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High Performance | Sperax BDLS consensus protocol requires only four rounds of communication to reach consensus, much fewer than other BFT consensus protocols |
Security | Sperax overcame the liveness vulnerability under partially asynchronous networks widespread among BFT consensus protocols, saving its consensus from being led into unrecoverable deadlocks and guaranteeing security. |
Dual coin system | Sperax ecosystem issues two tokens: SPA as the network token on BDLS and sCOIN the native stablecoin. Sperax is the first decentralised system with a native stablecoin. |
Embedded Financial Services | Sperax introduced a financial layer, including stable coin and financial products, to enable developers and token holders to create an ecosystem that connects to the real economy. |
Decentralised Governance | Sperax token holders have the right to governance. Collectively, they make the network better by contributing to the design & upgrade of the ecosystem. |
Designed by world-leading cryptographer | Sperax consensus algorithm is designed by a world-leading cryptography research team from top-ranking universities (UC Berkeley, UCLA, University of North Carolina) led by Professor Yongge Wang. Prof. Wang is among the top cryptographers in US. He has published over a hundred peer-reviewed academic papers on various fields of cryptography including pseudorandomness, fault-tolerant computation, dependable distributed computation, and secure communications. His academic achievements speak to his expertise in designing a safe, efficient, robust blockchain system. |