ZK-Voting Protocol Formal Verification

We verify the end-to-end interaction between smart contracts, ZK circuits, and off-chain provers/verifiers. This catches integration bugs that component-level analysis misses.

Every discovered issue is classified by severity (Critical/High/Medium) with a detailed counterexample and remediation guide. We provide a final verification report for auditors and stakeholders.

We use automated theorem provers and model checkers to find logic flaws that traditional audits miss, such as vote manipulation, double-counting, or incorrect quorum calculations.

Formally verify that your protocol cannot be halted by malicious actors and that every vote is counted correctly according to your specified rules, ensuring trustless execution.

Our specialists formally verify the correctness of zero-knowledge circuits for private voting, ensuring the cryptographic proofs are sound and do not leak voter information.

A formal verification report from Chainscore Labs serves as a gold-standard credential, drastically reducing audit cycles and building immediate credibility with users and investors.

Formal specifications act as a single source of truth. We verify that all future governance upgrades and parameter changes adhere to the core protocol invariants, preventing upgrade exploits.

Preventing a single critical bug saves millions in potential losses, bug bounties, and emergency response. Formal verification is the most cost-effective insurance for high-value protocols.

We begin by co-developing a machine-readable formal specification of your protocol's logic and security properties, ensuring all requirements are unambiguous and testable.

Using tools like K-Framework and Lean, we mathematically prove your smart contracts satisfy the formal spec, verifying correctness for all possible inputs and states.

We formally verify the arithmetic circuits underpinning your ZK-SNARKs/STARKs, ensuring soundness, completeness, and resistance to prover/verifier attacks.

We verify the integration of on-chain contracts with off-chain provers and verifiers, and model-check runtime behavior under network conditions like reorgs.

Receive a comprehensive verification report with machine-checked proofs, property violations (if any), and counter-examples, accelerating external security audits.

Integrate formal verification into your CI/CD pipeline. We provide scripts to automatically re-verify contracts on each commit, preventing regressions.