7 Major Features of the Sees Blockchain

Feature 1
Multi-DApps platform

The Multi-DApps platform shares one blockchain with multiple applications. Combining blockchain and originally developed middleware, the API allows any application to share a single blockchain.

Realizing this platform allows multiple applications to share a single blockchain, making efficient use of resources.

The blockchain is also designed to be used as a completely secure system on an application-by-application basis, since even if the blockchain is shared, other applications cannot see the information in the blockchain.

Multi-DApps platform

Feature 2
Encryption, partitioning, and distributed file systems

MDFS

Tamper-proof data recording + encryption and segmented storage for large-volume data handling and leakage prevention functions.
The system can provide better "compliance" and "security" than conventional databases through "strong resistance against tampering and leakage" and "rapid fraud detection with excellent traceability.

These create the following benefits.

Sees blockchain's "strong resistance to tampering and leakage" and "rapid fraud detection function with excellent traceability" enable the system side to strengthen "compliance" and "security" better than conventional databases.

Feature 3
Sees Blockchain Development API

Sees Blockchain provides a development API that allows you to call and operate Sees Blockchain from your program.
Since it is structured in REST, web application developers can immediately incorporate it into their applications, and blockchain applications (DApps) can be developed without special blockchain technology.

Below is a partial list of general-purpose APIs. (Customized API development services are also available to meet the needs of original APIs)

Data Recording POST
An API that allows files of various formats to be attached, the files are stored within a distributed file system, and the rest of the data, along with metadata, can be recorded on the blockchain.
Data Update PUT
Files stored in the distributed file system and metadata recorded in the blockchain can be updated.
Data Acquisition GET
Files stored in the distributed file system and metadata recorded in the blockchain can be retrieved.
Data Deletion DELETE
Various data stored and recorded internally will not disappear, but access to files stored in the distributed file system and metadata recorded in the blockchain can be prohibited.
Historical Data Acquisition GET
You can specify an account to retrieve historical information that has been recorded so far.
Balance Acquisition GET
The balance of crypto assets can be retrieved by specifying the address.
(It is immensely powerful when managing crypto assets)
Remittance POST
You can send money by specifying the source and destination addresses.
(It is immensely powerful when managing crypto assets)

Feature 4
Abundant ready-made contracts(application based)

Cheaper and quicker than building your own blockchain on an already built blockchain application base. It is less than 30% of the price of a typical blockchain, and development time is significantly reduced because only UI customization is required.

To create a blockchain ... it can be used immediately after delivery!

【Example of system】
A system like this is ready to use!

① Traceability
Systems that make it possible to provide "safe and secure products.
② Measurement Data Assurance Record
Guaranteed recording system for measurement data that cannot be tampered with
③ Big Data Guarantee Record
Assurance record system for big data that cannot be tampered with
④ Maintenance and inspection warranty records
Systems that guarantee and record work records and other data such as equipment status.
⑤ Personnel evaluation
A system that fairly evaluates hard work among employees.
⑥ Rights Management
A system that strongly protects copyright information and allows authors to receive compensation directly
⑦ Video Distribution
A system that allows people around the world to distribute and view videos and interact directly with advertisers.
⑧ Medical Information History
Systems that allow unaltered medical information (medical history, prescription history, etc.) to be shared with patients
⑨ Point issue
Guaranteed point issuance system that can be adopted by small and medium enterprises
⑩ Project Management
A project history management system that records the entire process and cannot be tampered with

Feature 5
Secure NFT wallet processing(Proprietary Contracts)

In a typical blockchain, cryptographic assets and NFTs are managed by issuing separate transactions for each. It is the application that ties them together, and the security risk in this area can be extremely high.

Sees Blockchain's NFT processing solves this biggest risk problem by developing its own contracts.

Normal blockchain
Issue a transaction at each
That's tied up in the application.
(This is the biggest risk here.)
Normal blockchain
Sees Blockchain
Crypto assets and NFTs in one transaction
in a single transaction.
Provides complete security
シーズブロックチェーン

Feature 6
Has 3 layers,
including the world's only Layer 3

Sensors, lоT terminals, etc.
Layer 1 Blockchain
Normal blockchain network
  • Low transaction processing rate/second can be a problem in Ethereum
  • Some blockchains have a high number of transactions processed/second
Layer 2 Sidechain
Blockchain to connect to layer 1
  • Record and hold data in a blockchain using a consensus algorithm with a high number of transactions processed/second, and record them in Layer 1 in batches.
  • Sidechain uses a consensus algorithm specialized for processing
Layer 3 Hashchain
world Primordial For data transmission to upper nodes
  • Proof of continuity of data sent from IoT terminal to blockchain node (terminal identifiable)

Feature 7
Sees Blockchain Linux

Various empirical tests have confirmed that blockchain processing is adversely affected by OS processing in addition to CPU inefficiency when blockchain is run on a typical Linux server.
Sees Blockchain has created the world's first Linux dedicated to blockchain to solve these problems.

Sees Blockchain Linux provides the following benefits

Sees Blockchain Linux

Evolving Sees Blockchain

第一世代（2018～）シーズ汎用ブロックチェーン
Sees Blockchain is the result of research that has taken shape since the dawn of blockchain. We have educated and deployed the importance of data security.
  • Sees Blockchain
    Multiple applications can be added, and data is safe because it is encrypted, divided, and stored in a distributed manner.
  • Blockchain Server
    You can get a blockchain node server with pre-installed blockchain just by purchasing it.
第二世代（2019～）　シーズエンタープライゼスブロックチェーン
Various functions are implemented so that the blockchain can be integrated with more applications.
第三世代（2020～）　シーズエンベディットブロックチェーン
Blockchain built into a small terminal! Portable blockchain that can be used for remote work, etc.
  • Sees Blockchain Security System
    A security system that meets the four security requirements of information leakage prevention, tampering prevention, stable operation, and user authentication to significantly reduce risk.
  • Blockchain Transformers
    Just plug it into your PC and it becomes a blockchain node. Data security can be strengthened and data can be safely exchanged even when working from home.
  • Blockchain Gateway
    Realize a "blockchain environment" by simply connecting to a LAN. Strong security protects documents and data files from tampering or leakage.
第四世代（2022～）　シーズブロックチェーンチップ
Based on the innovative technology of blockchain as a chip, we were the first in the world to introduce blockchain to the IoT.
  • Blockchain Chip
    Revolutionary technology for the IoT with the ultimate miniaturization of the blockchain on a single chip. Provides an inexpensive and secure data assurance recording system.
  • Mobile Blockchain Nodes
    Mobile devices for internal use are converted into blockchain nodes, and the blockchain network provides perfect protection for transmitted and received data.
第五世代（2024～）　自律分散AIブロックチェーンセル
Autonomous decentralized AI added to a decentralized network of blockchain chips; the world's first technology that merges AI and blockchain.
第五世代（2024～）　自律分散AIブロックチェーンセル
Back
Chip hash chain, the third layer of blockchain, based on Sees's proprietary technology.
  • Scramble Memory
    Scramble memory, the ultimate information recording method that cannot be read even if stolen, is the appropriate way to protect information in the age of zero-trust.
  • Wireless I/O control Hashchain chip
    Wireless transmission system that allows data transmission to and from sensors and actuators via a single channel. Safety is ensured by the third layer of blockchain.
  • Autonomous Distributed AI Cell(Hashchain Edition)
    A Hashchain chip and a CPU for distributed AI are integrated into a single chip. It is a composite chip that acts like an artificial neuron.

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