel

Is there a risk that unfair labor practices at overseas sewing factories come to light, leading to boycotts and loss of brand reputation?

Factory labor audit data and material certifications are managed together in tamper-proof form.

Solution Approach

  1. STEP 1Certify factories

    Records labor condition check results in tamper-proof form

  2. STEP 2Track materials

    Links certification tags for organic and other materials to products

  3. STEP 3Disclose to consumers

    Objectively discloses the production process via the tag’s QR code

Expected Benefits

  1. Supports the EU Forced Labour Regulation (applies Dec. 2027) and similar rules
  2. Highly credible branding for consumers who care about the environment and human rights
  3. Lower risk of unfair labor and falsified materials
Diagram: Material origin, Spinning mill, Sewing factory, QR disclosure at store, Certify factories, Track materials, Disclose to consumers, Prevents violations of human rights and environmental regulations

Prove consideration for human rights and the environment, reducing the risk of regulatory violations and boycotts and making your brand more trusted.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.090Type: Supply Chain ManagementCategory: Distribution & ApparelTarget: Limited Products/Brand Goods

Preventing Illegal Resale and Fakes in Store and Online Sales

Are limited products being bought up by automated purchase programs and resold, or are fakes circulating?

Each product’s ID tag and buyer information are kept tamper-proof to manage ownership.

Solution Approach

  1. STEP 1Register shipments

    Adds encrypted information to each product’s identification tag at shipment

  2. STEP 2Register purchases

    Keeps tamper-proof purchase history from authorized stores and websites

  3. STEP 3Check resales

    Confirms authenticity and authorized purchase history in secondary distribution

Expected Benefits

  1. Curbs malicious resale and secondary circulation of counterfeit brand goods
  2. Priority sales to legitimate customers and better after-sales service
  3. Real-time view of sales speed and inventory for each distribution route
Diagram: Brand goods, Register purchases, Check buyer, Authorized buyer→ warranty valid, Resold item→ warning shown, Register shipments, Register purchases, Check resales, Deters malicious resale

Manage everything consistently from manufacturing through sales and secondary distribution, raising brand value while curbing illegal resale.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.091Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Stores/Commercial Facilities

Real-Time Detection of Shoplifting and Suspicious Behavior with Security Cameras

Are you slow to notice shoplifting or people loitering suspiciously in your store for long periods?

AI camera detections and video are protected with “Hashchain” and used for security response and evidence preservation.

Solution Approach

  1. STEP 1Analyze video

    Analyzes people’s skeletons and movements from in-store camera video

  2. STEP 2Detect signs

    AI detects movement patterns typical of shoplifting in real time

  3. STEP 3Notify

    Protects detection video with “Hashchain” and notifies staff immediately

Expected Benefits

  1. Less shoplifting loss
  2. Optimal timing for staff to speak to customers (crime-prevention approach)
  3. Faster security response to suspicious people and unattended objects
Diagram: Notifies staff smartphones, Store (top view), Suspicious movement, Camera AI judges signs of behavior, Analyze video, Detect signs, Notify, Less shoplifting loss

Give early notice of suspicious movements to reduce shoplifting losses and speed up staff and security responses.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.092Type: Authentication SecurityCategory: Smart Key ManagementTarget: Hotels/Vacation Rentals/Managed Properties

Digital Key Management for Unmanned Hotels and Property Viewings

Is the front desk crowded with key handovers, and are you unable to handle after-hours check-ins?

Time-limited keys linked to reservations and entry/exit records are recorded and managed in tamper-proof form.

Solution Approach

  1. STEP 1Issue in advance

    Sends a time-limited key to the guest’s smartphone when the reservation is completed

  2. STEP 2Self unlock

    Holds it up to the door terminal to unlock and enter

  3. STEP 3Sync status

    Records entries/exits in tamper-proof form and syncs them with the front desk

Expected Benefits

  1. Lower front desk staffing costs and unmanned check-in at night
  2. Fewer problems with lost keys or keys taken home
  3. Integrated entry management for property viewings and cleaning staff
Diagram: Guest, Booking & key issued, Day before, Check- in, 15:00, During stay, 2 nights, Key expires automatically, 10:00, Stored like a chain → cannot be rewritten later, Issue in advance, Self unlock, Sync status, Enables unmanned check-in

Automate check-in, reduce key problems, and run facilities more efficiently.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.093Type: Authentication SecurityCategory: Reservation & Rights ManagementTarget: Reservation-Based Services (medical/dining/facilities)

Preventing Resale and Ensuring Fair Trading by Turning Reservation Rights into NFTs

Are popular reservation slots being bought up and resold at high prices?

