In today's rapidly evolving blockchain and encryption landscape, security remains one of the most pressing issues in the industry. As a zero-knowledge proof infrastructure specializing in handling sensitive computational tasks, the Boundless protocol has invested significant effort in security design, building a multi-layered security protection system.

The security architecture of Boundless is based on the principle of multiple protections, utilizing the inherent security features of the underlying blockchain. By deploying validator contracts on mature blockchain networks such as Ethereum and Base, Boundless can fully leverage the consensus mechanisms of these networks, avoiding the complexity and potential risks of redundant development while ensuring foundational security.

At the encryption level, Boundless employs the rigorously validated zkVM technology developed by RISC Zero. This technology integrates cutting-edge encryption primitives, including STARK (Scalable Transparent Argument of Knowledge), which have been extensively researched and validated by the academic community. This not only provides users with robust privacy protection but also ensures the integrity and accuracy of computational results.

It is worth mentioning that the formal verification of RISC-V circuits conducted by ROVM 2.0 further enhances the reliability of the system. This innovation significantly improves computational efficiency and greatly shortens the proof time for Ethereum blocks.

The multi-layered security architecture of the Boundless protocol not only reflects its high regard for user data security but also demonstrates the immense potential of blockchain technology in terms of security. With the continuous advancement of technology, we have reason to believe that protocols like Boundless will bring more groundbreaking progress to the security of the blockchain ecosystem.