AI Can Now Find 70% of Crypto Exploits | Alpin Yukseloglu, EVMBench Creator
AI's ability to exploit smart contracts has jumped from 20% to over 70% in just six months. Alpin Yukseloglu, co-author of EVMBench, reveals that frontier AI models are now catching up to the best human security auditors. As these capabilities surge toward superhuman levels—possibly by year-end—the industry faces a critical question: will defenders or attackers harness this power first? The conversation opens with an unexpected philosophical turn: how do you maintain agency when staring into the singularity, and why has crypto remained so contrarian and invisible to the AI labs building these tools?
Puntos clave
Top AI models have gone from finding less than 20% of critical smart contract bugs to over 70% in six months, approaching the performance of elite human auditors.
Crypto's verifiability gives AI a clear training signal, meaning models will get extremely good at crypto tasks very quickly—faster than most other domains.
The short-term risk is real: if only black hats deploy these tools, the industry is vulnerable. But the long-term outcome is in the hands of those who act with agency now.
EVMBench solves the false-positive problem by using a production-grade EVM environment, ensuring that if an AI claims to find a bug, it can prove it with a working exploit.
Crypto has been largely ignored by AI labs due to social stigma and reputational risk, but that creates an opening for the industry to shape its own AI future.
En resumen
AI security capabilities are accelerating toward superhuman levels, and crypto's fate hinges on whether the industry acts with enough agency to ensure defense stays ahead of offense. Long-term, perfect verifiability makes crypto the ideal substrate for AI; short-term, it's a race.
The Singularity and the Agency Response
Staring into AI's exponential future requires agency, not acceptance or denial.
Alpin opens with a frank admission: thinking about superintelligent AI in the limit can be «psychosis inducing.» The key to staying sane, he argues, is agency—the belief that you can bend the arc of the future. Both doomers and accelerationists are wrong because they imply passivity: acceptance and denial are two sides of the same coin. The current frontier is «experimentally bound,» meaning no one can theorize their way to certainty. You have to get into the trenches, run experiments, and adapt.
Peter Thiel's framework is instructive: there are times when speed matters more than cohesion. In an environment where the frontier is unknowable, moving fast and shipping within 24 hours beats sitting for two weeks to plan the perfect strategy. This applies not just to AI labs but to anyone feeling frozen by the singularity. The solution isn't faith—it's action. Alpin believes the industry's fate is not predetermined; it depends on whether people exercise agency now, while the models are still catchable.
AI Exploit Detection: From 20% to 70% in Six Months
Frontier models now catch over 70% of critical smart contract bugs.
How EVMBench Solves the False Positive Problem
Why Crypto is Invisible to AI Labs
Reputational volatility and stigma have kept crypto off the AI frontier—until now.
Alpin describes crypto as «the biggest industry that has remained the most contrarian» among his peer group. AI labs have avoided crypto due to social stigma, reputational risk, and a perception that the industry is dominated by scams. The gap between the best people in crypto and the median participant is wider than in any other field, and if you only see the median, the whole industry looks like a casino. This has created an opening: there are no 30 to 50 crypto benchmarks competing inside OpenAI or Anthropic. EVMBench entered without significant competition.
Alpin also points to liability concerns and the cultural mismatch between crypto and AI research communities. Yet this invisibility has been an alpha generator for investors. As the industry pushes its weight into model labs, crypto is finally entering the Overton window—and the labs are deferring to the industry to define what matters. That deference is agency-inducing: crypto can shape its own AI future.
The Verifiability Advantage
Crypto's on-chain verification makes it the fastest-improving AI domain.
The Verifiability Advantage
Alpin divides the future into two categories: verifiable and unverifiable. Verifiable domains—where models get clear training signals—improve rapidly. Crypto is the most verifiable software substrate in existence. Every transaction, every state change, every bug exploit can be proven on-chain. This is why models are getting «strikingly good» at crypto despite limited training data. As Alpin puts it: «If you took the whole universe of code and looked at which pocket was the most verifiable, you'd end up with crypto.»
What's at Risk in the Short Term
Long-tail contracts and small-cap protocols are first in the firing line.
Speed Over Cohesion: The New Paradigm
In an unknowable frontier, shipping in 24 hours beats planning for two weeks.
“There are times when speed is more important than cohesion. We're in an era of speed over cohesion.”
The Path Forward for Crypto
Crypto must act with agency to ensure defense stays ahead of offense.
Push Crypto Into Model Labs Get crypto-related benchmarks and training environments adopted by frontier labs like OpenAI and Anthropic.
Harden Major Contracts Defensively Assume AI will reach superhuman auditing by year-end. Top protocols must adopt AI-powered defensive scanning now.
Expand EVMBench Across Ecosystems Extend the benchmark to Solana, protocol-layer security, and other stacks to cover the full crypto surface area.
Embrace Formal Verification Use AI-powered formal verification (e.g., Harmonic's foundation math model) to prove correctness and reduce exploitability.
Why Crypto is Positively Levered to AI
Verifiability, scarcity, and extra-sovereign rails align crypto with AI's trajectory.
Alpin argues that crypto is positively levered to almost every macro trend. As AI commoditizes intelligence and new goods, scarce assets like Bitcoin and Ethereum become more valuable. As geopolitical instability rises, extra-sovereign financial rails—outside any jurisdiction—gain appeal. Crypto is «the equivalent of end-to-end encryption for finance.» People in unstable regions, like Turkey where Alpin grew up, are already using crypto as a lifeboat.
From first principles, if agents want to transact at the speed of light, they need rails faster than the pre-automobile banking system. Crypto solves the double-spend problem and enables near-instant, expressive transactions. The models are learning these rails quickly because they're verifiable. As Alpin puts it, if you rederive payments from first principles, «you end up in a place very similar to where we currently landed with crypto.» Long-term, crypto is the inevitable substrate for AI-native finance.
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