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    Oasis

    Privacy-enabled L1 with confidential compute.

    Oasis audit focus and capabilities

    We tailor our review to the unique architecture and common pitfalls on Oasis.

    Confidential compute
    EVM ParaTime
    Data tokenization
    TEE trust model
    Cross-ParaTime
    Key handling

    Why teams choose Cecuro for Oasis

    Deep manual review with invariant and property-based testing
    Differential testing against specs and reference implementations
    Secure upgrade paths, access control, and permission hygiene
    Optional continuous monitoring and commit analysis
    // Example finding
severity: HIGH
title: Missing access control on upgrade()
impact: Arbitrary logic upgrade can brick the protocol
recommendation: Restrict to time-locked admin + add emergency pause

    Comprehensive audits across all critical areas of blockchain platforms

    Oasis audits are essential for teams building in these key areas

    DeFi Protocols

    DEXs, lending, perps & derivatives, yield optimizers, and AMMs.

    Bridges & Cross-Chain

    Token bridges, message passing, light clients, relayers/guardians.

    Rollups & Appchains (L2/L3)

    Bridge contracts, fraud/validity proofs, sequencer flows, upgrade paths.

    Oracles & Automation

    Price feeds, keepers, executors, liquidation bots, and off-chain agents.

    Wallets & Account Abstraction

    Smart wallets, ERC-4337 paymasters & bundlers, multisigs, guardians.

    Tokens, DAOs & Treasury

    Governance modules, timelocks, vesting/airdrops, access control & pause logic.

    Lightning Fast Results

    AI-powered automation delivers comprehensive analysis in hours, not weeks.

    8 hours

    Average Audit Time

    Proprietary Agentic AI

    State-of-the-art analytical capabilities

    Unique Findings

    Often uncovers overlooked vulnerabilities

    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...
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