Trust and health report
mesh - trust report
Sourced, dated trust signals - maintenance label posture, repository provenance, and security scan status. Not a composite safety grade.
GraphCanon updated today · GitHub synced today
Maintenance
Recency and activity heuristics from public GitHub metadata (maintenance label, momentum); methodology: github_public_v1.
last push 966d ago · last release 7y
Provenance
Repository identity and fork provenance (github_public_v1).
- GitHub repo id: 149666254
- Not a fork
- Verified publisher: organization account
- Computed today
Security scan
Dependency advisory security scan when a lockfile is present. Not a full code audit.
- Status
- No lockfile
- Last scan
- today
- Scanner
- none
Method and caveats:these are sourced, dated heuristics from public GitHub data and optional dependency scans. A status like "no criticals found on 2026-07-11" is not a guarantee of safety. Read the full trust methodology · JSON report at /api/graphcanon/tools/tensorflow-mesh/trust.
Common questions
- Is mesh maintained?
- mesh is archived on GitHub. GraphCanon treats archived repositories as dormant regardless of past activity.
- Is mesh safe to use?
- Last scanned today (none profile). Status: No lockfile. Absence of findings in our scan is not a security guarantee - see trust methodology for scope limits. GraphCanon does not certify mesh as safe - review maintenance, provenance, and scan findings on this page before adopting.
- Is mesh a fork?
- No. mesh is not flagged as a fork in GitHub metadata at the time of the last refresh.
- Does mesh have known security vulnerabilities?
- Last scanned today (none profile). Status: No lockfile. Absence of findings in our scan is not a security guarantee - see trust methodology for scope limits.
- How often is the mesh trust report updated?
- Trust signals refresh on GitHub ingest/refresh cycles and optional dependency/MCP scans. This report was computed today (methodology github_public_v1).
- What does GraphCanon never claim about mesh?
- We never publish a composite safety grade, pen-test endorsement, or "verified secure" label for mesh. Signals are sourced heuristics with explicit limits - see trust methodology.
- How does GraphCanon assess trust for mesh?
- Signals are sourced from public GitHub metadata and optional dependency/MCP manifest scans, each tagged with methodology version and computed date. GraphCanon does not publish a composite safety grade. Read trust methodology for full scope and limits.