Practical guides on integrating large language models into real applications – covering APIs, structured outputs, automation workflows, and production-ready AI system design.
New LLM versions may offer impressive gains in performance and lower costs, enticing teams to upgrade. However, these upgrades can silently break working features, often without warning. Be wary of model upgrades that can change outputs enough to break existing…
Artificial intelligence is rapidly becoming an active participant in modern software development. AI-powered coding assistants can generate code, explain complex logic, and even review pull requests before another engineer sees them. As these AI reviewers become more capable, they’re increasingly…
In the current landscape of AI engineering, multi-agent frameworks like CrewAI and AutoGen are highly celebrated. The promise is tempting: take a complex process like reviewing a pull request, decompose it into specialized roles (Security, Architecture, Code Quality, Documentation), assign…
When it comes to Large Language Models, understanding determinism is crucial for ensuring the reliability and consistency of their outputs. One common misconception is that temperature controls all aspects of an LLM, from floating-point arithmetic to GPU parallelism and batch…
Modern LLM development has outgrown the era of quick scripts and prompt tinkering. Today, shipping a reliable AI-powered feature demands the same discipline as any backend service: clean dependency management, composable architecture, observable infrastructure, and a solid testing harness. This…
AI engineering is shifting from pure model building to system design, where integrating models into reliable backend services is the main challenge. Modern AI stacks combine Large Language Models, data pipelines, and observability, making them closer to distributed systems than…
Is it possible to shift to local LLMs? Centralized APIs might be replaced by local LLMs, allowing developers to run powerful AI directly on their machines. This shift has the potential to revolutionize the way we approach AI development, giving…
By 2028, 60% of software engineering teams will use AI evaluation and observability platforms – up from just 18% in 2025. The future of software engineering is rapidly evolving, and AI-powered tools are at the forefront of this revolution. One…
Standup notes are where productivity often goes to die. They live in Slack or Notion for ten minutes, get buried by the next thread, and action items quietly disappear into the “I’ll remember that later” void. To fix this, I…
When it comes to Large Language Models (LLMs), the excitement about their potential is often matched only by the sticker shock of their production costs. It’s not uncommon for businesses and developers to underestimate the expenses involved in creating and…