Reservation rights are issued as NFTs, and transfer conditions and transaction history are recorded and managed in tamper-proof form.

Solution Approach

  1. STEP 1Issue reservation rights

    Issues reservation slots as NFTs

  2. STEP 2Set conditions

    Turns conditions such as whether transfer is allowed into rules

  3. STEP 3Manage history

    Records transaction history in tamper-proof form

Expected Benefits

  1. Deters illegal resale and buying up
  2. Fair redistribution of canceled slots
  3. Less work managing reservations
Diagram: Reservation right (NFT), Buyer information is recorded, Used by the buyer, Can be used as booked, Bought via resale, Name doesn’t match, so cannot be used, Issue reservation rights, Set conditions, Manage history, Deters illegal resale and buying up

Automatically manage reservation rights transactions under fair rules, curbing resale problems and making full use of reservation slots.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.094Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Stadiums/Event Venues

AI Crowd Analysis and Lost Child Search at Large Event Venues

Are you struggling with crowded entry gates or searching for lost children and suspicious people?

Crowd analysis results are shared between cameras in tamper-proof form, and searches use features such as clothing without storing face images.

Solution Approach

  1. STEP 1Analyze crowds

    Instantly calculates congestion for each area from camera video

  2. STEP 2Search by features

    The “Autonomous Decentralized AI Cell” searches all cameras by clothing features and shares the results

  3. STEP 3Guidance display

    Shows dispersal routes on guide signage and in the security app

Expected Benefits

  1. Less congestion at entry gates and fewer event delays
  2. Far less time to find lost children
  3. Lower security staffing costs through optimal guard placement
Diagram: Event venue, Guidance display, Shows lost child’s location, Crowded, Somewhat crowded, Search by lost child’s features, Analyze crowds, Search by features, Guidance display, Less congestion and early discovery of lost children

Ease congestion and find lost children early, making large events safer and more comfortable.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.095Type: Authentication SecurityCategory: Addiction MonitoringTarget: Gaming Halls (pachinko parlors, etc.)

Detecting Visits by People with Gambling Addiction at Gaming Halls and Notifying Families

Are you unable to notice visits by people with gambling addiction, or to fully respond to consultations from their families?

Visits by people registered by themselves or their families are detected at the entrance, recorded in tamper-proof form, and reported to the family.

Solution Approach

  1. STEP 1Pre-register

    Registers people to be monitored based on requests from themselves or their families

  2. STEP 2Detect visits

    Detects visits by registered people through identity checks at the entrance

  3. STEP 3Notify family

    Records visits in tamper-proof form and notifies the family

Expected Benefits

  1. Prevents addiction from becoming more serious
  2. Helps families understand the situation and seek advice early
  3. Greater trust as a store committed to addiction countermeasures
Diagram: Visit detected, Pre-registered person, Camera, Notifies family, Family, Gaming hall entrance, Registered with the consent of the person and family, Pre-register, Detect visits, Notify family, Prevents addiction from becoming more serious

Let families know quickly when a registered person visits, preventing addiction from worsening and increasing trust in the store.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

Back to industry list

CATEGORY 09　No.096–103 (8 cases)

Public Sector & Education

Main topics: security camera monitoring, identity & qualification proof, access control, public & local government, education & research, research & universities

No.096Type: Information SecurityCategory: Public & Local GovernmentTarget: Local Governments/Public Institutions

Preventing Leaks of Local Government Cloud Data and Residents’ Personal Information

As administrative procedures go digital, are your measures against leaks of residents’ personal information and targeted email attacks sufficient?

Residents’ data is encrypted, split, and stored, and access history is recorded in tamper-proof form.

Solution Approach

  1. STEP 1Strict authentication

    Logs in with multi-factor authentication and device checks

  2. STEP 2Distributed encryption

    Splits and encrypts residents’ data and other information for storage

  3. STEP 3Store logs

    Stores access history in tamper-proof form

Expected Benefits

  1. Lower risk of leaks of My Number–related data and other information
  2. Supports local government information security standards
  3. Strong deterrent against improper removal of data by staff
Diagram: Resident data, Split + encrypted, Cloud A, Cloud B, Government office server, Even if part leaks, resident data is unreadable, Restored only by authenticated staff, Strict authentication, Distributed encryption, Store logs, Lower risk of personal information leaks

Reduce the risk of leaking residents’ personal information, and digitize administrative services with confidence in line with local government standards.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.097Type: Information SecurityCategory: Education & ResearchTarget: Universities/Research Institutions

Preventing Leaks of Patents and Cutting-Edge Research Data at Universities and Research Institutions

Is there a risk that overseas hacker groups or insiders take out data on cutting-edge technology or patent research?

