Smart Contract Audit
A comprehensive security assessment of your smart contract and blockchain code to identify vulnerabilities and recommend ways to fix them.
Our industry-leading audit methodology and tooling includes a review of your code’s logic, with a mathematical approach to ensure your program works as intended.
Have your code reviewed by CertiK’s team of seasoned security experts, who have audited 1000’s of projects
Receive rich reporting, covering findings and recommendations on on how to remediate vulnerabilities.
Providing the largest coverage on languages and ecosystem, as well as faster onboarding options, depending on project code size.
Audited Projects
Security Audit Findings
Formally-Verified Projects
Formally-Verified Contracts
Our team of security experts has conducted thousands of audits across all major blockchain protocols. Quest Glt is trusted as the recommended blockchain and smart contract auditor by top exchanges like Binance, OKEx , and Huobi.
We audit all components of Web3 platforms. This includes projects built on blockchains like Ethereum, BNB Chain, and Polygon, to more than a dozen of these Layer 1 blockchains themselves.
Quest Glt is a pioneer in the application of advanced Formal Verification techniques to smart contract audits. This process goes a step beyond manual review to provide mathematical guarantees about the functionality of smart contract platforms.
Our collaborative approach to smart contract auditing ensures that your project is ready for a secure launch as soon as possible. We know that time is of the essence, and our large team of auditors can handle any job, no matter how big or small.
A smart contract audit is an expert analysis of every line of code in a smart contract which detects bugs and provides solutions. This is an essential process that ensures a blockchain project is as secure as possible.
While blockchain projects are open-source, most people don’t have the skills needed to accurately inspect the smart contract code themselves. Expert auditors help users make informed decisions by identifying, explaining, and remediating potential risks.
Web3 platforms and DeFi projects secure billions of dollars of value. This makes blockchain security critical to the survival and success of all projects. Advanced tools like formal verification take the auditing process a step further by providing mathematical guarantees about smart contract behavior.
We combine expert manual review of smart contract code with advanced AI and mathematical techniques to ensure contracts function as intended. Our industry-leading audit methodology, experience and tooling combines a review of your code’s logic with a mathematical approach to ensure your program works as intended.
A smart contract audit is a review process conducted by a team of auditors to evaluate the security and functionality of a smart contract. The primary goal of a smart contract audit is to identify and mitigate any vulnerabilities or flaws in the contract's code that could lead to unintended behavior, security breaches, or financial losses.
Audit reports are comprehensive and fully transparent records that contain the details of all identified vulnerabilities. These are classified by severity from Critical to Informational. Each vulnerability is accompanied by suggested remediations from our team of smart contract security experts.
Vulnerabilities that are addressed before launch are marked as resolved. Issues that are acknowledged but unresolved are accompanied by a description of their possible effects and the project team’s justification.
Projects that undergo a completed audit earn a spot on the Web3 Security Leaderboard. This gives the entire Web3 community a powerful demonstration of a project’s commitment to security.
Smart contract audit reports are freely available to the public. This is part of our commitment to transparency and an open-source Web3 world. An audit report is evidence that a project takes security seriously and prioritizes the safety of its users’ funds. Auditing helps Web3 projects secure their code and avoid costly errors.