Rigorous deep-dive security audits of smart contracts, DeFi protocols, and blockchain infrastructure. We expose critical vulnerabilities before your code goes on-chain and financial losses become irreversible.
contract Vault {mapping(address => uint) balances;function withdraw() { Reentrancymsg.sender.call("");balances[msg.sender] = 0;}function deposit() payable {balances[msg.sender] += msg.value;}// No access control on owner funcs}Comprehensive security coverage for smart contracts, DeFi protocols, and the broader blockchain infrastructure layer.
Manual and automated review for reentrancy, integer overflow, access control, and logic flaws in Solidity, Vyper, and Rust contracts.
Flash loan attack simulation, oracle manipulation testing, and tokenomics risk analysis for lending, DEX, and yield protocols.
Testnet fuzzing, gas optimisation review, and access control checks before mainnet launch.
Public-ready audit report with severity-rated findings, proof-of-concept exploits, and remediation verification.
Review NFT minting contracts, royalty logic, marketplace integrations, and ERC-20/721/1155 implementations for security flaws.
Assess multi-sig wallet configurations, private key storage, signing workflows, and admin key exposure risks.
Test protocol resilience against flash loan-enabled price manipulation, arbitrage exploitation, and cascade liquidation scenarios.
Assess price oracle integrations for manipulation vectors, stale data feeds, and single-source dependency risks.
Evaluate DAO governance mechanisms for vote buying, flash governance, and proposal manipulation vulnerabilities.
Test minting functions for reentrancy, over-minting, metadata manipulation, and royalty bypass vulnerabilities.
Assess bridge contracts, relayers, and wrapped token implementations for fund theft and double-spend risks.
Evaluate AMM pool contracts for impermanent loss manipulation, rug-pull vectors, and fee calculation exploits.
Assess blockchain node configurations, RPC endpoint exposure, and consensus mechanism vulnerabilities.
Review rollup contracts, bridge mechanisms, and sequencer configurations for censorship and fund-locking risks.
Evaluate staking contract security, validator key management, and slashing condition implementations.
Test subgraph configurations, blockchain API endpoints, and data indexing services for manipulation and exposure.
Audit deployment scripts, upgradeable contract patterns, and proxy configurations for storage collision and init flaws.
Review on-chain compliance mechanisms, KYC integration patterns, and regulatory reporting capabilities.
A structured six-phase process combining automated tooling with expert manual review, from initial scoping through verified remediation.
Define the contract scope, interfaces, and risk profile of the protocol. Identify high-value targets and critical financial logic.
Automated tooling including Slither, Mythril, and Echidna to surface known vulnerability patterns across all in-scope contracts.
Line-by-line manual code review by blockchain security engineers to find logic flaws, business logic errors, and edge cases that automated tools miss.
Develop proof-of-concept exploits for critical findings to demonstrate real financial impact in a controlled forked environment.
Severity-rated findings report with proof-of-concept code, attack scenarios, and step-by-step remediation guidance for each vulnerability.
Re-audit after fixes to confirm all findings are resolved before final sign-off and public audit report issuance.
Decentralised finance platforms, lending protocols, DEXs, and DAO-governed treasuries where a single vulnerability can result in irreversible financial loss.
NFT minting platforms, marketplaces, and creator tools where contract bugs can lead to rug-pulls, royalty bypass, or stolen assets.
Web3 companies launching token-gated products, cross-chain bridges, or enterprise blockchain solutions requiring independent security validation.