Busabase x Knowledge Base for Hermes AgentKnowledge Base for Hermes Agent
Hermes Agent combines persistent memory, reusable Skills, plugins, messaging, and autonomous routines. That compounding loop is useful only when a memory entry or Skill change can be inspected, staged, and approved before it becomes shared behavior.
MAP
Self-improvement becomes trustworthy when its proposed memory and Skill changes remain reviewable.
Hermes Agent combines persistent memory, reusable Skills, plugins, messaging, and autonomous routines. That compounding loop is useful only when a memory entry or Skill change can be inspected, staged, and approved before it becomes shared behavior.
Small durable facts loaded into context
Longer procedural knowledge loaded when relevant
Background review and staged changes
Owner, source, diff, decision
BOUNDARY
Hermes separates memory facts from procedural Skills
Self-improvement becomes trustworthy when its proposed memory and Skill changes remain reviewable.
| Memory | Small durable facts loaded into context | Always-on context with a review boundary |
|---|---|---|
| Skill | Longer procedural knowledge loaded when relevant | Reusable behavior with a version |
| Curator | Background review and staged changes | A proposal layer for self-improvement |
| Approved knowledge | Owner, source, diff, decision | Durable behavior the team accepts |
SCOPE
Skill writes can be staged behind a write-approval gate
Hermes Agent combines persistent memory, reusable Skills, plugins, messaging, and autonomous routines. That compounding loop is useful only when a memory entry or Skill change can be inspected, staged, and approved before it becomes shared behavior.
Always-on context with a review boundary
Reusable behavior with a version
A proposal layer for self-improvement
Durable behavior the team accepts
EVIDENCE
Plugins and channels extend capability but do not validate claims
Hermes separates memory facts from procedural Skills Skill writes can be staged behind a write-approval gate Plugins and channels extend capability but do not validate claims
| Memory | Small durable facts loaded into context | Always-on context with a review boundary |
|---|---|---|
| Skill | Longer procedural knowledge loaded when relevant | Reusable behavior with a version |
| Curator | Background review and staged changes | A proposal layer for self-improvement |
| Approved knowledge | Owner, source, diff, decision | Durable behavior the team accepts |
ACCEPTANCE
Self-improvement becomes trustworthy when its proposed memory and Skill changes remain reviewable.
Hermes separates memory facts from procedural Skills Skill writes can be staged behind a write-approval gate Plugins and channels extend capability but do not validate claims
Verify Small durable facts loaded into context before accepting Always-on context with a review boundary.
Verify Longer procedural knowledge loaded when relevant before accepting Reusable behavior with a version.
Verify Background review and staged changes before accepting A proposal layer for self-improvement.
Verify Owner, source, diff, decision before accepting Durable behavior the team accepts.
FAQ
Knowledge Base for Hermes Agent: practical questions
Self-improvement becomes trustworthy when its proposed memory and Skill changes remain reviewable.
Does persistent memory become true because Hermes wrote it?
No. Memory is context. A durable fact still needs a source, scope, and review.
What is different about a Skill?
A Skill is a reusable procedure that loads when relevant, while memory is small context loaded more broadly.
Can Curator changes land automatically?
They can be staged for review when the write-approval gate is enabled. Inspect the diff before approval.
Are plugins part of the knowledge base?
They are execution capability. Record their version and permissions, but review their outputs separately.
NEXT
Self-improvement becomes trustworthy when its proposed memory and Skill changes remain reviewable.
Hermes Agent combines persistent memory, reusable Skills, plugins, messaging, and autonomous routines. That compounding loop is useful only when a memory entry or Skill change can be inspected, staged, and approved before it becomes shared behavior.