This project is a ready-to-run boilerplate for operating a "lights-on" software factory with Claude Code, built from the setup used on Votito. It argues that moving routine orchestration from LLM inference into deterministic tooling dramatically cuts token use and speeds workflows - the example orchestrator reportedly reduced token spend by about 80% versus a bare-bones Claude workflow. The package is presented as both a practical starter kit and an educational demo of software-factory concepts: secure sandboxing, deterministic command regulation, automated lint-driven feedback, a simple plan/implement workflow, and a generator that turns plans into multi-agent Claude workflow scripts.
Concrete components include a container image and makefile for running Claude in an isolated workspace, a bash-command regulator that deep-inspects commands and issues automated approve/deny decisions with corrective guidance, and a PostToolUse linter hook (an eslint plugin with example rules) that runs on every JavaScript edit to enforce domain rules and reduce manual review. The orchestrator moves gating, testing and script generation into command-line tools, while workspace/.claude contains agent, command and workflow code plus tests. Documentation files cover setup, settings, regulator rules, linter rules, orchestrator internals and usage; the project is MIT-licensed.
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