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Agentic Work in Real Life

LLMs and coding agents are changing software development. The harder question is what actually works, why it works, and where the limits are.

This series belongs to neither extreme of the AI debate. It is not AI advertising, an anti-AI argument, a model leaderboard, or a collection of supposedly perfect prompts. It examines real work with LLMs and coding agents, the mechanisms behind their behavior, and the consequences for professional software engineering.

Capabilities have changed rapidly since around 2023. A limit observed today may become outdated quickly, so concrete models, prices, and benchmark results appear only as dated examples.

The articles distinguish observations, technical explanations, deductions, opinions, and explicitly marked future hypotheses. A successful demo shows what is possible; it does not automatically show how reliably the result can be reproduced.

Working code is only a minimum condition. Maintainability, changeability, testability, security, architectural fit, and economic appropriateness also matter. As code generation gets cheaper, the bottleneck may move toward requirements, decisions, architecture, review, and verification.

The same shift raises a human question. If agents economically replace many tasks previously used to train junior and mid-level developers, how will experienced senior engineers emerge? Junior work is both production and a learning path.

  1. Agentic Work in Real Life
  2. How LLMs work – the terms you should know
  3. How we measure coding AI – SWE, SWE-bench Pro, and benchmarks
  4. Context, Memory, Skills, and Agents
  5. Why the same task does not produce the same solution
  6. Why AI can be convincingly wrong
  7. Prompt Engineering meets Requirements Engineering
  8. Architecture as a constraint – narrowing the AI solution space
  9. Privacy, Confidentiality & Trust Boundaries
  10. Agentic Coding in practice – Diverge · Decide · Converge
  11. Why good software is also AI-friendly software
  12. Generation is cheap, verification is expensive
  13. The economics of Agentic Work
  14. When code becomes cheap – what happens to developers and software?

The LLM and Agentic Engineering glossary provides short definitions of the series’ core terms.