RISC Zero Skill

To generate zero-knowledge proofs for Rust code, execute your program within a zkVM to produce a cryptographic receipt. This receipt verifies the computation ran exactly as intended without exposing sensitive private inputs.

Yes, you can verify zk-STARK and Groth16 proofs on-chain using EVM-compatible smart contracts. This integration enables trustless verification of private computation results directly on networks like Monad.

Verifiable computation proves a program executed correctly without revealing its inputs. You need it for smart contracts when proving complex financial calculations or proprietary algorithms while maintaining data privacy.

Private inputs in a zero-knowledge virtual machine are hidden from the verifier during execution. The zkVM processes these inputs to generate proofs of correct computation while ensuring the underlying data remains completely private.

Yes, the RISC Zero toolchain integrates with existing Rust projects. You can create a new verifiable computation project using the command line tool and execute arbitrary Rust code within the secure zkVM environment.

Using zkVMs for verifiable computation requires executing code within a virtual machine environment, which introduces overhead compared to native execution. Programs must be compatible with the zkVM constraints to generate valid proofs.