The CyberVein network is the first Distributed Ledger System allowing for the decentralized management of complex datasets on the blockchain itself, without requiring centralized storage providers.
Just as the Internet is a public network of networks, CyberVein is a public network of immutable databases, on which information can easily be traded, interconnected, and transformed into structured knowledge.
CyberVein allows multiple parties to process shared, distributed databases. Information maintained on CyberVein databases is immutable and protected from tampering, just like bitcoin transactions on the blockchain. No one, including parties to the database, can corrupt its records, delete it, or temper with its processing history.
Databases on CyberVein are independent, yet can be easily connected, referenced, and hence monetized, resulting in a reliable network of authenticated, immutable information.
All entries, modifications, and amendments to CyberVein databases are stored as appended smart contract transactions. This means that a CyberVein database automatically contains all previous versions of itself. The exact state of a database at a given time and date can easily be reconstructed, making it ideal for shared, immutable processing of data.
CyberVein is designed to incentivize the sharing of data, creating an asset market for the future of the information age. Owners of Data can easily monetize it, while the amount of available resources for researchers, entrepreneurs, and public institutions increases by several orders of magnitude.
Traditional blockchains are not designed to store vast amounts of structured data, especially if this data is being constantly processed by many participants in parallel. In order to build a network of decentralized databases, CyberVein has reinvented fundamental blockchain principals, transforming distributed ledgers into a powerful data management network.
CyberVein improves on DAG technology and introduces a novel and resource conserving consensus algorithm. “PoC” - Proof of Contribution - incentivises nodes to contribute valuable storage resources instead of demanding futile machine efforts as it is the case with traditional consensus algorithms.
The CyberVein ledger is fractally built as a network of independent, yet interconnected Smart Contracts. Contracts are designed as private ledgers, immune to irrelevant network congestion, yet able to easily communicate and exchange value and information.
CyberVein modifies the Solidity smart contracting language, and optimizes it for data monetization and management.
CyberVein’s disruptive potential can be realized anywhere vast amounts of data need to be processed immutably by several parties in parallel.
CyberVein allows competing entities, such as pharma companies, big data providers, or machine learning researchers, to share datasets and to massively increase their efficiency, while preserving their independent economic interests.
In the age of data-driven smart-governance, CyberVein’s transparent design allows to safely collect and process vast amounts of sensor information, without central points of control or failure.
Sharing data and comparing results is the backbone of modern science. CyberVein introduces economic incentives for Universities and research facilities to maintain their heavy-duty datasets, and to make them publicly available for further research and development.
Initiated project and announce whitepaper
Start developing alpha version and setting up community
Announcing beta version and official wallet
Releasing Vein and its development environments
Realising Code Security Audit Toolkit and
embedding CVVM Into the Chain
Start developing alpha version and setting up community
CyberVein is here to make data truly valuable.
Only when ownership is confirmed, data use rights and privacy protection can be exercised more fairly and efficiently.
Our mission is to create a true, trustworthy, and efficient enterprise-level big-data platform to empower the real world economy, and achieve greater data usage and monetization at a lower cost. Not only to make data credible and usable, but also to make data truly valuable assets.
CyberVein’s four core products can create value independently with different functional attributes, and also each as a holistic system that can be connected in series to provide a more comprehensive big-data solution. This provides business value to applications, creating an enterprise-level data flow platform based on blockchain.
Uses the blockchain to record the database status and operations in units of time. This capability provides efficient storage and reliable protection for a data economy rapidly growing in size and complexity. PISR employs safe and reliable virtual machine operations to efficiently aggregate and track data for cross level / cross departmental sharing. By solving the problems in data flow, data’s commercial value can be realized.
Provides a one-stop artificial intelligence environment for model development, training, and reasoning. Large data centers and idle home computers alike can be added to the integrated computing power platform, increasing efficiency while earning a payment proportional to their contribution.
Creates safer data storage, with superior efficiency. On a DAG network, nodes verify each other’s transaction on a P2P basis. Since each transaction requires approval of two previous ones, the network’s speed increases exponentially with its size. The lack of blocks and mining means that transactions occur “on the fly” and not in clumpy intervals, the “block-size debate” is rendered irrelevant, and the dangers of centralized hashing power are mitigated.
Creates better data management through safe and reliable virtual machine operation and maintenance of user data. Valuable payment and effective pricing of data usage rights creates a fair marketplace for data, while gaining valuable feedback. Data can be converted into services and products in order to meet people's needs, better serve society and continuously improve daily activities.
Enable businesses to capitalize their data in a secure and efficient method. Using market mechanisms, data is converted into decentralized cryptocurrency, making illiquid assets marketable to investors.
The powerful parallel computing capability of GPU makes it widely used in graphics rendering, deep learning and other fields. Simplifies the process of renting GPUs, helps you quickly release and rent GPUs, and increases GPU value.
Utilize your own database or CyberVein’s PISR database.Utilize your GPU or Ctraining GPU.Freely customize your machine learning workflow to match your best interest.Ground up infrastructure and environment package for seamless training, deployment and collaboration.
Provide medical staff with in-depth insight into disease diagnosis, treatment methods, and related data support for disease research. In the field of clinical study, researchers' top priority is navigating massive data sets to find relevant information. The development, organization, and usage of big data in scientific research can subvert many burdensome processes and create unexpected discoveries.
Empower patients to actively participate in the medical process. With ease of access to the patient’s health data and past medical history, doctors can make a correct diagnosis with confidence. Medical services grounded in data can innovate the medical model and reduce contradictions between doctors and patients.
Provide a medical big data platform to analyze data such as hospital outpatient volume, operation volume, expenses, bed turnover rate, equipment utilization rate, etc. Managers can compare data with previous periods and other hospitals within the region to spot weak links and gaps in the hospital’s economic operations and take effective measures to improve them.
Join us as we create technology to empower the real world economy, and make data a truly credible, valuable asset.Learn More