Research data is encrypted, split, and stored, and the history of viewing and removal is recorded in tamper-proof form.

Solution Approach

  1. STEP 1Set importance

    Classifies research data by importance

  2. STEP 2Split storage

    Encrypts, splits, and stores important data

  3. STEP 3Record history

    Records viewing and removal operations in tamper-proof form

Expected Benefits

  1. Lower risk of leaks of important research and patented technology of national interest
  2. Secure data storage that doesn’t hinder researchers’ freedom
  3. Research infrastructure that supports national economic security
Diagram: Top secret, Patents & unpublished research, Stored split, Authorized researchers only, Internal, Experimental data, Encrypted, Lab members, Public, Papers & public materials, Viewable by anyone, Set importance, Split storage, Record history, Prevents leaks of important research

Protect research results and patent data from improper removal and attacks, with storage that is easy for researchers to use.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.098Type: Equipment & Asset ManagementCategory: Research & UniversitiesTarget: Research Analytical Instruments/Expensive Reagents

Managing Shared Analytical Instruments and Reagents for Universities and Labs

Are bookings for expensive shared analytical instruments overlapping, or is management of dangerous or expensive reagents falling short?

Instrument booking and usage records and reagent consumption are recorded in tamper-proof form to manage usage securely.

Solution Approach

  1. STEP 1Unlock by booking

    Unlocks the instrument’s power key in conjunction with the booking system

  2. STEP 2Record logs

    Records usage time and operation logs in tamper-proof form

  3. STEP 3Reagent levels

    Automatically calculates usage with weight sensors on smart shelves

Expected Benefits

  1. Optimized utilization of shared instruments and fewer double bookings
  2. Less work managing inventory of expensive and dangerous reagents, and fewer expired reagents
  3. Automated allocation of instrument usage fees to research budgets
Diagram: Booking & stock dashboard, Instrument A 10:00– Tanaka, Instrument B 13:00– Suzuki, Reagent X 20% left, Analytical instrument, Reagent, Unlocked by booking & usage recorded, Remaining, Unlock by booking, Record logs, Reagent levels, Fewer double bookings

Make the use of analytical instruments and reagents visible, reducing researchers’ management work.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.099Type: Authentication SecurityCategory: Identity & Qualification ProofTarget: Universities/Certification Bodies/Recruiting

Digital Certificates (Tamper-Proof) for Education, Qualifications, and Skills Training

Are paper and card certificates at risk of forgery or loss, and do they take effort to issue and verify?

Education and qualification certificates are issued and presented and verified from a smartphone.

Solution Approach

  1. STEP 1Issue certificates

    The issuer issues certificates to the user’s smartphone

  2. STEP 2Present

    Presents certificates from a smartphone at hiring or on site

  3. STEP 3Verify

    Confirms on the spot that there has been no tampering

Expected Benefits

  1. Lower costs for issuing, reissuing, and mailing paper certificates
  2. Deters false résumés and forged qualification certificates
  3. Prevents problems from qualifications lapsing after renewal deadlines
Diagram: Issues certificate, Verifies authenticity, University / issuer, Holder, Hiring company, Presented on smartphone, Issue certificates, Present, Verify, Lower costs for issuing paper certificates

Issue and verify certificates on smartphones, curbing forgery and false résumés and reducing issuing and checking work.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.100Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Nursery Schools/Kindergartens/Schools

Monitoring Cameras and Intruder Detection for Schools and Kindergartens

Are you slow to notice children going missing on the way to or from school, or intruders entering the grounds?

Detection records from monitoring cameras and sensors are recorded in tamper-proof form, and arrival and intrusion records are shared with parents.

Solution Approach

  1. STEP 1Confirm arrival

    Records children’s arrival in tamper-proof form and notifies parents

  2. STEP 2Perimeter monitoring

    Immediately detects intruders climbing over school gates or fences

  3. STEP 3Prevent danger

    Sounds an alarm when a child enters a pool or hazardous area alone

Expected Benefits

  1. Far fewer incidents of children being left behind or getting lost
  2. Rapid locking and security response when an intruder enters
  3. Reassurance for parents and greater trust in the school
Diagram: School building, Running out, Suspicious person, Smartphone, Monitored area (perimeter), Arrival and departure also confirmed automatically, Confirm arrival, Perimeter monitoring, Prevent danger, Prevents children being left behind or getting lost

Watch over children on the way to and from school and near hazardous areas, and spot intruders early to keep children safe.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.101Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Shopping Street/Street Cameras

Wireless Security and Multi-Camera Coordination for Shopping Street AI Cameras

Are you uneasy about the security of wirelessly connected security cameras, and not making full use of each camera’s analysis results?

