Zilliqa: Sharding, Hybrid Consensus, and EVM Compatibility
Summary
The document explains Zilliqa as a Layer 1 blockchain that uses network sharding to process transaction subsets in parallel. It describes a consensus design combining practical Byzantine fault tolerance with a proof-of-work identity check, and notes support for both Ethereum-compatible contracts and native Scilla contracts. The stated benchmark capacity exceeds 2,800 transactions per second under testing conditions; this is a test figure rather than a guarantee of sustained mainnet performance.
It also surveys ZIL's roles in transaction fees, staking, and governance, alongside ecosystem applications and cross-chain ambitions. The guide includes token supply figures and advertised staking returns, but these are time-sensitive and depend on network and provider terms. Much of the discussion of buying and staking is exchange-oriented, and the comparisons with other chains do not establish equivalent benchmark conditions. The most useful technical takeaway is the architecture and its intended scalability; adoption, fees, performance, and staking outcomes require current independent verification.
Key ideas
- Zilliqa divides transaction processing among shards to enable parallel work.
- Its consensus combines pBFT with a proof-of-work identity check, according to the document.
- The network supports EVM contracts alongside its native Scilla contracts.
- The stated throughput above 2,800 transactions per second comes from testing and may not represent live conditions.
- ZIL is used for gas, staking, and governance, while staking returns and token data can change.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.