Unlock the full InfoQ experience by logging in! Stay updated with your favorite authors and topics, engage with content, and download exclusive resources. Erik Steiger discusses the operational pain ...

Cursor is a free, open‑source code editor based on Visual Studio Code. It integrates large language models directly into your workflow, giving you AI‑powered autocomplete, inline code generation, a ...

Hackers Are Using Claude Code Leak As Bait to Spread Malware With Anthropic rushing to wipe out the Claude Code leak, hackers are posting malware-laden files on GitHub that they claim are special, ...

Extracts data from large SQL dump files and converts them to clean CSV or TSV files. One file per table, streamed with bounded memory, parallelized across all your CPU cores. Optionally generates ...

Anthropic announced today that its Claude Code and Claude Cowork tools are being updated to accomplish tasks using your computer. The latest update will see these AI resources become capable of ...

Researchers say they’ve discovered a supply-chain attack flooding repositories with malicious packages that contain invisible code, a technique that’s flummoxing traditional defenses designed to ...

Nested Claude code, when paired with Tmux terminals, introduces a structured approach to managing parallel task execution in development workflows. As highlighted by All About AI, this system relies ...

Claude Code agent teams enable advanced collaboration by coordinating multiple agents to handle complex workflows efficiently. As outlined by Simon Scrapes, these teams address the limitations of ...

Did you know you can create engaging educational games for your class using Canva Code? And no, Code here doesn’t mean coding. There’s no programming involved. No tech headaches. Just you, your ...

When Boris Cherny revealed he runs five Claude Code sessions in parallel to build Claude Code itself, developers reacted with surprise, then Anthropic made it official documentation. Building on this ...

Researchers at the University of California, Los Angeles (UCLA) have developed an optical computing framework that performs large-scale nonlinear computations using linear materials. Reported in ...