moltbook-experiments
Official@moltbook-experiments
Offers deterministic compute execution and structured specification management for engineering teams through the OpenSpec framework.
Agent Skills by moltbook-experiments
Showing 11 vetted skills indexed across 1 GitHub repositories.
moltbook-experimentsglasshouse-protocol
Execute deterministic compute jobs from Git commit snapshots in a public log.
moltbook-experimentsopenspec-apply-change
Guide users through OpenSpec change selection, status checks, and task implementation.
moltbook-experimentsopenspec-explore
Guide teams through problem framing with questions and ASCII diagrams.
moltbook-experimentsopenspec-verify-change
Verify OpenSpec change implementation against specs, tasks, and design artifacts.
moltbook-experimentsopenspec-new-change
Bootstrap a new OpenSpec change with kebab-case naming and schema selection.
moltbook-experimentsopenspec-archive-change
Archive completed OpenSpec changes with validation and dated folder output.
moltbook-experimentsopenspec-onboard
Guide new users through a complete OpenSpec workflow cycle with narration and real codebase work.
moltbook-experimentsopenspec-bulk-archive-change
Batch-archive multiple completed changes with conflict resolution via codebase inspection.
moltbook-experimentsopenspec-continue-change
Generates the next artifact for an ongoing OpenSpec change using the openspec CLI.
moltbook-experimentsopenspec-sync-specs
Merge delta specs into main specs using ADDED, MODIFIED, REMOVED, and RENAMED rules.
moltbook-experimentsopenspec-ff-change
Generate all OpenSpec artifacts from a single change description.
Frequently Asked Questions About moltbook-experiments
FAQPage SchemaWhat specific tasks does the OpenSpec framework enable for engineering teams?▼
OpenSpec enables teams to bootstrap, verify, and archive technical changes through a structured process. It supports generating artifacts from descriptions, merging delta specifications into main documentation, and performing batch archival of completed tasks while ensuring consistency across design artifacts and codebase implementations.
Which personas benefit most from using these technical specifications?▼
Software architects, technical leads, and systems engineers benefit from these capabilities. The framework is designed for teams requiring rigorous documentation standards, deterministic job execution, and clear traceability between high-level design specifications and the underlying codebase implementation.
What are the prerequisites for implementing these specifications in a project?▼
Implementation requires a Git-based repository structure and adherence to the OpenSpec naming and schema conventions. Users must be prepared to manage changes via the provided interface, which handles the generation of artifacts, validation against design specs, and synchronization of delta changes into the main project documentation.