What problem does it solve? Running full workspace compiles, broad test suites, clippy sweeps, and benchmarks on a local machine creates contention, crash pressure, and long waits during agent-driven development sessions. This Skill routes that heavy, platform-neutral work through the Intendant daemon's provider-neutral remote-compute lane instead of loading the local machine. ## Core Features & Use Cases - Remote job lifecycle via CLI: Submit, poll, wait on, and cancel remote jobs with intendant ctl remote start|status|wait|cancel, using real flags instead of hand-built JSON, from any supervised or unsupervised session. - Durable compiler caching: Request --cache durable_sccache to reuse Rust compile outputs across worker replacements, namespaced by the supervised session's project root. - Honest failure handling: Never silently fall back to heavy local work when the lane fails; report the acquisition stage, provider status, and task URL, then continue only with cheap local steps. - Use Case: During a coding session you need to run cargo clippy --workspace -- -D warnings. Instead of running it locally, you push your branch, run "$INTENDANT" ctl remote start --branch my-branch --revision <sha> -- cargo clippy --workspace -- -D warnings, then block with ctl remote wait until the job finishes. ## Quick Start Ask the agent to offload the full workspace clippy run to the remote-compute lane using intendant ctl remote start with your pushed branch and revision, then wait for the job to finish.
