flyto-core provides automation modules, recipes, browser control, and workflow
validation used to prove Flyto2 product loops end to end.
Core turns product expectations into repeatable checks: browser smoke, API pipelines, YAML recipes, module execution, and validation workflows. It is the practical bridge between code changes and observable product behavior.
For Flyto2 Warroom, core is the deterministic verification engine: discover the site graph, generate replay YAML, run module-level assertions, and produce evidence packs before any optional LLM review.
The current registry inventory is 468 modules across 85 generated catalog categories, with 41 maintained built-in recipes exposed through the CLI.
- Maintained recipe bundles stay runnable and tested.
- Browser tests assert real DOM or visual state, not only HTTP success.
- Workflow assets do not contain credentials or hidden environment assumptions.
- Enterprise and airgap validation can be expressed as local recipes where possible.
- Warroom checks produce replayable YAML and redacted evidence without relying on LLM output for pass/fail decisions.
- Public documentation and package metadata stay aligned with the generated module catalog and recipe inventory.
- Every maintained Python file and declaration is discoverable through the generated source reference, while narrative docs explain each owned source area, public runtime surface, security boundary, and operator workflow.
- Optional capabilities declare installable extras and fail with an actionable package-level installation command when their dependency is absent.
- Python package
core, workflow engine, registry, policy, trace, evidence, replay, state, metering, browser control, and provider adapters. - CLI entry points
flyto,flyto-serve, andflyto-verification. - MCP stdio, authenticated MCP HTTP, Execution API, and verification service.
- Packaged recipes, workflow fixtures, plugin protocol, package metadata, generated module/source references, and release verification automation.
- Hosted account, billing, team, or marketplace business logic owned by Cloud.
- Product UI behavior owned by Console, App, Admin, or the public websites.
- Treating optional provider availability or LLM output as deterministic proof.