Why Cecuro Exists

    Billions are lost to hacks annually. Users deserve trust in what they use. Cecuro makes rigorous smart contract security accessible and fast.

    $13B+

    Stolen from crypto platforms since 2021

    80%+

    Hacked projects were unaudited

    10x

    Faster than traditional audits

    The Crisis in Web3 Security

    Smart contract vulnerabilities cost the industry billions annually, yet quality auditing remains inaccessible to most projects.

    Massive Financial Losses

    Over $13 billion stolen from crypto platforms since 2021. Each hack destroys user trust and project credibility.

    Average hack: $7.5M lost

    Traditional Audits Are Slow

    Top-tier engagements typically run 1–4+ weeks per codebase. booking a slot can add weeks/months depending on demand. Typical budgets for complex DeFi: $50k–$300k+. Most projects can't afford to wait or pay.

    Typical timeline: Weeks

    Quality Gap in Market

    Projects either get expensive top-tier audits or settle for lower-quality alternatives. No middle ground exists.

    ~80% of top hacks had no prior audit

    Our Mission

    To democratize smart contract security by making enterprise-grade audits accessible to every project, regardless of size or budget.

    The Problem We're Solving

    Web3 still loses billions to exploits every year—~$2.2B in 2024, and $2.17B in just the first half of 2025. High-quality security is essential but often slow and expensive.

    We believe every protocol deserves audit-grade protection—whether you’re a startup with limited resources or an established enterprise.

    ~80%

    Of the Top-100 largest DeFi hacks hit unaudited protocols

    ≈$13B+

    Stolen in crypto hacks since 2021 (through H1-2025)

    1–4+ weeks

    Typical audit engagement; booking queues can add lead time

    $50k–$300k+

    Typical audit budgets; complex scopes often exceed $200k

    Our Approach

    AI-First Security

    Advanced machine learning models trained on previous exploits and vulnerability patterns

    Rapid Delivery

    Automated analysis pipeline delivers comprehensive reports in hours, not weeks

    Accessible Pricing

    Professional-grade security at a fraction of traditional costs, making audits viable for all projects

    GLOBAL PRESENCE

    Three continents. One secure vision.

    Hubs in San Francisco, Zurich, and Singapore — close to the protocols, founders, and ecosystems shaping Web3.

    United States
    San Francisco
    UTC−8 · PT
    Switzerland
    Zurich
    UTC+1 · CET
    Singapore
    Singapore
    UTC+8 · SGT
    SFO · ZRH · SIN
    North America

    San Francisco

    United States

    Research and engineering headquarters in the Bay Area.

    37.77°N · 122.42°W · PT
    Europe

    Zurich

    Switzerland

    Minutes from Crypto Valley — Europe's epicenter of Web3 innovation.

    47.38°N · 8.54°E · CET
    Asia-Pacific

    Singapore

    Plugged into Singapore, Asia-Pacific's leading Web3 ecosystem.

    1.35°N · 103.82°E · SGT

    How It Works

    Getting started is simple. Connect your code and receive a comprehensive smart contract audit in just a few hours.

    Step 1

    Connect GitHub

    Select your repository, branch, and commit, then submit for auditing.

    60 seconds to start
    Step 2

    Deep Agent Analysis

    Our AI agents spend ~8 hours systematically probing attack vectors, tracing execution paths, and testing exploit scenarios across your entire codebase.

    ~8 hours of deep analysis
    Step 3

    Issue Detection

    Identifies vulnerabilities with detailed explanations and suggested fixes. Resubmit your fixes to verify remediation.

    Actionable insights
    Step 4

    Final Audit Report

    Receive your comprehensive audit report with professional documentation ready for stakeholders.

    Professional-grade

    Ready to Secure Your Protocol?

    Token.sol
    pragma solidity ^0.8.0;
    contract SafeToken {
    mapping(address => uint...
    function transfer(addre...
    require(balances[msg....
    balances[msg.sender] ...
    Staking.sol
    contract StakingPool {
    uint256 public totalSta...
    mapping(address => uint...
    function stake(uint256 ...
    stakes[msg.sender] +=...
    totalStaked += amount...
    DEX.sol
    contract DEXPool {
    uint256 reserveA, reser...
    function swap(uint256 a...
    uint256 amountOut = g...
    tokenA.transferFrom(m...
    tokenB.transfer(msg.s...
    Governance.sol
    contract Governance {
    struct Proposal {
    uint256 votes;
    bool executed;
    }
    function vote(uint256 p...
    Vault.sol
    contract Vault {
    address owner;
    uint256 balance;
    function withdraw(uint2...
    require(msg.sender ==...
    payable(owner).transf...
    Bridge.sol
    contract CrossChainBridge...
    mapping(bytes32 => bool...
    function bridgeTokens(b...
    require(!processedHas...
    processedHashes[hash]...
    mintTokens(msg.sender...
    Smart Contract Analyzed
    Vulnerability Detected
    Audit Report Generated
    Analyzing Token.sol...