LayerEdge: The High-Efficiency Decentralized Verification Protocol Secured by Bitcoin

Web3 challenges and verification requirements

In decentralized applications, on-chain verification and execution often face performance bottlenecks due to high Gas fees and large data. Cross-chain and off-chain state security verification is even more complex, requiring a new generation of verification layers to balance low cost, high efficiency, and the security standards of the chain itself.

LayerEdge technical architecture

LayerEdge utilizes Recursive ZK Proofs to compress multiple states into a single proof, significantly reducing on-chain verification costs; at the same time, it anchors the verification results to the Bitcoin chain, ensuring immutability; additionally, the light node verification mechanism allows ordinary users to participate, increasing the system’s degree of Decentralization and activity.

The key role of the token EDGEN

The EDGEN token plays a triple role in the LayerEdge protocol: as a validator incentive, enhancing network participation through random sampling and economic incentives; as a medium for paying transaction fees, ensuring sustained demand and value growth; and as a security guarantee, where malicious behavior by nodes will result in the loss of staked tokens, reinforcing economic penalties.

Widespread application scenarios

LayerEdge supports cross-chain asset secure lock-up verification, off-chain AI reasoning authenticity confirmation, IoT device operation status monitoring, on-chain identity authentication, and fair verification of blockchain game results, providing fast and reliable verification guarantees for multiple fields.

Summary

With the surge in demand for security and privacy in Web3 applications, LayerEdge is expected to become an indispensable decentralized verification infrastructure, driving the entire ecosystem towards a user-driven approach.