Edge AI in the cameras and the AI server are connected by the “Autonomous Decentralized AI Cell”, coordinating them while protecting the data.

Solution Approach

  1. STEP 1Edge analysis

    Each camera analyzes its video and converts it to numbers

  2. STEP 2Correct & coordinate

    Corrects and cross-checks analysis results between cameras

  3. STEP 3Secure recording

    Records video and analysis results in tamper-proof form

Expected Benefits

  1. Video data is transmitted securely even over wireless LAN
  2. Lighter load on the AI server
  3. Accurate view of people flow at multiple locations
Diagram: Shopping street, Coordination, Coordination, Coordination, Camera A, Camera B, Camera C, Camera D, Video is encrypted and shared even over wireless. Cameras cover each other’s blind spots, Edge analysis, Correct & coordinate, Secure recording, Video transmitted securely even over wireless

Stay secure while adding cameras easily over wireless, and make accurate use of people flow data from multiple locations.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.102Type: Authentication SecurityCategory: Access ControlTarget: Airport/Port Bonded Areas

Face Authentication and Access Control at Airport Bonded Area Entrances

Are you reliably preventing unauthorized entry into bonded areas and impersonation with forged ID cards?

ID card and face authentication results are recorded in tamper-proof form, preventing impersonation and managing entry and exit.

Solution Approach

  1. STEP 1Check ID

    Reads encrypted data from staff ID cards

  2. STEP 2Match face

    Quickly matches face images taken by the camera with registered data

  3. STEP 3Gate control

    Grants access to the bonded area only when both match

Expected Benefits

  1. Deters international terrorism and smuggling via impersonation or forged IDs
  2. Faster passage and checks for staff
  3. Supports standards for airport restricted and bonded areas
Diagram: Staff, ID, Match face, Matching system, Forged ID, Bonded area gate, Double check of ID and face, Check ID, Match face, Gate control, Prevents impersonation and forged IDs

Tighten entry and exit control for bonded areas with biometrics, reducing the risk of terrorism and smuggling.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.103Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Local Governments/Shopping Streets

Crime-Prevention Streetlights and AI Emergency Reporting System

When a crime or sudden illness occurs on a dark street, do people nearby fail to notice, delaying the report?

Video detected by streetlights with linked microphones and cameras is protected with “Hashchain” for reporting and evidence preservation.

Solution Approach

  1. STEP 1Detect abnormal sounds

    Microphones detect screams or breaking glass

  2. STEP 2Record

    The camera turns automatically and records video protected by “Hashchain”

  3. STEP 3Report

    Flashes the streetlight lamp and reports to police with the location at the same time

Expected Benefits

  1. Deters street crime at night
  2. Early aid for sudden illness or victims who cannot call for help
  3. Contributes to safe and secure communities
Diagram: Scream, Reports to police / local government, Crime-prevention streetlight (with mic & camera), Distinguishes abnormal sounds, records, and reports, Detect abnormal sounds, Record, Report, Deters street crime at night

Detect screams and abnormal sounds, record and report automatically, and respond quickly to street crime and sudden illness.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

Back to industry list

CATEGORY 10　No.104–119 (16 cases)

IT & Cross-Industry

Main topics: data protection, access control, data distribution, IT & information systems, high-value equipment management, security camera monitoring, health & labor management, proof of authenticity for AI-generated content, etc.

No.104Type: Physical AICategory: Predictive MaintenanceTarget: Data Centers (cooling/power)

AI Failure Prediction for Data Center Cooling and Power Equipment

Do you face the risk of servers overheating and the data center going down because cooling suddenly stops?

The “Autonomous Decentralized AI Cell” monitors airflow and water flow in cooling together with power load, finding signs of failure.

