9.2 Audits & Formal Verification
In the "dark forest" of Web3, code is money. To ensure that OmniPact can handle trillions of dollars in commercial transactions, we have built a comprehensive security verification system that includes manual audits, mathematical proofs, and crowdsourced testing.
9.2.1 Multi-Firm Audit Strategy
A single auditing firm is inevitably prone to blind spots. OmniPact adopts a "Multi-Layer, Multi-Firm" cross-auditing strategy, entrusting the most professional teams to review different components of the protocol.
L2 Core (OES & DAN):Entrust OpenZeppelin and Trail of Bits.
Key points: Smart contract logic vulnerabilities, reentrancy attacks, permission management, and upgrade proxy security.
Zero-Knowledge Circuits (zk-KYC): Entrust Veridise or Zellic.
Key points: Completeness of circuit constraints (Under-constrained circuits), correctness of the implementation of cryptographic primitives.
Tokenomics & Governance: Delegate Gauntlet.
Key points: Economic model simulation, stress testing under extreme market conditions, and simulation of governance attack vectors.
Audit process: Internal Audit -> Alpha Audit (Fix) -> Beta Audit (Fix) -> Final Audit -> Mainnet Launch. All audit reports will be fully disclosed to the community before the mainnet goes live.
9.2.2 Formal Verification
Traditional unit testing can only prove that "the code is valid under these specific circumstances," while formal verification can prove that "the code is valid under all circumstances." We transformed the core state machine logic of OES into a mathematical model and verified it using Certora Prover and K Framework.
Proof of Core Invariants:
We define and prove the following mathematical specifications（Specifications）：
Solvency Conservation:
(Proof: The total assets of the Vault will always be equal to the sum of all users' book balances, with no凭空增发 or disappearance.)
FSM Monotonicity:
$S_{lock} \rightarrow S_{init}$ The reverse transformation of is impossible under any input sequence (Impossible).
(Proof: Once funds are locked, it is absolutely impossible for them to roll back to the initial state without triggering the settlement conditions.)
Liveness Property:
For any state $S \in Q$, there must exist a path $P$ such that $S \xrightarrow{P} S_{final}$ or $S \xrightarrow{P} S_{void}$。
(Proof: No matter what kind of interaction occurs, funds will never be permanently frozen in the contract.)
Through mathematical proof, we eliminated an entire category of logical errors before deploying the code.
9.2.3 Bug Bounty & Continuous Monitoring
Security is a dynamic process, and the mainnet launch is just the beginning.
1. Bug Bounty Program
We will launch the highest-level bounty program in the Web3 field:
Critical: Highest reward $1,000,000 (USDC)For vulnerabilities that can lead to fund theft, loss of governance rights, or network paralysis.
High: Maximum reward of $100,000. For vulnerabilities that can cause temporary service interruptions or partial functional failures.
This mechanism transforms white hat hackers (Whitehats) worldwide into security testers for OmniPact.
2. On-Chain Monitoring
Integrating Forta Network and OpenZeppelin Sentinel to deploy real-time monitoring robots (Bots):
Anomaly Detection: Monitor abnormal large capital outflows, frequent interactions with flash loans, or unknown function call patterns.
Auto-Pause: When obvious hacking activities are detected (such as continuous triggering of assertion failures), the Guardian multi-signature has the right to activate the Circuit Breaker, suspend the operation of the protocol, and prevent the expansion of losses.
By introducing formal verification and a million-dollar bounty, it demonstrates to the community OmniPact's investment in security and establishes institutional-level trust endorsement.
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