AdWarden delivers elite-tier blockchain security audits, penetration testing, and real-time protocol monitoring. We secure DeFi, NFTs, DAOs, and L1/L2 infrastructure so you can build without fear.
From pre-deployment code review to post-launch threat monitoring — we cover every layer of your blockchain stack.
Our flagship service. Expert security researchers manually review every line of your Solidity, Rust, Move, or Vyper code. We combine deep manual analysis with proprietary automated tools and formal verification to mathematically prove your contracts behave as intended.
Mathematical proofs that your code does exactly what it claims. We translate smart contract logic into formal specifications and verify correctness against all possible states — eliminating entire classes of vulnerabilities.
Our offensive security team simulates real-world attacks against your entire Web3 stack — from smart contracts to frontend dApps, API layers, oracle integrations, and infrastructure. We think like attackers so you don't have to.
Continuous 24/7 surveillance of your deployed contracts. Our WardenWatch system detects anomalous transactions, flash loan attacks, governance exploits, and suspicious wallet activity — alerting your team before damage occurs.
Bridges are the highest-value targets in crypto — accounting for billions in losses. We audit bridge contracts, relay mechanisms, validator sets, and message-passing protocols across all major cross-chain frameworks.
Beyond code security — we stress-test your token's economic model. Our analysts simulate whale manipulation, liquidity attacks, governance capture, and game-theoretic edge cases to ensure your protocol's economics are robust.
A battle-tested methodology refined across 850+ audits. Every engagement follows a rigorous five-phase framework.
We analyze your codebase complexity, architecture, and threat surface to define audit scope and timeline.
Manual line-by-line review combined with automated static analysis, fuzzing, and symbolic execution.
Formal verification of critical invariants. Mathematical proof that core logic can never enter an invalid state.
Detailed report with severity ratings, reproduction steps, and fix recommendations reviewed with your devs.
WardenWatch™ monitoring goes live. Continuous surveillance, anomaly alerts, and quarterly re-assessments.
Language-agnostic auditing across every major chain. Solidity, Rust, Move, Cairo, and beyond.
What separates an AdWarden audit from the rest — and why the top protocols trust us with their security.
Our lead auditors are ex-white-hat hackers who've disclosed critical vulnerabilities in major DeFi protocols. They've been on the offense — now they're on yours.
Every audit passes through two independent review teams. Manual analysis combined with proprietary automated tooling ensures no vulnerability slips through — we catch what scanners miss.
850+ audits. $2.4B+ secured. Zero successful attacks on AdWarden-certified contracts. Our track record speaks in immutable, on-chain facts.
We don't just audit code — we audit economics, governance mechanisms, oracle dependencies, admin key management, and upgrade paths. Complete protocol security.
Real vulnerabilities caught. Real protocols saved. Here's a glimpse at what our auditors uncover.
During a pre-launch audit for a major lending protocol, our team identified a reentrancy vulnerability in the flash loan callback mechanism that could have allowed an attacker to drain the entire lending pool — approximately $180M in TVL.
Our bridge audit uncovered a flaw in the multi-sig validation logic where crafted messages could bypass threshold requirements. An attacker could have forged cross-chain messages and minted unbacked tokens on the destination chain.
We discovered the marketplace's pricing oracle could be manipulated through a flash loan attack on the underlying AMM pool, allowing purchases of high-value NFTs at artificially deflated prices during auction settlement.
Submit your codebase for review. Our team typically responds within 24 hours with a scoping proposal and timeline estimate.