26 related articles

AI-generated code is still your responsibility. This article examines review fatigue, vibe coding risks, knowledge hollowing, and how to maintain accountability when using Copilot and other AI tools.

Deep analysis of RAG retrieval failures with part codes and abbreviations. Why dense retrieval and BM25 both fail, why common fixes backfire, and practical advice on evaluation and hybrid retrieval.

Sentrint is a security scanner designed for LLM-generated code, detecting secret leaks, hallucinated dependencies, and injection vulnerabilities in AI code.

Deep dive into GitHub Copilot's workings, three core features (Ghost Text, Inline Chat, Sidebar), real project demos, and comparison with Cursor AI. Understand AI coding assistants' true capabilities and limitations.

A complete guide for MRI brain tumor detection graduation projects: medical background, BraTS dataset selection, GAN/diffusion model/Transformer technical routes, Research Gap methodology, and Agent collaboration architecture.

An in-depth analysis of AI programming tools' real value and limitations: from boilerplate acceleration to hallucination issues, from efficiency illusions to complex system failures—a sober assessment from a frontline developer's perspective.

Anthropic's Claude generates nonexistent package names during coding assistance, which malicious actors register to steal real API keys. Analysis of the attack chain and developer defenses.

Analysis of an LLM-assisted security audit that found 41 vulnerabilities in GlobaLeaks for just $3,140, exploring AI security auditing's cost-effectiveness, methodology, and impact on open-source security.

What is Vibe Coding? Learn this new AI programming paradigm from scratch — no CS degree needed. Use Claude Code, Cursor, and more to build real projects by describing your ideas.

Skip the dry theory and get hands-on! This article demonstrates step by step how to build a working AI Agent from scratch in 30 minutes using AI coding tools—covering the agent skeleton, tool system, memory mechanism, Flask web UI, and DeepSeek API integration.
Getting Legal AI Right: Why the Coding…
Most legal AI products are just general-purpose models wrapped in RAG and prompt engineering scaffolding. Learn why the coding agent paradigm fails in law and what real legal AI requires.

AI writes code fast, but developers fear deploying it. Learn a systematic methodology for verifying AI-generated code — from generation to trusted production deployment.
In the Age of AI Acceleration, Where D…
When AI can generate code, write content, and run analysis, what makes humans irreplaceable? This deep dive explores where human value lies in the AI era.

Microsoft open-sources dotnet/skills, packaging .NET/C# best practices as structured skills for AI coding agents. Bridges domain knowledge gaps in general LLMs, improving code quality for GitHub Copilot and other tools.

OpenInspect's Multi-Repo Automations lets AI coding agents maintain up to 10 repositories on a schedule simultaneously — isolated sessions, independent PRs, and fault-tolerant execution for security sweeps, dependency upgrades, and framework migrations.

A major breakthrough in AI coding! Hands-on tests show new LLMs generating a Minecraft clone in 90 minutes and a TMNT game in 30 minutes, building 3D scenes, animation, and game logic in one shot.

As Claude Code, Cursor, and Codex enter enterprises at scale, policy enforcement guardrails are becoming critical. A deep dive into AI coding tool security governance, cross-platform compliance, and enforcement mechanisms.

AI coding assistants (Copilot/Cursor/Claude Code) frequently introduce vulnerable dependencies and hallucinate package names. This post analyzes an Agent-native CLI security tool and the shift-left security philosophy for AI-era supply chains.

Learn AI Agent development from scratch. This tutorial covers LLMs and prompts, then builds a conversational agent in Python using the DeepSeek API with multi-turn dialogue and system prompts.

Learn how to use OpenAI Codex to build a complete cold chain logistics optimization research project from scratch, including simulated annealing implementation, experiments, figures, and LaTeX paper compilation.