Operate within scope
A request may proceed automatically only when it fits rules and permissions established in advance.
SentientROUTER evaluates a request against institutional policy and routes it to permitted automation, a draft for review, or a human decision. The authority boundary remains explicit at every step.
RequestAn institution defines the action and its context.
Policy checkConfigured rules set the permitted route.
Permitted automationOnly within approved scope.
Draft for reviewNo autonomous final action.
Human approvalExecution waits for an authorised person.
The S, D and H classes express what an AI workflow is allowed to do next. Classification is a governance decision, not a score of model quality.
A request may proceed automatically only when it fits rules and permissions established in advance.
The system may assemble an answer or recommendation. A person reviews it before any consequential action.
A designated human authority must approve or decline the action. An unapproved request cannot simply move to a lower class.
The sequence describes the intended control architecture. The controls and integrations used in a particular institution require evaluation and configuration.
Identify the proposed action, source, relevant data and institutional context.
Check the request against the current version of the institution's rules and delegated authority.
Return S, D or H with the reason and the governing rule. Uncertain or incomplete context escalates.
Permit a bounded action, prepare a draft, or wait for a person with the required authority.
Keep the classification, approvals and execution context available for institutional review.
Assess incidents, policy changes and behaviour before expanding any permitted autonomy.
The control plane is designed to sit before AI driven actions and make authority visible to the people who operate and review the system.
A policy version and its scope can be identified when a request is classified.
High impact actions can be held until the appropriate person makes a recorded decision.
Divergence, missing context or governance concerns can narrow automation rather than silently expanding it.
The classification and its context can be passed to an evidence layer for later checking.
SentientROUTER describes whether an AI action may proceed. ProvableCORE describes how evidence of a governed event may be bound, retained and verified.
Routes a request under institutional rules and human authority.
Binds an event to its context, policy, approvals and integrity evidence for later verification.
The sites describe the intended architecture of the product family. They do not assert a live production integration or a certified deployment.
Human approval, traceability and effective review are relevant design considerations for institutions in the Americas. Each deployment requires its own legal and risk assessment.
The institution determines which roles may approve a consequential action and under which policy.
A reviewer should be able to see the policy, classification and human decision associated with an event.
No certification, regulatory approval or legal conformity is asserted by this description.
This schematic example shows a possible policy outcome. It is not a live API response, production decision or configured credit rule.
request: agricultural_credit_approval policy: institution_policy_v1 route: H autonomous_action_permitted: false human_approval_required: true evidence_state: pending_verification
A real institution would define the policy, threshold, authorised role and evidence requirements before using the workflow.
No. It is intended to encode the permitted route and preserve a clear handoff to authorised people. Approval rules remain the institution's responsibility.
Confidence alone cannot expand delegated authority. A change in autonomy requires an explicit policy and approval process.
No general claim of qualification is made. Technical controls, security, legal obligations and integrations must be assessed for each use case.
It is the related proof layer. Whether and how the two components integrate in a specific deployment must be established in that deployment.
Tell us about the intended use case and the authority rules you need to enforce. We can discuss the architecture and the evidence needed for an evaluation.