Why are chains like Polygon, Arbitrum, and others embracing $PROVE technology?

Recently, leading public chains such as Polygon and Arbitrum have integrated PROVE technology, primarily due to its zero-knowledge proof (ZKP) driven lightweight node architecture, which addresses the three major pain points of cross-chain communication and data verification: decentralization, efficiency, and cost.

Decentralized secure verification

PROVE replaces traditional relay chains or third-party bridges with lightweight node technology (such as SPV verification and ZK proofs), enabling trustless cross-chain communication. For example, Polygon zkEVM uses PROVE to verify Ethereum block headers, ensuring the authenticity of cross-chain transactions while avoiding the security risks of centralized bridging. @Succinct

Performance and cost optimization

The ZK proof generation speed of PROVE is extremely fast (e.g., completing Ethereum block verification in 12 seconds), and costs as low as $0.002 per transaction, significantly better than the fraud proof mechanisms of traditional Rollups. Chains like Arbitrum can reduce Gas fees for Layer 2 and mainnet interactions by integrating PROVE, while also increasing throughput.

Ecosystem compatibility and scalability

PROVE's precompiled contract design supports multiple chains (EVM and non-EVM), allowing chains like Polygon to achieve cross-chain interoperability without hard forks. For instance, Polygon 2.0 builds an “aggregate bridge” using PROVE technology, seamlessly connecting its zkEVM and PoS chains to form a unified ecosystem.

In the future, as the multi-chain ecosystem explodes, $PROVE will become a key component of the infrastructure, driving blockchain networks from isolation to interconnection. #SuccinctLabs