Minimal repo instruction
estimated startup-context tokens
A reproducible sample benchmark for coding-agent instruction load, declared MCP surface, permission-risk markers, and explicit review controls. The collector checks known agent configuration files only: no source-code scan, no network call, and no file contents in its output.
These fixtures contain no real repository, customer, credential, endpoint, or proprietary information. The labels describe comparison profiles, not grades or safety certifications.
estimated startup-context tokens
estimated startup-context tokens
estimated startup-context tokens
Known agent instruction/config file paths and byte counts; rough instruction-context estimate; declared MCP server count; counts for narrowly defined risk/control text markers; method version and limitations.
Application source code, raw prompt or config contents in output, secrets, customer data, runtime tool calls, network traffic, provider billing, hidden system prompts, and claims that a written control is enforced.
Which instructions must load every task? Which belong in task-specific docs? Is repeated guidance creating noise without evidence of better outcomes?
Which MCP servers and shell/browser capabilities are declared? Are production, customer-data, publish, purchase, and destructive actions clearly bounded?
Do agent-assisted PRs record tests, browser/API evidence, known gaps, human acceptance points, and a rollback note for launch-critical changes?
A$149–299 Coding Agent Hygiene Review — one public or redacted workflow, returned in 48–72 hours with the local metadata snapshot, configuration map, prioritized context/tool-boundary findings, PR evidence checklist, and a repo-ready operating-note outline. Production access or implementation requires separate explicit authorization.
Free mini-snapshot: one public repo or user-supplied redacted configuration, with 3–5 outside observations. No security certification, compliance opinion, code-quality guarantee, exact token/cost promise, or claim that static configuration proves runtime behavior.