An all-platform-supported native-application-compatible smart contract execution platform, development framework and collaborating ecosystem.
The IAS Machine, born in the 1950s, represents a new height of human intelligence. Its Von Neumann Architecture has also become the cornerstone of contemporary information technology. With the past 60 years’ rapid advancement, especially with the breakthroughs in Cloud Computing, Big Data, IoTs, and AI technologies in last 10 years, IAS will be evolving to its new form: Intelligent Autonomous Systems. The new IAS machine will become an indispensable infrastructure for human society, especially when they are carrying our daily life. Consequently, the crisis in lacking trust to them will seriously affect our society’s stability. Trusting machines will become a new fundamental need for humanity in the near future. Building the Trustworthy and Reliable IAS (TRIAS) will be the ultimate goal of project Trias.
TRIAS aims to create a new-generation public chain, which will support the execution of general-purpose native-applications on all platforms. Main vision is to root trust in machines by creating the Trustworthy and Reliable Intelligent Autonomous Systems.
Critical challenges should be considered:
Inefficient Consensus. Reaching consensus is a high-cost task. PoW requires substantial computing powers, which is consumed by inconsequent workloads.
Heavy Redundancy. Blockchain platform implements undeniable smart contracts operations by enforcing high redundancy. It will result in serious computation waste and network congestion, hence seriously limiting the number of programs to run in parallel.
Restrictive Interface. Though many smart-contracts are Turing-complete, the functional library is far from enough. It will be extremely complex to implement the native applications’ service logic with the existing smart-contract APIs.
Reconstruction and Migration. As a brand-new programming paradigm, it would be extremely complex to migrate existing native applications to the smart contract platform. Re-implementing all the existing software on this new platform is laborious, if even possible, given the restrictive interface stated above.
Trustworthy Data Collection. The trustworthiness of the data collection procedure is critical to a blockchain-based system, as it would be meaningless to protect the integrity of tampered data. Human factors should be avoided as much as possible, but untrusted data collection application is also destructive.
Data Privacy Preservation. Blockchain is not designed to preserve privacy. In contrary, it ensures integrity by a high-degree of openness. Therefore, enforcing privacy preserving computation on blockchains is a particular challenging task.
Trias’s vision is to build a trustworthy and reliable general-purpose computation infrastructure, where any system and software implement only expected behaviours. With Trias, we can root trust into machines with a firm assurance that the machines will deterministically “do what they are told to do”. Trias builds an all-platform-supported native-application-compatible smart contract execution platform, development framework and collaborating ecosystem. It has three subsystems:
Leviatom: a Global Trusted Computing Platform
Leviatom combines Heterogeneous TEE technologies and Graph algorithms to implement an efficient, robust, highly-extensible consensus algorithm, and further supports the trustworthy execution of native applications.
Prometh: a Traceable-Software Development Framework
Prometh combines formal verification and DevSecOps framework to achieve traceable and verifiable general-purpose application development, implementing smart-contract-level trustworthy assurance for native applications.
MagCarta: an All-platform Smart Contract and Token Ecosystem
MagCarta contract achieves the uniform scheduling of general-purpose traceable applications on global trusted computing platforms. It further employs both incentive and insurance mechanisms to drive the community with rewards and compensations.
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Private sale —
At Cloud Computing and Big Data Security Forum of the Guiyang Big Data Expo 2017, Dr Anbang Ruan presented for the first time the heterogeneous consensus protocol, which integrates trusted computing, graph algorithm, and blockchain
The joint innovative laboratory of Octa Innovations and Peking University was established. The design concept and technical route of the Heterogeneous Consensus Graph were firstly proposed
Octa innovations launched its DASO framework, which implement the DevSecOps procedures on a private blockchain
Project Startup and Team Buildup
Publishing Technical white paper. Finishing the major parts programming of Leviatom, including the of HCGraph protocol stack, Trusted Computing libraries, account management, wallets, block chain browser, etc
Test & Iteration
Mainnet v1.0 launches