“what's most important?”
The path of arrival to "what's most important?". Prioritise engages an explicit candidate set (entity ids the caller passes in) and ranks it by an explicit framework: RICE, ICE, Kano, Cost of Delay. The framework_id is required because prioritisation without a declared scoring lens is incoherent. Cartographic sense: you have a set of charted destinations and you are computing the order of arrival from a chosen vantage. Different frameworks weight the same candidate set differently; the approach delegates the actual ranking math to the named technique (the framework definition).
Exposed as a verb-led MCP tool. The handler returns the approach record and invocation parameters; the agent is the executor.
({ candidates: entity_ids[], framework_id }) → { ranked: [{ entity_id, score, rationale }], framework_used }Named techniques that live within this approach. A discoverability surface, not exhaustive.
“what's most important?”
The path of arrival to "what's most important?". Prioritise engages an explicit candidate set (entity ids the caller passes in) and ranks it by an explicit framework: RICE, ICE, Kano, Cost of Delay. The framework_id is required because prioritisation without a declared scoring lens is incoherent. Cartographic sense: you have a set of charted destinations and you are computing the order of arrival from a chosen vantage. Different frameworks weight the same candidate set differently; the approach delegates the actual ranking math to the named technique (the framework definition).
Exposed as a verb-led MCP tool. The handler returns the approach record and invocation parameters; the agent is the executor.
({ candidates: entity_ids[], framework_id }) → { ranked: [{ entity_id, score, rationale }], framework_used }Named techniques that live within this approach. A discoverability surface, not exhaustive.