[ Enterprise ]

    Security for engineering teams.

    Cecuro reviews the code your business runs on: backend services, APIs, and smart contracts if you have them. Continuous review on every pull request, deep smart contract audits when you need them, and a direct line to the founding team.

    TypeScriptPythonGoJavaRustSolidityand more

    One engine, two ways to use it.

    Continuous coverage for the code you ship every day, and deep point-in-time reviews when the stakes call for one.

    [ Continuous ]

    Ozone: every pull request, reviewed

    Ozone learns your architecture, then reviews every commit and pull request against it. Findings arrive as inline PR comments with severity, impact, and a suggested fix, across TypeScript, Python, Go, Java, and more. No blockchain code required.

    Explore Ozone
    [ Point-in-time ]

    Deep security audits

    A multi-agent audit that runs for hours across an entire codebase and delivers a signed, severity-rated report you can hand to customers, partners, and investors. Point-in-time audits are currently scoped to smart contracts, where the engine leads the industry benchmark; continuous coverage for the rest of your stack runs through Ozone.

    How audits work

    Why teams choose Cecuro

    Benchmark-proven engine

    The engine behind every Cecuro review ranks #1 on EVMBench, the real-exploit detection benchmark from OpenAI, Paradigm, and OtterSec, and caught 92% of vulnerabilities across 90 real-world exploits.

    Finds what reviewers miss

    Cecuro has repeatedly found critical issues in codebases that had already passed top-tier human security reviews. Every claim is documented publicly with links to the original reports.

    Your code stays yours

    Analysis runs in isolated environments and your repository is never kept after the run — what we retain is the deliverable: findings, reports, and the record of the analysis. Code is transferred over TLS and never used to train AI models.

    A direct line to the founders

    No account-manager layers. Enterprise engagements are scoped and supported directly by Cecuro's founding team in San Francisco and Zurich.

    How an engagement works

    [ Step 1 ]

    Scope it with us

    Book a call and walk us through your stack and your concerns. We agree on repositories, priorities, and reporting before any work starts.

    [ Step 2 ]

    Connect your repos

    Ozone builds a working model of your architecture: call graphs, data flows, and trust boundaries. Deep point-in-time audits can be scheduled alongside it.

    [ Step 3 ]

    Findings where your team works

    Vulnerabilities are flagged as review comments on the pull request that introduced them, with severity, impact, and a suggested fix. Audit engagements deliver a signed, shareable report.

    Need custom seats, spend limits, or help with procurement and security review? That is what the call is for: book time with the founders. For data handling, subprocessors, and retention, see how we handle your code.

    Ready to Secure Your Codebase?

    Token.sol
    pragma solidity ^0.8.0;
    contract SafeToken {
    mapping(address => uint...
    function transfer(addre...
    require(balances[msg....
    balances[msg.sender] ...
    auth.ts
    export async function res...
    const { email } = req.b...
    const token = crypto.ra...
    const link = buildLink(...
    await sendResetEmail(em...
    }
    Vault.sol
    contract Vault {
    address owner;
    uint256 balance;
    function withdraw(uint2...
    require(msg.sender ==...
    payable(owner).transf...
    payments.go
    func HandleWebhook(w http...
    r *http.Request) {
    var evt Event
    json.NewDecoder(r.Body)...
    processPayout(evt.Accou...
    }
    DEX.sol
    contract DEXPool {
    uint256 reserveA, reser...
    function swap(uint256 a...
    uint256 amountOut = g...
    tokenA.transferFrom(m...
    tokenB.transfer(msg.s...
    Bridge.sol
    contract CrossChainBridge...
    mapping(bytes32 => bool...
    function bridgeTokens(b...
    require(!processedHas...
    processedHashes[hash]...
    mintTokens(msg.sender...
    Codebase Analyzed
    Vulnerability Detected
    Report Generated
    Analyzing Token.sol...