ecosystem-pulse

To monitor GitHub repository activity, map each project entry from your local ECOSYSTEM.md to a GitHub repo using a maintained mapping file, then fetch stars, forks, and last push dates to generate a concise weekly digest of active and idle projects.

Tracking new releases across GitHub repositories requires matching your project list to GitHub repos, fetching release data via the GitHub API, and surfacing notable transitions and new entrants into an automated weekly digest and per-project state snapshot for stakeholders.

To identify idle or cold projects, fetch last push dates from matched GitHub repositories and compute activity buckets that categorize each project as active, recent, or cold based on commit recency and engagement metrics like stars and forks.

Yes, generating a weekly GitHub ecosystem digest requires a local mapping file to accurately pair ECOSYSTEM.md entries with their corresponding GitHub repositories, alongside GitHub API access to compute activity deltas and release tracking.

Automating weekly health checks for GitHub repositories involves reading your ECOSYSTEM.md, applying best-effort search or an operator-maintained map to find repos, and computing activity deltas and releases to output an up-to-date state snapshot and article.

A limitation in ecosystem analytics is that best-effort search for unlisted projects may yield incorrect repository matches, making an operator-maintained mapping file necessary to ensure accurate activity monitoring and reliable release tracking results.