AI Development: Lessons Learned
Lessons learned working with AI coding assistants: practical patterns and solutions that emerged from real-world experience
Read Full ArticleLessons learned working with AI coding assistants: practical patterns and solutions that emerged from real-world experience
Read Full ArticleA detailed analysis of token consumption patterns in AI-assisted development, exploring practical approaches to reduce waste through better context management and code reuse strategies.
Read Full ArticleBeyond basic coding assistants exist specialized AI agents for QA engineering, security testing, PR management, and content creation. A comprehensive analysis of 40+ distinct agent roles and their technical implementations.
Read Full ArticleCurrent AI development is chaos - constant context switching, endless prompt engineering, scope creep mid-generation. AI Epochs represent complete iterative cycles optimized for artificial intelligence workflows rather than human limitations.
Read Full ArticleAI teams communicate through structured status updates in isolated workspaces, eliminating cross-talk and architectural debates. Real-time Kanban dashboards provide instant visibility into parallel agent progress.
Read Full ArticleMulti-agent orchestration eliminates repetitive prompt engineering through task distribution across specialized AI teams. Epoch-based development cycles enable parallel execution of complex software engineering tasks.
Read Full ArticleAI-generated code creates technical debt faster than human code because AI doesn't understand your existing architecture. Multi-pass planning processes ensure AI builds on existing foundations rather than creating parallel implementations.
Read Full ArticleYou ship an AI-generated feature and marketing asks for screenshots, demo videos, and blog posts. You have a working API and a terminal full of green text. Parallel asset generation during development eliminates post-launch scrambles.
Read Full ArticleAI generates beautiful static interfaces, but stakeholders still give feedback like "make it pop" on PDF attachments. Automated deployment of working prototypes to GitHub Pages enables stakeholders to interact with real interfaces.
Read Full Article"It works in my AI sandbox" is the new "it works on my machine." Isolated containers with complete mock environments enable comprehensive integration testing before code deployment.
Read Full ArticleAnalysis of code duplication patterns in AI-generated codebases reveals excessive recreation of utility functions. Multi-pass planning approaches demonstrate how extracting pure functions early reduces redundancy.
Read Full ArticleCurrent AI development tools enforce sequential workflows reminiscent of CVS and waterfall methodologies. Parallel execution streams eliminate artificial bottlenecks inherent in single-agent architectures.
Read Full ArticleWe've all been there - Claude Code writes brilliant functions but can't figure out where they should live. What if that AI intern came with a full senior team?
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