Proof serialization

Proof serialization is a critical feature for any Virtual Machine (VM) operating within zero-knowledge contexts, particularly when proofs need to be published and verified in interactive or distributed systems such as blockchains. This is a fundamental norm for zkVMs, where the ability to serialize proofs enables seamless integration into various applications and ensures trust and security.

Why Proof Serialization Matters?

In zkVMs, proofs are often published and verified across multiple environments. Examples include off-chain systems for efficient computation, on-chain systems through smart contracts, or in hybrid scenarios. For instance, zkRollups commit and verify proofs of VM execution directly on-chain, storing them as immutable checkpoints. This approach leverages the security and decentralization of the underlying layer-1 blockchain to enforce integrity for checkpoint commitments.

Proof serialization also facilitates broader use cases such as enabling decentralized applications (DApps) to seamlessly verify VM execution without requiring direct interaction with the VM or the computation process. By providing a standardized way to serialize and share proofs, zkVMs empower developers to build robust, interoperable systems that enhance scalability, trust, and security.

An Important and Ongoing Work

Recognizing its importance, proof serialization is an ongoing development priority for Orochi Network . This feature will soon be released, further enhancing the usability and versatility of our ZKVM framework.

Orochi Network welcomes collaborators who share our vision of building robust and open systems. Together, we aim to make zero-knowledge technology a practical and reliable tool in modern digital infrastructure.