Connect multi-source data with heterogeneous network infrastructure
Integrate computing power, data and algorithms globally
Facilitate transactions of data and computing power
Resources and applications listed as services
Publish and request services
A full range of computing, storage and communication capacities
Super Clearing House
Carrier-class operator for service transactions
Billing, payment, clearing, settlement and dispute resolution
Data as assets and tokenization
Protect data privacy with Secure Multi-Party Computation (MPC)
Provide anonymity and transaction privacy using
Zero-Knowledge Proofs (ZKP)
Create a fully encrypted network using Homomorphic Encryption (HE)
RELOAD Overlay Network /Master Chain + Multiple Application Chains
Decentralized RPC Framework
P2P service discovery and governance
Blockchain as a service supporting
Services published by any node can be accessed and utilized by the entire network
Unified User Account
Access to the whole network
Manage multi-chain Energon and assets
Access to multi-chain services
Off-chain resources including computing capacity, data sources, routing and messaging, etc can be shared on-chain
Application chains can share these resources through adaptive resource allocation algorithm
Multi-Chain Transparent Routing
Location transparency supports any service access without the location of target nodes
Any node can send transactions
to any blockchain
Cross-chain Energon Transfer
Each application chain can create its
Built-in decentralized exchange
Decouple Computation from Consensus
Scalable and Verifiable Computing
Complex computations are secured by cryptography-based off-chain solutions
Circuit-based parallel computing enables linear scaling computing capacity
Computing channels, based on verifiable computation and timelocks, serve as the “Clearing House” and “Court of Arbitration” for computing capacity transactions
Meta Smart Contract
Integrate on-chain and off-chain multi-source heterogeneous data
Support Java and other general programming languages
Compile computation functions into circuits
Data Privacy Protection
Use Homomorphic Encryption and Zero-Knowledge Proof to protect the privacy of on-chain data as well as off-chain
Use MPC to safeguard the privacy of
off-chain multi-source data
Block producers are elected by a stake-weighted vote along with the value of computing contribution
Optimized PBFT mechanism
Cryptography-based state transition proof makes verifying the transactions faster without repetitive computation
Computing Specific Hardware
Able to run meta smart contracts compiled into Boolean circuits
Higher efficiency with lower costs and
Co-evolution of software and hardware
Implement a complete RELOAD overlay network and blockchain services with support for service discovery, meta smart contracts and two-party MPC computation.
Launch a client that supports IM functions and wallets.
Support a complete MPC, multi-chain routing and decentralized exchange.
Update PlatON client supporting Dapp portal and run-time environment.
Enable parallel computing, verifiable computation and Giskard consensus.
Feature the version of software and hardware integration.
Launch a computing
Founder of Wanxiang Blockchain Labs
Founder and investor of Fenbushi Capital
Chairman of Wanxiang Blockchain Inc.
Founder and CEO of JUZIX
Founder of BCOS open source blockchain project
PlatON provides a secure public infrastructure for data transactions around the world. Applications can be established to provide safe and reliable data exchange and collaborative computing services. It helps users gain economic benefits when sharing data without losing ownerships, by creating a fair market place to generate market price for data transactions.
PlatON allows computation to be broken down into distributed sub-tasks while collaborating idle computing resources around the world for scientific computation. The proper utilization of computing power allows scientific research organizations and commercial groups to engage in cheaper and more efficient scientific computations.
A decentralized identity management system, based on PlatON, solves problems such as “single point of failure”, the malicious collection and abuse of users’ private data. As PlatON is able to find the association between multiple identities, a complete user portrait profile can be pieced together through collaborative computing with privacy protection. Agencies will be able to identify their users more effectively and provide better services. A tamper-proof chain of identity authentication will then be created to strengthen trust.
Healthcare and genetic data of individuals have the highest privacy requirements and largest amount of data types. An open service platform for healthcare information can be built on PlatON with a unified and general set of data exchange standards to make the connection of heterogeneous data among different organizations. This promotes further analysis and application of healthcare and genetic data to make a global healthcare database network. It can also support services such as individual unified health account and healthcare data consortium.
Traditional credit systems are now facing the classic "blind men and an elephant" problem due to limited data sources, unreliable data models, and constrained data sharing. A distributed social credit system on PlatON, with privacy protection, will facilitate integration of data from multiple sources, allowing individuals to manage their own credit data and organizations to carry out joint credit reporting, promoting construction of a global social credit system.
The next-generation social network built on PlatON supports peer-to-peer communication and data exchange across regions and application domains. Users own all the data they generate, and will be economically incentivized to share. They can build up their digital social credit profile through their actions online and services they provided.
PlatON provides a global infrastructure with data security and privacy protection for large-scale IoT network , integrating the capacity of edge computing, which boost the development of IoT applications in various industries such as smart manufacturing, Internet-of-Vehicles, agriculture, smart cities, and distributed energy management.
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