Authority that can be traced and bounded.

Authority should describe what the task is for, which resources or actions it covers and when it ends. Scope might include one account, API operation, machine, geographic area, counterparty or amount. Purpose distinguishes a legitimate workflow from the same API call made for an unrelated task. Expiry avoids indefinite privileges after a job finishes.

These dimensions are evaluated together. A grant to adjust a cooling set point may be valid for a particular data center during a maintenance window, but not for a neighboring facility or after the window closes. A parent’s revocation should invalidate dependent child authority, even if their own timestamps have not expired.

A workflow can cross an agent runtime, an API gateway, a queue and an execution service. The grant must remain attributable through those handoffs. A downstream service receiving only a shared workload token may be unable to tell which agent and task originated the request. The architecture therefore needs a way to carry or resolve the relevant authority context at the last enforceable boundary, while avoiding untrusted self-assertions from the agent.

A parent-child graph also needs to handle cancellation and concurrency. If a parent has authority for a total of ten changes, spawning ten children must not accidentally give each child ten independent changes. If the parent task is withdrawn, children should not keep acting simply because their local credentials have not expired. These are implementation questions to resolve in an integration design; they are not solved by adding a parent ID to a log after execution.

Authentication establishes which person, workload, machine or logical agent is presenting a request. Authorization checks whether that principal may access a resource or operation. Autonomous authority asks a further provenance question: who authorized this actor to cause this particular outcome, for this task, under these limits? All three checks are needed. An authority claim from an agent is not proof of authority; the origin and every delegation must be established by trusted systems or accountable approvers.

OAuth scopes are useful for bounding token access to an API. RBAC organizes stable permissions by role. ABAC evaluates attributes of subject, resource and environment. Capability-based systems can convey constrained rights. None should be dismissed: each can implement part of a sound design. A long-running agent workflow adds task purpose, delegation lineage, action parameters, revocation and shared limits that a broad token or role alone may not express. A capable architecture layers these controls rather than replacing them.

Monotonic narrowing is the core delegation invariant: a child can receive a subset of the parent, never an expansion. Sub-delegation requires its own permission and a depth bound. If two upstream approvals are required, effective authority is their intersection, not their union. When five children share a parent budget of $25,000, each cannot independently spend $25,000. Possible designs include one atomically updated remaining budget, reservations against it or explicit partitions. The choice depends on concurrency and failure semantics.

Expiration should be short enough for the task and checked at use, not only at grant creation. Revoking a parent must invalidate dependent descendants at their next consequential request. An approval or authorization artifact for a high-impact action should bind actor, operation, target and normalized parameters; it should be short-lived and resistant to replay. A new target or changed amount requires a new decision. The architecture must also define what happens when the chain cannot be verified: high-consequence writes normally stop, while a separately scoped read-only mode may remain available.