Knowledge asset audit
Identify the institutional knowledge that shapes decisions: investment policies, credit frameworks, compliance guidelines, prior IC memos, research standards, and escalation precedents.
Intelligence Layer Strategy
Internal policies, prior decisions, and domain logic are among the most valuable assets a financial services firm owns. This process structures them into a reusable intelligence layer that improves AI outputs consistently across multiple workflows.
Method
A knowledge layer is not a document library. It is structured, retrievable, and governed institutional intelligence that AI systems can draw on at inference time to produce outputs grounded in firm-specific context.
Identify the institutional knowledge that shapes decisions: investment policies, credit frameworks, compliance guidelines, prior IC memos, research standards, and escalation precedents.
Define how each knowledge type will be structured for retrieval: document chunking strategy, metadata schema, version control approach, and access control boundaries.
Choose the appropriate retrieval mechanism for each knowledge type: dense vector search, structured lookup, hybrid retrieval, or rule-based injection — based on query patterns and latency requirements.
Define ownership, review cycles, and update processes so the knowledge layer stays current as policies change, decisions evolve, and regulatory requirements shift.
Connect the knowledge layer to target AI workflows and validate that retrieval quality improves output consistency — with measurable benchmarks before and after.
Outputs
Structured catalog of institutional knowledge assets with relevance scoring per workflow.
Technical specification for how each knowledge type is structured, stored, and retrieved.
Policy document defining ownership, review cadence, and change management for the knowledge layer.
Before-and-after output quality assessment showing the impact of the knowledge layer.
Engagement Cadence
Output: a structured, governed knowledge layer that improves AI output quality and consistency across multiple workflows without requiring model retraining.