Private Governance Smart Contract Audit

We analyze the entire proposal lifecycle—from creation and voting to execution and cancellation—to prevent logic flaws, voting manipulation, and proposal hijacking. Ensures your community's intent is accurately and securely enacted.

Rigorous review of admin roles, timelocks, and multi-sig configurations. We identify dangerous permissions, unprotected functions, and potential centralization risks that could lead to a single point of failure.

Security assessment for proxy patterns (Transparent/UUPS), storage layout collisions, and initialization functions. Prevents upgrade hijacking and ensures smooth, secure protocol evolution without introducing vulnerabilities.

In-depth review of fund allocation, withdrawal mechanisms, and asset safeguarding within the governance treasury. Mitigates risks of fund drainage, improper approvals, and unauthorized transfers.

Analysis of vote weighting, delegation logic, quorum requirements, and snapshot integration. Identifies vulnerabilities like vote buying, flash loan attacks, and sybil resistance failures.

Verification of pause mechanisms, guardian roles, and disaster recovery plans. Ensures your protocol can be safely halted and recovered in a crisis without compromising user funds or governance integrity.

We analyze your system's threat model, cryptographic assumptions, and protocol logic before a single line of code is audited. This pre-emptive review identifies fundamental design flaws in your ZK-SNARK/STARK circuits and governance flow.

Deep inspection of your zero-knowledge circuit code (Circom, Halo2, etc.) for constraint system correctness, soundness errors, and under-constrained signals. We verify the mathematical integrity of your privacy-preserving computations.

Security review of the Solidity/Vyper contracts that verify proofs and execute governance actions. We focus on proof verification pitfalls, reentrancy in vote execution, and privilege escalation in admin functions.

Expert assessment of your elliptic curve operations, hash functions, and randomness generation. We identify side-channel risks, parameter misuse, and deviations from established cryptographic standards.

We provide prioritized, actionable fixes for all findings and conduct a final verification audit to confirm vulnerabilities are resolved. Delivery includes a public attestation of security readiness.