Azimuth

Find the exploit before an attacker does.

Azimuth attacks your code before someone else does.

Azimuth autonomously explores your codebase, generates exploit hypotheses, and executes them against forked mainnet state. Confirmed vulnerabilities come with the full attack path and a working proof-of-concept.

AI-powered security analysis with validated findings. No credit card required + free daily quota.

⌘ Azimuth › Attacking...
✓Crawling codebase
✓Mapping dependencies
✓Generating hypotheses
✓Forking mainnet state
→Executing exploit path
Validating results
!
Exploit confirmed$1,246,320 at risk
22,000Findings Generated
#186.3% on OpenAI & Paradigm's EVMBenchmark
#1on Nethermind's AgentArena
3,000+Users securing code with Azimuth
The Attacker

How Azimuth attacks a codebase

Azimuth does not just identify suspicious code. It explores the system, reasons about how it could fail, and attempts to prove those failures through execution.

01Explore

Map the attack surface

Azimuth crawls the codebase, dependencies, contracts, privileged functions and system interactions to understand how the protocol behaves and where value can move.

  • contracts/
  • dependencies/
  • privileged functions
  • token flows
  • external integrations
02Hypothesize

Think like an attacker

Azimuth generates potential exploit paths across the system, including vulnerabilities that emerge through combinations of contracts, permissions, transactions and state changes.

  • Cross-contract drain
  • Oracle manipulation
  • Access control bypass
  • Privilege escalation
  • Governance takeover
03Execute

Prove it against real state

Azimuth forks mainnet state and executes the proposed attack path, manipulating state and chaining transactions to determine whether the vulnerability can actually be exploited.

$ fork --block 19,482,221$ deploy exploit contract$ execute attack path$ track state changes Execution successful
04Confirm

See exactly where it breaks

Successful attacks become confirmed findings, giving you the vulnerable path, execution trace and a working proof-of-concept.

CriticalCross-contract drain
  • Attack path
  • Execution trace
  • Proof-of-concept
  • Reproduction steps
  • Recommended fix
Proven in the Real World

Findings that matter

Azimuth has identified and validated exploitable vulnerabilities across production systems and protocols.

Critical

Ledger

Billions at risk

Azimuth identified a critical vulnerability in Ledger's Ethereum application in 79 mins. Billions in user funds were secured.

Read the disclosure
Critical

Payments Protocol

$5M at risk

Azimuth identified an attack path capable of exposing shared vault funds.

Critical

Infrastructure Protocol

$1.4M at risk

Azimuth discovered and validated a critical exploit path that exposed the full $1.4M of tokens held in protocol custody.

See It in Action

Watch Azimuth attack a live codebase

See the full offensive workflow from codebase exploration to confirmed exploit.

Explore → Hypothesize → Execute → Confirm

Azimuth

Azimuth deploys AI agents that actively attack your smart contracts. Running against forked mainnet environments with real transaction execution, Azimuth probes every function, chains multi-step attacks, and proves exploits end-to-end. If Azimuth reports a vulnerability, it was actually exploited — not just theoretically possible. Zero false positives. Results in minutes, not weeks.

https://app.testmachine.ai/azimuth
Dashboard
Token Custody
Webhooks
API Keys
Azimuth
New Analysis
GitHub Repository
Solidity 4 contracts 1,247 lines MIT
testmachine-ai/PrimeVault
● Analyzing
Clone
Compile
Explore
Analyze
Report
Activity Log
Agents
explorer
proposer
verifier
Progress
Contracts0/4
Investigated0
Confirmed0
False Pos.0
Security Analysis Report
✓ Completed
12.6m total
Investigated
0
Confirmed
0
False Positives
0
Analysis Time
12.6m
100% signal · 0 false positives
4.8M tokens · $0.05 total cost
Findings Critical 1 Low 1
FindingImpactLikelihoodRiskStatus
Reentrancy in withdraw() enables fund drainageCriticalHighCriticalConfirmed
Arithmetic overflow in pendingReward calculationMediumLowLowConfirmed

Every smart contract language

One engine. Full coverage. Solidity, Vyper, and Rust analyzed with the same depth and rigor.

Solidity
EVM smart contracts — Ethereum, Base, Arbitrum, Optimism, Polygon, Avalanche, BNB Chain, and more.
Vyper
Pythonic smart contracts — Curve, Yearn, and other protocols built on Vyper.
Rust
Solana programs, Anchor frameworks, and Rust-based smart contracts.
Continuous Security

Put the attacker inside your security workflow

Azimuth is designed to operate throughout the development lifecycle, not just during one-off audits.

⌘

Repository scanning

Analyse entire codebases, dependencies and protocol interactions.

↻

CI/CD

Trigger new security analysis automatically as code changes.

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API

Launch scans and retrieve validated findings programmatically.

◇

MCP

Give development and security agents direct access to Azimuth.

✓

Continuous validation

Re-test systems as code, dependencies and protocol state evolve.

Get Started

Secure your code today.

AI-powered security analysis with validated findings. Every confirmed vulnerability includes a working proof-of-concept exploit.

Run your first scan Start using your daily Azimuth quota.