Solution Approach

  1. STEP 1Analyze airflow

    AI analyzes temperature and airflow for each server rack

  2. STEP 2Predict failures

    The “Autonomous Decentralized AI Cell” predicts failures from changes in how chillers operate

  3. STEP 3Switch to backup

    Automatically switches to the backup cooling system when an anomaly is detected

Expected Benefits

  1. Lower risk of sudden service outages at the data center
  2. Lower electricity and energy costs by preventing overcooling
  3. Lower rates of heat-related degradation and failure in server equipment
Diagram: Backup, Manager, Server rack (cross-section), Cool air, Hot spot, Switches to backup before failure, Each unit’s “Autonomous Decentralized AI Cell”monitors airflow and power, Analyze airflow, Predict failures, Switch to backup, Prevents sudden service outages

Prevent sudden cooling and power failures to maintain high availability, while reducing electricity costs and server degradation.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.105Type: Data SecurityCategory: Data ProtectionTarget: Laptops/USB Drives/External HDDs

Preventing Information Leaks from Lost or Stolen Portable Devices

When you lose a laptop or USB drive, could the confidential information on it be read?

“Scramble Memory” encrypts, splits, and stores data so that it cannot be restored without user authentication.

Solution Approach

  1. STEP 1Encrypt & split

    Encrypts data when saving and records it in scattered pieces

  2. STEP 2Verify integrity

    Verifies split data piece by piece when reading

  3. STEP 3User authentication

    Provides restored data only to authorized users

Expected Benefits

  1. Data is undecodable even if lost or stolen
  2. Confidential information can be taken outside the office with peace of mind
  3. Lower reporting and response costs for data leak incidents
Diagram: Laptop / USB, Data stored split and encrypted, Owner (authenticated), Data restored intact, Finder / thief, Contents are scrambled and unreadable, Encrypt & split, Verify integrity, User authentication, Undecodable even if lost or stolen

Information cannot be read even if a device is lost, so work can continue safely without banning the removal of confidential data.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.106Type: Data SecurityCategory: Data ProtectionTarget: Measuring/Inspection Equipment, Video/Audio Recorders

Preventing Leaks of Recorded Data When Equipment Is Disposed of or Returned

Is inspection or recorded video data left on equipment you return at the end of a lease or dispose of?

Recorded data in the equipment is encrypted and split with “Scramble Memory” and stored so it cannot be read from the device alone.

Solution Approach

  1. STEP 1Protect when recording

    Records measurement and video data encrypted and split

  2. STEP 2No key kept

    A design that leaves no information needed for decryption in the device

  3. STEP 3Safe disposal

    Contents are undecodable even after the device is let go

Expected Benefits

  1. Less work erasing data and issuing certificates at disposal
  2. Lower risk of information leaks when returning leased equipment or selling it used
  3. Confidential data stays protected even when outsourcing to disposal companies
Diagram: Introduction, Recording & use, Return, Disposal, No key left in the device, Protect when recording, No key kept, Safe disposal, Less data erasure work at disposal

Reduce data erasure work and leak risk when parting with equipment, and replace equipment safely at low cost.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.107Type: Data SecurityCategory: Data ProtectionTarget: Cloud Storage

Preventing Leaks and Unauthorized Viewing of Data Stored in the Cloud

Is there a risk that confidential files in the cloud leak outside because of misconfiguration or unauthorized access?

Data is stored in Scramble Cloud Storage, which encrypts and splits data and also randomizes the order in which it is recorded.

Solution Approach

  1. STEP 1Split & encrypt

    Encrypts and splits files and randomizes their storage order

  2. STEP 2Mix in dummies

    Mixes in dummy data to make analysis difficult

  3. STEP 3Restore on auth

    Combines and decrypts only when a legitimate user is authenticated

Expected Benefits

  1. Contents are undecodable even if leaked from the cloud side
  2. Data theft by man-in-the-middle attacks becomes difficult
  3. Contents are undecodable even if exposed by misconfiguration
Diagram: Stored data, Dummy, Split + encrypted, Cloud A, Cloud B, In-house server, Even if leaked, contents undecodable, Only the owner can restore, Split & encrypt, Mix in dummies, Restore on auth, Undecodable even if leaked from the cloud

Contents cannot be read even if leaked from the cloud, so you can use the cloud for confidential data safely.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.108Type: Data SecurityCategory: Proof of Authenticity for AI-Generated ContentTarget: Generative AI (R&D/creative)

Proving Generative AI Training Data and Countering Copyright Risks

Are you worried about lawsuits or public backlash because you cannot prove that your generative AI’s training data contains no one else’s copyrighted works?

An AI poisoning prevention system is introduced that records data input to and output from the AI and the results of legitimacy checks in tamper-proof form.

