Where Humbleaf fits
Govern consequential actions — not every keystroke
Not every automated action needs an authority layer. The line that matters is consequence: whether a mistake is expensive, irreversible, or regulated.
Low consequence — no authority layer needed
Consequential — Humbleaf protects these
Humbleaf protects consequential actions — where mistakes are expensive, irreversible, or regulated.
Why standing credentials break here
A standing key or token can execute any action the credential allows. For low-consequence work, that is fine. For consequential actions, it means an automation can move money, change production, or release data with no per-action authorization and no replayable proof of who approved it.
The gap is not access — the agent has access. The gap is authority: should this exact action execute now, and can we prove why later?
Access, authority, evidence
Three different questions. Most tools answer only the first.
Access
Can this actor reach the system?
IAM, keys, OAuth — necessary, but not sufficient.
Authority
Should this exact action execute now?
Policy, identity continuity, and approval at execution time.
Evidence
Can we prove why later?
A replayable record that survives staff turnover and audits.
What Humbleaf adds: three proofs
Every consequential action should leave three proofs — no schema knowledge required.
Actor proof
Who or what acted?
Identity continuity confirms the actor and whether its behavior is consistent with the past — not just a valid credential.
Authority proof
What policy and approval applied?
The rules in force and any human approval bound to the exact action — single-use and expiring.
Outcome proof
What happened, and what evidence exists?
The decision — allow, deny, or hold — and a replayable evidence bundle that explains it later.
Examples by team
The same authority question, asked by four different buyers.
Risk & insurance
Can we underwrite this autonomous workflow?
Workflows become easier to assess when identity, authorization, approval, and evidence exist before execution — not reconstructed after an incident.
Treasury & payments
Can we prevent context-blind money movement before settlement?
Consequential money-movement actions are checked against policy and risk before they execute — anomalies escalate to a named human.
Audit & compliance
Can we prove actor continuity, policy, approval, and decision after the fact?
Every decision leaves a replayable evidence bundle — including denials — so auditors verify without log archaeology.
Security & platform
Can we let automation operate without handing it standing authority?
Agents, scripts, and workflows can request actions without receiving permanent permission to execute every future action.
