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Field notes on shipping AI-native systems with human engineering judgement: architecture, modernisation, automation, and the tradeoffs in between.
Start planning migration at $5k-$15k MRR. Watch for slow pages, compliance gaps, blocked features, rising costs, and fragile workflows; use phased migration.
AI speeds coding but lengthens reviews, increases incidents and technical debt. Use governance, AI-agent scans, and milestone refactoring to recover velocity.
Stateless AI coding assistants forget past incidents, causing repeated bugs and outages; build structured memory, logging, and CI checks to prevent repeats.
Audit 100K lines in 48 hours using context-aware AI, manual validation, and business-impact prioritization to avoid false positives and cross-repo blind spots.
AI multiplies senior developers’ productivity but raises defect and review burdens for juniors; structured training, oversight, and roadmaps reduce risk.
AI-generated code often causes hidden bugs-missing context, outdated APIs, weak error handling, and duplicated logic. Practical fixes, tests, and staged rollouts.
AI-produced code can look clean but hide edge-case bugs, duplicated logic, and architectural debt that often break during refactoring.
Classify code as Red, Yellow, or Green-use AI scans and a Traffic Light Roadmap to prioritize fixes, lower risk, and align engineering work with business goals.
Hitting $1M ARR exposes scaling failures-spot tech debt, prioritize with a Traffic Light Roadmap, and modernize incrementally to protect growth.
Modernize legacy frontends safely without full rewrites using incremental refactors, UI isolation, and integration layers to cut risk and speed delivery.
Compare autonomous agent IDEs versus developer-led IDEs for modernizing legacy code, weighing automation, control, security, and best use cases.
Design MVPs to be intentionally replaceable-validate demand quickly, reduce technical debt, and avoid costly rebuilds that can exceed $500,000.