The Friction with Today’s Debugging Strategies
Debugging in modern systems is harder than ever. Explore the key friction points in today’s debugging strategies—from fragmented context to async complexity—and what’s changing next.
Debugging in modern systems is harder than ever. Explore the key friction points in today’s debugging strategies—from fragmented context to async complexity—and what’s changing next.
Learn how automatic sourcemap retrieval improves debugging in production Node.js systems. Reduce friction, resolve stack traces instantly, and streamline observability.
JavaScript streams are evolving. Learn what’s changing, why it matters, and how a new model could simplify data flow in Node.js and the web.
Why Node.js upgrades remain difficult and how OpenJS Foundation and NodeSource help teams reduce risk and modernize production systems.
Key insights from JSConf Spain on AI in JavaScript, agentic development, edge computing, and the shift beyond frameworks toward system-level thinking.
Learn how NodeSource’s three-step workflow—Scan, Analyze, Execute—helps teams migrate Node.js versions safely and predictably in production environments.
Explore what happened in Node.js in February 2026, including v24.14.0 LTS, v25.7.0 Current, patch releases, and new security reporting requirements.
A deep technical breakdown of the Node.js Event Loop, libuv, thread pool behavior, and the real causes of production latency and blocking.
Learn how N|Sentinel turns Node.js CPU profiles into validated, optimized code in minutes with AI-driven performance remediation.
Is Node.js single-threaded? Learn how V8, libuv, the event loop, and the thread pool work together inside the Node.js runtime.
Node.js introduced a Signal requirement on HackerOne to reduce noise, improve vulnerability report quality, and support security maintainers.
A practical recap of what happened in Node.js in January: security updates, release signals, and what matters for teams running Node.js in production.