Solution Approach

  1. STEP 1Check legitimacy

    The AI front end checks the rights and content of input data

  2. STEP 2Record history

    Records who input which data

  3. STEP 3Prove

    Presents input/output history in tamper-proof form

Expected Benefits

  1. Presents the legitimacy of training data as evidence
  2. Lower risk of lawsuits from copyright infringement or public backlash
  3. Protects the AI by keeping contaminated data out
Diagram: Rights confirmed, Licensed data, Unauthorized data, Rejected, Genuine data only, Generative AI, Check legitimacy, Record history, Prove, Proves the legitimacy of training data

Keep tamper-proof records of AI training and generation, reducing copyright and backlash risks so you can use generative AI with confidence.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.109Type: Data SecurityCategory: Data DistributionTarget: In-House Know-How/Technical Documents

Turning In-House Know-How into AI and Providing It Safely to Others (AI Mentor)

Is veterans’ know-how staying with individuals, so it can be neither used across the company nor monetized externally?

AI trained on in-house documents is managed with a Containable NFT (a digital certificate to which records can be added and updated), and provided with a defined scope of disclosure and terms of use.

Solution Approach

  1. STEP 1Teach the AI

    Registers documents and trains an AI managed by NFT

  2. STEP 2Disclosure settings

    Sets whether it is internal only or published externally

  3. STEP 3Revenue sharing

    Distributes usage fees with smart contracts (self-executing contracts)

Expected Benefits

  1. Know-how tied to individuals can be used by the organization
  2. New revenue sources by providing know-how externally
  3. Terms of use and revenue sharing managed in tamper-proof form
Diagram: Teach the AI, Provide, In-house expert, Know-how AI, External user, Distributed automatically, Usage fee, Teach the AI, Disclosure settings, Revenue sharing, Monetizes know-how tied to individuals

Turn buried know-how into AI, use it safely inside and outside the company, and turn technical skill into new revenue.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.110Type: Data SecurityCategory: Data DistributionTarget: Providers of AI Training Data

Proving Providers of AI Training Data and Sharing Profits

Are you unable to tell who provided your AI training data, and therefore unable to pay providers their share?

Training data providers and usage rights are recorded in a Containable NFT (a digital certificate to which records can be added and updated), and profits are distributed automatically according to actual use.

Solution Approach

  1. STEP 1Register providers

    Records data providers in an NFT

  2. STEP 2Manage usage rights

    Only people who hold rights can use the data or AI

  3. STEP 3Auto distribution

    Distributes revenue according to data volume and contribution

Expected Benefits

  1. Proves where AI training data comes from
  2. Returns fair compensation to data providers
  3. Data becomes easier to collect, raising the value of the AI
Diagram: Training data, Use, Provider A, Provider B, Provider C, AI developer, Distributed automatically in proportion to use, Register providers, Manage usage rights, Auto distribution, Proves where training data comes from

Make the origin of training data and the distribution of compensation clear, creating trustworthy AI and a data-sharing system that is easy to sustain.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.111Type: Data SecurityCategory: Business Record ReliabilityTarget: Corporate Business Systems

Preventing Tampering of Business Records and Deterring Internal Fraud

Are you unable to notice when business data is rewritten later, and struggling with fraud prevention and management work?

Business records are recorded in tamper-proof form, tracking who registered or changed what and when.

Solution Approach

  1. STEP 1Quick deployment

    Customizes a ready-built system for each use

  2. STEP 2Tamper-proof records

    Records business data in tamper-proof form

  3. STEP 3Trace history

    Traces history to identify causes when problems occur

Expected Benefits

  1. Deters employee fraud and supports fair evaluation
  2. Faster root-cause analysis when problems occur
  3. Lower cost and shorter lead time than developing from scratch
Diagram: Business system record, Original at time of recording, Hash stored, Record rewritten later, Verify, Rewritten area detected, Quick deployment, Tamper-proof records, Trace history, Deters internal fraud

Raise the reliability of tamper-proof business records quickly and at low cost, deterring fraud while reducing management work.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.112Type: Data SecurityCategory: Agreement RecordsTarget: Meetings/Minutes/Instructions

Preventing Tampering and Creating Audit Trails of Meeting Agreements (Meeting Lock)

Do decisions made in meetings become vague, leading to misunderstandings like “I was never told”?

Minutes approved by all participants are locked and saved as an NFT.

