intent-plane vs bernstein

AI agent authorization gates compared with workflow governance

intent-plane authorizes individual agent actions before they run and records decisions for independent re-verification. bernstein coordinates multi-step agent workflows, with approvals, task isolation and replayable records. They differ mainly in scope: action-level authorization versus workflow scheduling and governance.

intent-planebernstein
LanguageGoPython
License—Apache-2.0
Stars11.2k
Forks0186
Last analyzedNov 6, 2026Nov 9, 2026

Key differences

  • intent-plane gates tool actions against human-signed policy; bernstein schedules workflow phases, roles, dependencies and conditional steps declared in YAML.
  • intent-plane focuses on irreversible actions, synchronous authorization and duplicate-action prevention; bernstein supports parallel tasks, retries, resumable execution and merge gates.
  • intent-plane is built primarily in Go and also provides Python components; bernstein is a Python project requiring Python 3.12 or newer.
  • intent-plane provides Go and Python verifiers for decision feeds; bernstein records workflow journals and lineage, with optional HMAC-chained logs and signed receipts for offline verification.
  • intent-plane lists no Docker, Compose or Helm support; bernstein supports Docker and also offers a Python CLI, with stronger filesystem enforcement depending on optional sandbox backends.
  • intent-plane is described as new, with no releases in the past year and development mostly from one person; bernstein is beta, actively maintained, and warns that minor-version interfaces may change.

Choose intent-plane if you…

  • need to authorize agent tool actions against signed policy before execution.
  • want independent Go and Python verification of an append-only decision feed.
  • need to block duplicate actions based on canonicalized action identity.
Read the intent-plane analysis →

Choose bernstein if you…

  • need to coordinate multi-stage agent workflows with approvals, retries or resumable execution.
  • want to isolate parallel coding tasks in Git worktrees and gate changes before merging.
  • need to record and verify workflow evidence offline, including for non-code outputs.
Read the bernstein analysis →

Compare the numbers side by side, or add more projects

This comparison is generated with AI from the OSRepos analyses of both projects. Always check each project's repository and documentation before choosing.