Joined December 2022
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🗣️New: TestMachine Telegram For TestMachine users, exploit hunters, and paranoid Web3 builders. Live exploit breakdowns, audit alpha, attack vectors, and AI security talk — high signal only! Join: t.me/ MwJN2TM_mccwYmQx
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100 new users. 30 days. The numbers don't lie. → Scan your repo and see what's hiding: app.testmachine.ai

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New: Azimuth Referral Program You can help us bring world class security to DeFi through our Azimuth Referral Program: earn 1:1 Azimuth credits for every successful referral. If they top up $100 in credits → You receive $100 in credits. It’s that easy! Serious security shouldn't be a luxury good. The future of auditing is faster, more accessible, and available to every builder. Contact us at testmachine.ai for your custom referral code!

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AI slop is killing bug bounty programs. Bug bounties are drowning in AI generated “critical” vulnerabilities that look real, but aren’t. THORChain and Code4rena have both shut down their programs. Even curl (Web2) cited “slop” as the reason for closing. So what does this mean for DeFi protocols?🧵
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We pointed Azimuth at the @ZetaChain gateway contract after the exploit. It reconstructed the destination-side attack vector from the contract alone, and flagged exactly where its visibility ended. It found the vulnerability but didn't fully see the potential damage that was exploited.
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To bridge this gap we need to redefine what a finding is. We're building a verification layer that scores trigger conditions, reachability, and attacker economics before they ever reach a human reviewer. The goal isn't to generate more findings, it's to ensure the findings that matter are impossible to ignore. Findings need to arrive with evidence proof. That’s exactly what we’ve built Azimuth to do. Full breakdown in our blog → testmachine.ai/blog/fog-of-s…
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Models only use 10% of their brain... TestMachine uses 100%
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1/12 Hundred Finance lost $7.4M because a small accounting flaw became a real, executable attack path. Not because auditors missed a bug -- but because nobody proved it was exploitable until it was too late. We ran Azimuth on a live CErc20Delegator market on Optimism. Here's what the scan found.
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11/12 These three findings do not exist in isolation. Finding #1 enables Finding #2. The same inflated exchange rate that powers share inflation is the precondition that causes redemption truncation. One shared attack surface. Two independent High-severity paths. Static analysis sees separate bugs. Execution-aware analysis sees the full picture.
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12/12 The gap between "we found an issue" and "we understand whether an attacker can actually use it" is where most major DeFi exploits live. Azimuth is built to close that gap. For teams deploying CErc20-style forks: which of these three attack surfaces -- first-depositor share inflation redemption truncation without burning permanent market freeze -- do you find hardest to catch reliably before launch?
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