Forecast
Official@forecast-bio · United States of America
Building what's next in brain health
Agent Skills by Forecast
Showing 17 vetted skills indexed across 1 GitHub repositories.
commit
Stage git changes, write conventional commit messages, and post results to crosslink issues.
design
Author codebase-grounded feature design documents in .design/<slug>.md.
kickoff
Launch a background Claude agent for end-to-end feature development via tmux or containers.
rust-gpu-discipline
Verify Rust GPU compute paths execute on GPU without silent CPU fallbacks.
dev-release
Coordinate branch creation, version bumps, changelogs, and GitHub releases.
featree
Create a feature branch in a dedicated git worktree with crosslink hooks and agent identity.
rust-quality
Enforce Rust API guidelines, error handling, and Clippy lint discipline across crates.
rust-fix-discipline
Enforces root-cause fixes for Rust code with build, clippy, and test verification.
qa
Automate architectural reviews of code, PRs, and designs using SOLID, DRY, YAGNI, and security heuristics.
maintain
Audit dependencies, run lint and tests, and generate a consolidated maintenance report.
audit
Dump project rules, git state, issues, and hook configurations for reorientation.
workflow
Review crosslink configuration drift and recommend fixes.
feature
Create feature branches and crosslink issues from user descriptions.
review-pre-commit
Scan the current diff for stubs, debug leftovers, and incomplete work.
check
Report status of background feature agents from .kickoff-status sentinel files.
crosslink-guide
Automate Crosslink session lifecycles, hooks, and changelog routing in local repositories.
preflight
Load project rules and scan structure to prepare coding sessions.
Frequently Asked Questions About Forecast
FAQPage SchemaWhat specific engineering tasks are enabled by Forecast?▼
Forecast enables standardized feature branch creation, conventional commit generation, and automated architectural reviews. It facilitates Rust-specific quality enforcement, including Clippy linting, GPU compute path verification, and dependency auditing to ensure codebase integrity and adherence to established design patterns.
Which technical personas benefit from these capabilities?▼
These capabilities are designed for Rust engineers, technical leads, and systems architects. The system supports developers focused on high-performance GPU compute, maintainers managing complex repository lifecycles, and teams requiring rigorous enforcement of coding standards and architectural consistency across distributed feature branches.
What are the prerequisites for implementing these development standards?▼
Implementation requires a Rust-based repository environment utilizing git worktrees. Users must configure project rules within the local directory structure to enable preflight scanning, architectural linting, and crosslink hook integration. The system relies on standard git configurations and local sentinel files to track session states.