18 posts tagged 'AI Coding'
To scale individual speed to team level, you need review gates, work logs, and a reproducible review/archive layer. This article summarizes these three safeguards from a practical perspective.
We examine how structured memory design for code understanding—not just token expansion—is key to vibe coding through the evolution of LLM memory.
Apple's M6 and M5 Ultra are bringing tens-of-billions-parameter LLMs to the desktop, accelerating the shift of cloud-dependent AI coding tools to local-first. We examine hardware conditions, open-source stacks, cost and privacy, and remaining challenges.
As AI makes coding easier, non-coding skills like problem definition, system design, and dependency management become crucial. We analyze the changing value of developers and hidden pitfalls amid the vibe coding craze.
Eval-driven development is emerging to ensure the reliability of AI-generated code. Unlike traditional TDD, this new methodology defines evaluation metrics for correctness, consistency, and security first, then validates through automated tools.
We analyze how Databricks reduced LLM-based coding costs by 70%, and present cost optimization strategies that individuals and enterprises can implement in the vibe coding era.
With the release of GPT-5.6, the AI coding race is reignited, but the real contest is now about cost efficiency rather than raw performance. Open models that are 100x cheaper are surpassing top-tier models in search tasks, reshaping the economics of vibe coding.
DeepSeek V4 Flash, with an MoE architecture that activates only 13B out of 284B parameters, enables frontier coding on a single GPU. With the MIT License and community lightweighting, vibe coding with full local control has become a reality.
The 'expertise rewarding' phenomenon, where more experienced developers gain greater productivity improvements from LLMs, clashes with the democratic ideal of vibe coding that anyone can code. We analyze this paradox and explore strategies for developers and teams in the AI era.
Manually retyping code generated by LLMs instead of copying it directly improves code comprehension and reduces cognitive debt. This article explores why retyping is necessary in the vibe coding era, its effects, and practical methods.
As conversations with AI coding agents grow longer, session management tools are becoming increasingly important. The emergence of the Claude Code session explorer signals that vibe coding is evolving from simple generation to collaborative management.
The Next.js and Supabase combination suggested by AI is useful for quick prototyping, but in production, hidden limitations emerge. This article examines the reality behind the illusion of a complete app, including cost explosions, vendor lock-in, and learning curves, and provides insights for wise stack selection.
Cursor has hidden costs from its usage pages and CSV exports, making AI coding economics opaque. This article explores the warning behind this decision and how developers can escape unpredictable billing.
As vibe coding spreads, AI is writing code on our behalf, but the success of a product still depends on the developer's insight. This post analyzes AI's limitations and highlights the unique value of human developers in product design and methods for collaboration.
As AI generates code faster, humans must review the context of the task, not the diff. Shifting to report-based reviews and accumulating decision-making rationale revolutionizes collaboration and onboarding.
Graphify transforms code into a knowledge graph, maximizing the contextual understanding of AI coding agents. This article delves into the principles, real-world examples, and considerations for enterprise adoption of this technology, which enables stable vibe coding even amidst complex dependencies, going beyond mere visualization.
As companies shift from frontier models to in-house small models due to cost pressures, a workflow is emerging where AI self-improves and requires just a single edit. We examine how human review and documentation practices evolve in this trend.
Through repeated malfunctions of OpenCode, this post diagnoses the impact of instability and unpredictability lurking behind the dazzling possibilities of AI coding tools on developer productivity and trust, and presents practical risk management strategies.
