#edge-computing
6 posts tagged with #edge-computing
Every article below is hand-written, technically reviewed, and focused on edge-computing. Posts cover real-world architecture decisions, code-level implementation patterns, and trade-offs you'll only discover after shipping production systems.
Cloud and DevOps Cloudflare Workers AI Agents + Durable Objects: What Runs Where [2026]
Cloudflare OS reframes Workers as an agent runtime. Here’s the practical architecture map: what belongs in stateless Workers vs Durable Objects vs Queues vs Workflows, plus the concurrency and retry traps that bite in production.
Developer Tools Hono vs Express in 2026: Which API Framework Actually Wins?
I'd pick Hono for any edge-deployed or latency-critical API, and Express for mature Node.js monoliths where ecosystem depth outweighs cold-start speed. The fault line is sharper than most comparisons admit.
Cloud and DevOps Cloudflare Workers vs Vercel Functions 2026: Which Edge Platform Wins?
Cloudflare Workers wins for raw edge performance, global scale, and cost efficiency at volume; Vercel Functions wins for Next.js teams who need frictionless DX and tight framework integration. Your stack decides the winner.
AI and Machine Learning Raspberry Pi 5 vs Jetson Orin Nano 2026: Which Edge AI Board Wins?
The Jetson Orin Nano wins for serious edge AI workloads with its dedicated GPU and CUDA ecosystem, while the Raspberry Pi 5 wins for cost-sensitive prototyping, general computing, and hobbyist projects. Neither is universally better — it depends entirely on whether you need inferencing horsepower or affordability.
Developer Tools Bun vs Deno in 2026: Which Next-Gen JS Runtime Actually Wins?
Bun wins for raw speed and Node.js drop-in replacement; Deno wins for security-first architectures and standards compliance. Here's exactly when to pick each.
Cloud and DevOps Cloudflare Workers V8 Isolates: 100x Faster Cold Starts for AI Agents at the Edge [2026]
Cloudflare Workers use V8 Isolates instead of containers, delivering cold starts under 5ms — roughly 100x faster than traditional serverless. Here's why that matters so much for AI agents.