We design a Non-Interactive Poof of Liveness, NIPoL, based on trusted execution environment techniques to guarantee that committee nodes… — We design a Non-Interactive Poof of Liveness, NIPoL, based on trusted execution environment techniques to guarantee that committee nodes provide services to the outside world. Trusted Execution Environment (TEE) The Trusted Execution Environment is a secure area of the main processor. It ensures that internally loaded code and data are…

In cross-chain implementations, a private key management service consisting of many committee nodes is similar to a notary mechanism but… — In cross-chain implementations, a private key management service consisting of many committee nodes is similar to a notary mechanism but distributed private key management operates in an untrustworthy environment and cannot be fully trusted by the committee nodes, which is the difficulty in implementing the system. To ensure private key…

The goal of Cell is to design a cross-chain system that supports heterogeneous chains and has better compatibility than existing… — The goal of Cell is to design a cross-chain system that supports heterogeneous chains and has better compatibility than existing homogeneous cross-chains. The most famous homogeneous cross-chain is Polkadot, which targets asset and message cross-chaining, so the system is very complex and not easy to engineer. Asset cross-chaining is called…

Following the success of Bitcoin, many blockchain-based cryptocurrencies have emerged. To meet different requirements in different… — Following the success of Bitcoin, many blockchain-based cryptocurrencies have emerged. To meet different requirements in different situations, a lot of heterogeneous blockchains have been proposed. However, by design, blockchains are immutable distributed ledgers and cannot communicate with each other. Therefore, how to transfer property and achieve interoperability between blockchains becomes…

NPoS — Why CELL protocol achieves strong security guarantees — NPoS — Why CELL protocol achieves strong security guarantees Despite the many advantages that the proof-of-work consensus mechanism PoW (proof of work) and a new consensus PoS (Proof of Stake) have, there are quite a few practical issues revealed when applying them in real use scenarios, such as wasting of resources, concentration of mining power, lack of security and…

Empowering Web 3.0 through CELL, Universal Privacy Computing — With the last couple of years seeing both corporates as well as individuals increasingly falling victim to data breach incidences at rather alarming rates, the online diaspora has struggled somewhat with keeping a keen balance between technological advancement as well as security efforts. …

CELL is the first privacy computing network that integrates key advantages of Zero Knowledge Proof (ZKP), MPC and TEE. — The CELL Network testnet utilizes proof-of-activity mining system to generate proofs of workload about time periods for the revenue through Zero-knowledge Proof Techniques. CELL Github: https://github.com/Cell-chain/wiki Download the CELL Mining Application You Ubuntu 18.04 wget https://github.com/Cell-chain/wiki/releases/download/v0.4.0/cell chmod +x ./cell

CELL is the first privacy computing network that integrates key advantages of Zero Knowledge Proof (ZKP), MPC and TEE. — CELL is the first privacy computing network that integrates key advantages of Zero Knowledge Proof (ZKP), MPC and TEE. CELL is the utility token of the CELL network. The value of CELL will be purely based on CELL network user-base growth and adoption. Here, we would like to introduce more…

CELL is the first privacy computing network that integrates key advantages of Zero Knowledge Proof (ZKP), MPC and TEE. — The CELL core team is thrilled to announce that the CELL Testnet will go live on January 15th, 2022. CELL is the first privacy computing network that integrates key advantages of Zero Knowledge Proof (ZKP), MPC and TEE. We will roll our testnet out in phases to test features in…