WINDSURF SWE-1.5 ENABLES WEEKEND MVP ON NODE/POSTGRES
A dev reports building a GPS quest game MVP in a weekend using the Windsurf IDE’s free SWE-1.5 model as the primary driver, with OpenRouter for quest generation...
A dev reports building a GPS quest game MVP in a weekend using the Windsurf IDE’s free SWE-1.5 model as the primary driver, with OpenRouter for quest generation and minimal assists from other models user post 1. The stack included Node.js + Express + PostgreSQL, and the author credits fast, concise coding help and clear modular boundaries for maintainability.
-
Adds: first-hand account of rapid delivery with SWE-1.5 in Windsurf, stack details, and workflow notes. ↩
Signals that low-cost AI coding assistants can accelerate backend prototyping and feature delivery.
Shows architecture discipline (modular features) can keep AI-generated code maintainable.
-
terminal
Pilot SWE-1.5 for scaffolding a new service (API, DB, tests) and measure PR throughput, defect rate, and review time.
-
terminal
Define escalation rules from a free model to stronger models and verify review checklists catch AI-specific errors.
Legacy codebase integration strategies...
- 01.
Try SWE-1.5 on contained refactors (Express routes, Postgres migrations) and compare diffs vs manual baselines.
- 02.
Ensure generated code passes existing linting, schema constraints, and CI gates to prevent regressions.
Fresh architecture paradigms...
- 01.
Adopt modular boundaries (feature slices or ports/adapters) so AI can generate per-feature code with clear contracts.
- 02.
Standardize scaffolds/templates to enforce consistent project structure and test patterns from the start.