MX0M Labs — Securing the Future of Decentralized Infrastructure

// core capabilities

Security Services

Elite blockchain security across the full attack surface — from source code to on-chain exploit simulation.

Smart Contract Auditing

Deep manual and automated review of Solidity, Rust, and Move contracts. Every attack vector. Every edge case.

Vulnerability Research

Zero-day discovery across blockchain protocols, consensus mechanisms, and cross-chain bridge implementations.

AI-Powered Analysis

Machine learning models trained on thousands of exploits to detect novel vulnerability patterns at scale.

Penetration Testing

Full-scope red team operations against Web3 infrastructure, including node RPC endpoints and validator networks.

Threat Intelligence

Real-time monitoring of exploit databases, hacker forums, and on-chain anomaly signals to preempt attacks.

DeFi Protocol Security

Specialized audit methodology for AMMs, lending protocols, yield strategies, and complex DeFi composability.

Wallet & Bridge Security

End-to-end security review of wallet implementations and cross-chain bridge architectures and signing logic.

Security Automation Tools

Custom tooling and CI/CD security pipelines to embed vulnerability detection directly into your dev workflow.

// language intelligence

Supported Languages

Deep semantic analysis across every major smart contract language.

Solidity

pragma solidity ^0.8.0;
contract Vault {
  // reentrancy guard
  mapping(address=>uint) bal;
  function withdraw() {
    // VULN DETECTED ⚠
  }
}

Rust

use anchor_lang::prelude::*;
#[program]
pub mod protocol {
  pub fn transfer(
    ctx: Context<Transfer>,
    amount: u64
  ) -> Result<()> {}
}

Move

module aptos_framework::coin {
  struct Coin<T> {
    value: u64,
  }
  public fun mint<T>(
    amount: u64
  ): Coin<T>

Clarity

(define-public
  (transfer
    (amount uint)
    (sender principal))
  (begin
    (;; security check)
    (ok amount)))

Vyper

# @version 0.3.7
balances: HashMap[address, uint256]
@external
def withdraw(amt: uint256):
assert self.balances[msg.sender] >= amt

Cairo

use starknet::ContractAddress;
#[starknet::contract]
mod ERC20 {
  #[storage]
  struct Storage {
    total: u256,
  }
}

// security tooling

Security Tools

Proprietary tooling built from the ground up for blockchain threat detection and exploit research.

// smart-contract-scanner

ACTIVE

$ mx0m scan --target ./contracts/
✓ Loading bytecode analyzer...
✓ Initializing CFG builder...
⚠ Reentrancy: line 142
✗ Integer overflow: line 88
→ 2 critical, 5 medium found

Vulnerability Coverage94%

False Positive Rate2.1%

// ai-vuln-detector

SCANNING

$ mx0m ai-detect --model v3.2
✓ Neural engine: online
✓ Pattern DB: 48,291 exploits
⚠ Novel vector detected (0.87)
→ Access control anomaly
→ Generating report...

Model Confidence87%

Pattern Match Depth12 layers

// exploit-simulation

READY

$ mx0m simulate --fork mainnet
✓ Forking Ethereum block 19.4M
✓ Flash loan engine ready
▶ Simulating attack vector...
! Profit: $2.4M extracted
→ Exploit path documented

Simulation Fidelity99.2%

// gas-optimization

COMPLETE

$ mx0m gasopt ./Token.sol
✓ Baseline: 234,182 gas
✓ Applying optimizations...
↓ Storage packing: -18,200
↓ Loop unrolling: -9,400
→ Optimized: 206,582 (-11.8%)

Gas Reduction11.8%

// bytecode-analyzer

ACTIVE

$ mx0m bytecode 0xf39F...
✓ Disassembling EVM opcodes
✓ Reconstructing control flow
⚠ Proxy pattern detected
⚠ Delegatecall depth: 3
→ Shadow function: 0x4a2d

Decompile Accuracy91%

// threat-monitor

LIVE

$ mx0m monitor --protocol aave
✓ Watching 14 contracts
✓ MEV detection: enabled
⚠ Unusual oracle call @ #19.8M
⚠ Price deviation: +4.2%
→ Alert dispatched to team

Detection Latency~80ms

// methodology

Our Process

Code Review

Line-by-line manual audit by senior researchers with deep protocol expertise. Architecture analysis, logic flaws, access control, and invariant verification.

Automated Analysis

Proprietary static and dynamic analysis tools scan for known vulnerability classes at machine speed — reentrancy, overflows, flash loan vectors, and more.

Manual Exploit Research

Offensive security specialists attempt real exploitation on forked environments. We think like attackers, not just reviewers.

Attack Simulation

Full mainnet fork simulation of discovered exploit chains, measuring real economic impact. Proof-of-concept exploits are documented and delivered securely.

Final Security Report

Comprehensive report with severity ratings, detailed write-ups, proof-of-concept code, and actionable remediation guidance. Available publicly or privately.

// who we are

About MX0M Labs

MX0M Labs is an elite blockchain security research firm founded by offensive security specialists who moved on-chain. We've broken protocols before they launched, and we've patched them before attackers struck.

Our team brings deep zero-day vulnerability research culture to the blockchain space — treating every codebase as an active adversary would. We don't just audit: we attack, simulate, and validate fixes under real-world conditions.

We partner with protocol teams, DeFi founders, and blockchain infrastructure companies who understand that security isn't a checkbox — it's the foundation everything else is built on.

Offensive Security Zero-Day Research Protocol Defense Exploit Simulation AI-Augmented Analysis Red Team Operations

MX0M

// Blockchain Security Intelligence

// client voices

What Teams Say

"MX0M found a critical reentrancy issue in our staking contract 48 hours before mainnet launch. Their exploit simulation showed exactly how $12M would have been drained. Absolutely elite work."

D. Reyes

CTO // DeltaSwap Protocol

"The depth of their Rust/Anchor analysis was unlike anything we'd seen. They caught an integer truncation bug in our AMM math that three other auditors missed. MX0M is now our permanent security partner."

K. Larsson

Founder // NovaDEX

"Their AI-assisted analysis flagged a novel oracle manipulation vector specific to our architecture. The final report was the most technically rigorous document we've ever received. Highly recommended."

A. Mori

Head of Security // Kairos Finance

Find Vulnerabilities Before Attackers Do

Security Services

Supported Blockchains

Supported Languages

Security Tools

Our Process

About MX0M Labs

What Teams Say

Secure Your Protocol
Before Mainnet

Find Vulnerabilities Before Attackers Do

Security Services

Supported Blockchains

Supported Languages

Security Tools

Our Process

About MX0M Labs

What Teams Say

Secure Your Protocol Before Mainnet

Secure Your Protocol
Before Mainnet