The Prospective Applications of LAYER's Zero-Knowledge Proof (ZK) Technology

$LAYER , as a high-performance re-staking protocol in the Solana ecosystem, is redefining the boundaries of cross-chain security and efficiency through Zero-Knowledge Proof (ZKP) technology. Its ZK applications are mainly reflected in the following three aspects:

Privacy-Enhanced Staking Verification

$LAYER plans to integrate Polyhedra Network's zkLightClient technology to achieve privacy verification of staking status through ZKP-compressed verification data. Validators on the sending chain do not need to expose the complete transaction history; they only need to generate a concise zero-knowledge proof to demonstrate the validity of assets to the receiving chain, significantly reducing on-chain verification costs (the traditional method can cost tens of millions of dollars daily).

Scalable ZK-Rollup Architecture

Drawing on the elastic chain design of zksync, $LAYER intends to build a ZK-driven multi-chain interoperability layer. By batch processing transactions and generating a single proof, TPS can be increased to the millions, while maintaining Ethereum-level security. Its modular ZK Stack framework allows developers to customize ZK chains, enabling seamless sharing of liquidity.

MEV-Resistant Re-Staking Mechanism

$LAYER combines ZKP with Solana's hardware acceleration capabilities to develop a 'hidden bidding' feature. Stakers can hide their trading strategies through zero-knowledge proofs, avoiding capture and arbitrage by MEV bots, thus enhancing the fairness of re-staking rewards.

In the future, with the launch of the InfiniSVM mainnet, LAYER may become the first re-staking protocol to achieve full-stack ZK coverage, driving Web3 towards a new paradigm of privacy, efficiency, and multi-chain collaboration. @Solayer #BuiltonSolayer