Codex can exploit vulnerable crypto smart contracts 72% of the time, raising urgent questions about AI-powered cyber offense and defense.

North Korean IT operatives use stolen LinkedIn accounts, fake hiring flows, and malware to secure remote jobs, steal data, and fund state programs.

Overview 7 computer science courses that are structured to provide you with a deeper understanding of concepts and practical hands-on experience.A wide range of ...

AI agents are powerful, but without a strong control plane and hard guardrails, they’re just one bad decision away from chaos.

In some ways, data and its quality can seem strange to people used to assessing the quality of software. There’s often no observable behaviour to check and little in the way of structure to help you ...

That's why OpenAI's push to own the developer ecosystem end-to-end matters in26. "End-to-end" here doesn't mean only better models. It means the ...

A well-architected NFT marketplace represents a substantial commercial opportunity within the dynamic digital asset landscape. However, the path from initial concept to a fully operational and ...

So many tweets and posts claim that AI agents can turn pocket change into thousands of dollars trading on Polymarket. I built ...

Robust security is critical in open networks where software controls user funds. Security strategies must evolve as AI’s role ...

Crypto protocols lost hundreds of millions of dollars to smart contract failures in 2025. Now, the OWASP Smart Contract Security Project has released the OWASP Smart Contract Top 10 2026, a forward ...

OpenAI, along with Paradigm and Ottersec, has released the EVMbench research paper, looking at how well different AI models can detect, patch up, and exploit smart contract vulnerabilities.

OpenAI and Paradigm have released EVMbench—a framework for evaluating AI agents' ability to find vulnerabilities in Ethereum smart contracts.