Solution Approach

  1. STEP 1Record

    Enters minutes and instructions into a template

  2. STEP 2All approve

    Locks the content once all participants approve

  3. STEP 3Make it evidence

    Saves it as an NFT for use as evidence

Expected Benefits

  1. Clarifies who decided what and when
  2. Fewer “he said, she said” disputes
  3. Agreements on additional work or specification changes become evidence
Diagram: Participant A, Participant B, Participant C, Minutes (approved by all), Record, All approve, Make it evidence, Clear who decided what

Keep agreements as tamper-proof records, reducing misunderstandings and finger-pointing and speeding up decisions.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.113Type: Information SecurityCategory: IT & OfficeTarget: Office PCs/Remote Devices

Secure Data Sharing and Leak Prevention for Remote Work PCs

When exchanging company data during remote work, are you concerned about intrusions or data leaks?

A “Blockchain Transformer” device is connected to the PC, encrypting the data exchanged and recording and managing it in tamper-proof form.

Solution Approach

  1. STEP 1Connect device

    Connects a “Blockchain Transformer” device directly to the PC

  2. STEP 2Encrypted recording

    Encrypts and splits data and records it in tamper-proof form

  3. STEP 3Restrict viewing

    Only the designated person and PC and parties with viewing rights can decrypt

Expected Benefits

  1. Protects the data itself even if perimeter defenses are breached
  2. Secure data sharing with the office even from home
  3. Records who recorded or viewed data and when, in tamper-proof form
Diagram: Perimeter defense only, Sees (protects the data itself), One breach exposes all company data, Even if stolen, contents unreadable, VPN, etc., Home PC, In-house server, Intrusion, PC, PC, “Blockchain Transformer”, Connect device, Encrypted recording, Restrict viewing, Protects the data itself, even at home

Protect the data itself so it stays unreadable even if defenses are breached, and share data safely from home.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.114Type: Information SecurityCategory: IT & Information SystemsTarget: All In-House IT Systems

Cyberattack Detection and Response by the “Autonomous Decentralized AI Cell”

Are there so many security alerts that staff cannot keep up and truly dangerous attacks are overlooked?

The “Autonomous Decentralized AI Cell” in each PC and server finds unusual behavior, isolates the device on the spot, and records it in tamper-proof form.

Solution Approach

  1. STEP 1Monitor each device

    Each PC’s and server’s “Autonomous Decentralized AI Cell” learns its normal behavior

  2. STEP 2Detect by comparison

    Detects behavior that differs from other devices as a sign of attack

  3. STEP 3Auto isolation

    Disconnects abnormal devices from the network and preserves records

Expected Benefits

  1. Far fewer hours spent responding to alerts
  2. Prevents attackers from erasing or altering logs, preserving evidence
  3. 24-hour monitoring with a small team
Diagram: PC, Server, PC, Attacked PC, Isolated automatically, Detects anomalies by comparing with other devices, Company network, Monitor each device, Detect by comparison, Auto isolation, Fewer hours responding to alerts

Find and isolate signs of attack on the spot, keep evidence in tamper-proof form, and achieve 24-hour monitoring with a small team.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.115Type: Equipment & Asset ManagementCategory: High-Value Equipment ManagementTarget: High-Value Equipment (filming/audio/measuring devices, etc.)

Lending and Damage Management for High-Value Equipment

Have you had trouble with expensive equipment being lost, stolen, or mixed up after it was taken out?

Records of lending, returns, and damage checks using tags are recorded in tamper-proof form.

Solution Approach

  1. STEP 1Batch inspection

    Quickly checks the number of items in each equipment case with tags

  2. STEP 2Manage permissions

    Links the borrower’s name and the return due date

  3. STEP 3Record status

    Stores damage check results at return in tamper-proof form

Expected Benefits

  1. Less equipment left behind or lost where it was taken
  2. Much less time checking equipment in and out
  3. Clear responsibility for damage and quick repair arrangements
Diagram: Lending, Use, Return, Inspection, Condition and user recorded, Batch inspection, Manage permissions, Record status, Less equipment left behind or lost

Reduce losses of expensive equipment and management work, finish returns and inspections quickly, and protect equipment assets.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.116Type: Authentication SecurityCategory: Access ControlTarget: Offices/Factories/Facilities

Secure Access Control with Face Authentication and Liveness Detection

Has access control become a formality because IC cards are lent out or outsiders are brought in?

Face authentication entry/exit logs are recorded in tamper-proof form and managed as a fraud-free access history.

