{"p":"can-20","op":"mint","tick":"can","amt":"1000","rows":[{"df":"qa","content":[{"q":"The main characteristics of the Tendermint consensus algorithm are as follows:↵↵1. Delegated Proof of Stake (DPoS): Tendermint employs DPoS as its underlying consensus mechanism, which selects block producers based on stake and reputation. This enables the network to achieve consensus without the need for a centralized authority.↵↵2. Fast and efficient block production: DPoS ensures that block production is quick and efficient, as stakeholders with higher stakes and better reputations have a higher probability of being selected as block producers.↵↵3. Byzantine Fault Tolerance (BFT): Tendermint incorporates BFT to handle situations where some block producers may act maliciously or fail. BFT allows the network to continue operating even if a majority of block producers are compromised.↵↵4. Scalability: Tendermint is designed to scale effectively, ensuring that the network remains efficient even as its user base grows.","a":"Combining Byzantine Fault  Tolerance (BFT) and Proof of Stake (POS) mechanisms to achieve high efficiency and security;↵2. Adopting a voting system, reaching consensus through the principle of majority rule;↵3. Introducing a reward and punishment mechanism to penalize malicious nodes and maintain the security and stability of the network;↵4. Having atomic broadcasting properties, ensuring the consistency and integrity of blockchain data;↵5. Realizing linear growth of the blockchain through incremental indexing or height-based identification of blocks;↵6. ..."}]}],"pr":"23860a1600f5c395186b608f647eab46f13189e22855ab803038dfa384051791"}