Transfer or bounding of authority to another human, institution, software agent or process.
Separating autonomous execution from independent enforcement makes organizational authority more testable, but verifiable Law, approvals, and effects do not themselves establish the legitimacy of the sovereign organization or provide external redress.
Permission can establish that an agent may invoke a capability, but institutional authority requires a governed state that binds purpose, delegation, evidence, policy, obligations, and continuity to the action the institution is prepared to own.
Keeping a human judge formally in charge does not by itself preserve judicial legitimacy; a governable judicial-AI regime must also make algorithmic influence, institutional operators, override incentives, and avenues for contestation independently auditable.
Agentic-swarm governance should not depend on predicting every collective action; it should bound delegated authority, constrain reachable states, preserve attribution, and contain failures when emergent behavior exceeds prediction.
Digital twins turn agentic governance into a control-plane problem: autonomy should track consequence and reversibility, but oversight is meaningful only when humans possess actual authority, timely evidence, and workable mechanisms to intervene.
Verifiable agent infrastructure can make identity, delegation, execution, and evidence machine-checkable without settling who is entitled to govern, whose preferences should count, or how affected parties can contest automated authority.
JAZB makes machine authority governable by turning provenance, delegation, revocation, jurisdiction, actuation, and evidence into explicit control objects, but organizational authority becomes legitimate governance only when the human sovereign root is itself constrained, contestable, and externally accountable.
The paper successfully makes platform control over agent access a governance object, but its delegation-transparency-proportionality triad remains normative infrastructure in design form until access disputes have shared evidence, revocation, adjudication, and remedy.
SRAF is a strong diagnostic model for where responsibility migrates in agentic workflows, but it is not yet an operational allocation method because knowledge, control, adjudication, and remedy remain difficult to measure and enforce.
The paper is strong on making control executable, but incomplete as governance: moving authority out of the agent does not solve the problem unless the control plane's own power to define, enforce, revoke, and contest policy is legitimate and constrained.
A duty of loyalty becomes governable only when delegated authority, conflicts of interest, execution boundaries, revocation, and evidence of action can be made observable and enforceable at the point an agent acts.
Human oversight is not a governance control merely because a person remains in the loop; it is effective only while the system preserves the attention, expertise, independence, and decision capacity required to exercise authority over it.
A continuity model can prevent downstream authority manufacture, but a governable system still needs explicit rules for how legitimate authority is created, revoked, disputed, and restarted.
Provenance-bounded execution can prevent downstream privilege expansion, but continuity of authority does not establish the legitimacy of the authority at the origin.
An agent ID can make identity, provenance, and permission legible to a service, but it becomes governance infrastructure only when the authority behind those claims can be scoped, refreshed, revoked, contested, and independently trusted.
The paper correctly identifies that advanced agents redistribute control by internalising goals, identity, deliberation, and learning, but it mistakes architectural visibility for governability: an inspectable module is not an accountable institution unless authority, constraint, revocation, evidence, and redress are executable around it.
At population scale, an "agent layer" only becomes governance-grade when delegation is cryptographically bounded, discoverable, and revocable; otherwise you just automated intermediaries and fraud.
Knowing who or what acted, or proving the causal origin of an action, does not establish that the actor was entitled to exercise the authority required for that action.
Reviews of agent IDs, provenance-bounded execution, credential verification and national trust infrastructure converge on a recurring category boundary between attribution and legitimate mandate.
A governed delegation must remain bounded, current, observable and revocable throughout execution rather than being treated as valid merely because an initial credential, token or policy grant existed.
The archive repeatedly finds that delegation proposals are more complete at issuance than at expiry, suspension, revocation, restoration, dispute and evidence preservation.
In agentic systems, accountability cannot be assigned reliably from formal role labels or the presence of a human approver; it depends on who had relevant knowledge, intervention power and decision authority at the points where consequential pathways were created.
Recent reviews independently move accountability away from nominal human presence and toward the actual distribution of decision rights, oversight capacity and stop-work authority.
Normative duties become operational only when they remain attached to delegated action across developers, deployers, platforms and agents through constraints, evidence, intervention rights and remedy.
Fiduciary, human-rights and responsibility analyses reach a shared institutional problem. Distributed technical execution can diffuse responsibility unless duties are made traceable and enforceable across organizational boundaries.
Agent governance proposals increasingly define duties and delegated authority, but operational revocation, evidence preservation, correction, restoration and redress remain less specified than initial authorization.
A governance system that can grant authority but cannot reliably withdraw or contest it creates persistent decision rights without a complete lifecycle.
Provenance-bounded execution can prevent downstream authority expansion, but it does not establish who may create a new authority origin, under what evidence, or how competing, renewed or disputed origins are reconciled.
Continuity can prove that execution stayed within an origin while leaving the institutional legitimacy of that origin outside the model.
Both reviews examine agent infrastructure through governance requirements around bounded authority, accountability and trust rather than agent capability alone.
Both reviews treat the agent model as institutionally incomplete when authority, accountability and governance are not made operational.
Both distinguish agent identification and attribution from current, action-specific authority, while exposing registry, revocation and accountability dependencies.
Both place the receiving service or verifier at the point where identity and provenance evidence must be converted into an institutional acceptance or authorization decision.
The continuity paper generalizes the earlier provenance-bounded execution model from origin-bounded delegation into sequential, forked, joined and policy-mediated authority state transitions.
Both require delegated authority to remain bounded during execution, while the loyalty review adds duties, conflicts, revocation and redress that the continuity model leaves outside its invariant.
The oversight review explains how human decision capacity can decay in agentic workflows, while the responsibility-cascade review models how knowledge and control redistribute responsibility across those workflows.
Both treat accountability as an allocation of decision rights and intervention capacity; one specifies named operational decision ownership while the other models responsibility across sequential workflow positions.