Solution Approach

  1. STEP 1Face recognition

    Authenticates simply by walking past the camera without stopping

  2. STEP 2Liveness detection

    Detects impersonation with photos or videos through 3D detection

  3. STEP 3Gate integration

    Opens and closes the gate and records entry/exit logs in tamper-proof form

Expected Benefits

  1. Far less effort and cost for issuing and collecting cards
  2. Lower security risk from lost cards
  3. Digital entry/exit logs linked with attendance management
Diagram: The person’s face, Photo / mask, Liveness detection, Genuine→ gate opens, Impostor→ stays closed, Face recognition, Liveness detection, Gate integration, Less work issuing and collecting cards

Reduce card management work and loss risk, and make entry and exit smooth with walk-through authentication.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

No.117Type: Authentication SecurityCategory: Security Camera MonitoringTarget: Surveillance Camera Networks

Tracking Suspicious Persons Across Face Recognition AI Cameras and Protecting Data

Does tracking take time because information about a person seen on multiple cameras isn’t connected, and are you also concerned about how face images are handled?

Only the parts detected by the “Autonomous Decentralized AI Cell” inside each camera are encrypted and stored, and analysis results are shared securely between cameras.

Solution Approach

  1. STEP 1Detect people

    The “Autonomous Decentralized AI Cell” inside the camera detects and recognizes people

  2. STEP 2Partial encryption

    Encrypts and stores only the image areas detected

  3. STEP 3Share between cameras

    Shares analysis results securely with other cameras

Expected Benefits

  1. Faster tracking investigations of suspicious persons
  2. Face images are stored securely, only the parts needed
  3. Lighter load on the central server even as cameras increase
Diagram: Camera A, Features handed over, Camera B, Features handed over, Camera C, Person’s movement, Face areas shared while still encrypted, Detect people, Partial encryption, Share between cameras, Fast tracking of suspicious persons while protecting privacy

Connect person information between cameras securely, and track suspicious persons quickly while protecting face images.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.118Type: Authentication SecurityCategory: Health & Labor ManagementTarget: Companies/Health Insurance Societies

Privacy-Protecting Platform for Employee Health Data Management

Are you unable to make full use of health checkup and stress check results because you fear they might leak?

Health data is encrypted, split, and stored with “Scramble Memory”, protecting it from tampering and leaks.

Solution Approach

  1. STEP 1Separate IDs

    Stores data with personally identifying information kept separate

  2. STEP 2Secure storage

    Encrypts and splits data so only authorized staff can restore it

  3. STEP 3Verify integrity

    Verifies at read time that data has not been tampered with

Expected Benefits

  1. Supports the Personal Information Protection Act and the Industrial Safety and Health Act (health data)
  2. Lower risk of health data leaks and tampering
  3. Confident use of data needed to promote health management
Diagram: Who can see health data, “Scramble Memory”, Stored unreadable even if stolen, Checkup results, Stress check, Totals (anonymous), Holder, Occupational physician, HR, △ = Only with the employee’s consent, Separate IDs, Secure storage, Verify integrity, Complies with the Act on the Protection of Personal Information

Protect employee health data from tampering and leaks, and use it for health management with confidence in line with privacy standards.

We propose starting with a small-scale PoC (proof of concept) at the target site or operation.

No.119Type: Authentication SecurityCategory: Access ControlTarget: Financial Institutions/Companies Holding Critical Data

Secure Areas and Preventing Removal of Paper Documents

Are you preventing important documents and USB drives from being taken out, and people from entering areas they are not authorized for?

Records of detected removal of important documents and USB drives are recorded in tamper-proof form, and data on the media is protected with “Scramble Memory”.

Solution Approach

  1. STEP 1Area authentication

    Biometric authentication according to security level

  2. STEP 2Detect removal

    Sensors detect tagged important documents or USB drives passing through the gate

  3. STEP 3Track

    Records removal history in tamper-proof form and encrypts the media contents

Expected Benefits

  1. Far fewer incidents of physical confidential information or paper documents leaking
  2. Stronger deterrent against insider fraud
  3. Supports the requirements of various security certifications
Diagram: Confidential documents, Area authentication, Removal, Detected, Notifies manager, Secure area, General area, Removed documents are also tracked, Area authentication, Detect removal, Track, Prevents removal of confidential information

Stop removal at the gate, and keep contents unreadable even if media leave, reducing leak risk.

We propose starting with a small-scale PoC (proof of concept) to confirm the benefits at your site.

Back to industry list

Consultation on Solution Deployment and PoCs

The cases listed here are based on past deployments, PoCs, and inquiries we have received.
We start by proposing a PoC (proof of concept) to confirm the benefits on a small scale at your site.

Contact Us

PAGE TOP