Staking and Delegation Contract Attack Simulation

We simulate malicious validator behavior, double-signing, and inactivity leaks to validate your slashing logic and penalty enforcement mechanisms, protecting your network's integrity.

Attack simulations targeting delegation logic, including reward skimming, front-running delegations, and exploiting unbonding periods to identify economic vulnerabilities.

Comprehensive testing of reward calculation and distribution functions for rounding errors, inflation attacks, and flash loan manipulation of reward rates.

Simulate attacks on contract upgrade mechanisms and governance proposals, including timelock bypasses, privilege escalation, and malicious parameter changes.

Advanced simulations for complex reentrancy across staking, delegation, and reward contracts—beyond standard checks—using fuzzing and stateful testing.

Stress-test your staking economics under extreme market conditions, validator churn, and MEV extraction strategies to ensure long-term protocol viability.

Identify and remediate critical vulnerabilities like slashing condition bypasses, reward manipulation, and withdrawal exploits before they are exploited in production, directly protecting staked assets.

Simulate governance attacks, validator churn, and network-level failures to ensure your staking operations remain resilient and avoid costly downtime or de-pegging events.

Deliver a certified security report and remediation proof to demonstrate proactive risk management, a critical requirement for institutional validators and enterprise partners.

Our pre-audit simulation surfaces and fixes complex logic flaws, reducing the time and cost of formal security audits by providing auditors with a hardened codebase.

Avoid headline-making exploits that erode community confidence. Proactive security testing is a public signal of your commitment to operational integrity.

Future-proof your staking contracts against evolving attack vectors and protocol upgrades, ensuring sustainable and secure growth as Total Value Locked (TVL) scales.

Systematic analysis using Slither, MythX, and custom tooling to detect common vulnerabilities (reentrancy, integer overflows) and protocol-specific logic flaws in staking flows.

Deep, line-by-line expert review focusing on economic incentives, reward distribution accuracy, slashing conditions, and delegation state management. We simulate edge cases automated tools miss.

Adversarial testing where our engineers act as malicious actors to exploit your contract's unique business logic, including flash loan attacks, governance manipulation, and validator griefing.

Mathematical proof of critical contract properties (e.g., "total supply is conserved", "rewards are always claimable") using Foundry's fuzzing and symbolic execution to ensure correctness.

Analysis of function gas costs and incentive structures to ensure your staking protocol remains efficient under load and economically secure against manipulation or griefing attacks.

We provide prioritized, actionable fixes with clear code examples. Follow-up verification ensures all identified vulnerabilities are resolved before mainnet deployment.