Workflow context
The customer job determines the reliability checks. Industry labels alone cannot establish that a workflow is safe or complete.
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About this material
The material below is an earlier industry perspective. Historical examples, metrics, offers and readiness claims have not been revalidated for this review. They are not evidence of current product performance.
AI for the institutions that hold deposits and grant loans.
Your teams already run agents in KYC, surveillance, and support. The board question is whether that work moves the number, and whether it survives the next exam.
We do two things. We put AI on the workflows that move the number and make the output reliable enough to act on. And we are the independent read your model-risk team and your examiner can sign.
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Agents are already in production. The control hasn't caught up.
Banks have AI activity at scale: alert triage, document ingestion, customer copilots, internal tooling. What is missing is the read your model-risk function can defend, and the value attribution your board can act on.
Value captureAI upsideWhich bank workflows AI is actually moving: throughput, false-positive reduction, cycle time, cost per outcome. Ranked by what the business can defend in a budget review.
Risk controlAI riskShadow AI and agent paths your CISO has not inventoried, vendor model drift, and the outputs that became the record before anyone reviewed them.
Operating readinessWorkforce fluencyWhether the people running KYC, surveillance, and support can actually operate the AI, and where role redesign is the bottleneck, not the model.
Board evidenceDefensible decisionsThe audit memorandum, the materiality threshold, the working papers your CRO, audit committee, and examiner already know how to read.
Where AI lands first inside a bank.
One workflow at a time, instrumented end to end, so the value and the evidence come from the same pipeline.
KYC and onboarding. Document ingestion, automated risk scoring, exception triage.
AML and transaction surveillance. Agent-driven alert triage, false-positive reduction.
Trade surveillance. Pattern detection, regulatory query response.
Customer support. Chatbot deflection with strict policy boundaries.
Vendor and AI-model risk. Continuous monitoring of third-party model behavior.
Internal AI tooling. Vibe-coding governance, enterprise AI chatbot, search.
SR 11-7 is the load-bearing standard.
AI at a bank is not judged on productivity. It is judged on whether the model survives the next exam. The governance read routes evidence into the supervisory perimeters your CRO and compliance team already operate against, mapped to the three lines of defense: the business owns the workflow, risk and compliance oversee the controls, internal audit tests whether the evidence holds.
PERIMETER | WHAT IT COVERS |
|---|---|
SR 11-7 | Federal Reserve model risk management guidance. The load-bearing standard for any model that touches credit, AML, fraud, or rate-setting. |
NYDFS Part 500 | New York cybersecurity regulation. Continuous attestation expectations for AI vendors and third-party model behavior. |
FFIEC IT Examination Handbook | Joint exam framework across the federal banking agencies. Where AI/ML governance lands during the next IT exam. |
NCUA model risk guidance | National Credit Union Administration expectations. Same model risk discipline, scaled for credit-union institution size. |
One read. A value case and an audit trail.
The same evidence base produces both doors. The discovery side ranks the workflows worth funding. The audit side produces the framework-mapped trail your examiner relies on.
The audit lands as a structured memorandum on the first three pages: opinion, materiality threshold, scope, exceptions, and remediation. Same shape the audit committee already reads from external auditors, and the working-paper package the external auditor can rely on. Frameworks covered: SR 11-7, FFIEC, OCC bulletins on AI/ML, NCUA model risk guidance, NYDFS Part 500, plus ISO 42001, NIST AI RMF, AIUC-1, and the EU AI Act for global subsidiaries.
What the buyer owns.
BUYER | WHAT THEY OWN |
|---|---|
CIO / Head of AI | Owns the AI rollout. Wants vendor discipline plus integration with the existing observability and IDP stack. |
Chief Risk Officer / Chief Compliance Officer | Owns model risk and regulatory posture. Wants continuous evidence, not point-in-time attestation. |
Head of Innovation / Head of Digital | Owns the AI thesis. Has to defend the bet to the board and to the examiner. |
CEO (credit unions) | Single-decision-maker buying motion. Same workflows, lower headcount, more direct route. |
What the work produced elsewhere.
A PE-backed banking-software platform rolled up from seven merged entities believed AI was handled. The AI Audit surfaced the first unified count the board had ever seen.
75: shadow-AI cases surfaced across entities
20: unauthorized MCP paths found
12: tools brought under one reliable cadence
Two doors. Same read.
Pick the door that matches what you need first. Both run off one operating read of what AI is doing inside your bank.
Capture value from AI
Put AI on the workflows that move throughput, false-positive rates, and cost per outcome. Make the output reliable enough that the team acts on it instead of re-checking it.
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Prove control, independently
Production evals plus an independent audit. Show that what is running is behaving, and produce the memorandum your risk, compliance, and audit-committee teams can sign.
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Start the read.
Discovery call. Calendar link within 60 seconds.
Frequently asked.
Yes. The operating read and the memorandum scale down to credit-union institution size. NCUA model risk guidance is the primary anchor.
We do not run your model review. The evidence pipeline produces the artifacts your model-risk team needs, mapped to the frameworks you already answer to. We feed the auditor.
Different layer. Your existing tooling covers deterministic and statistical models. We add the LLM and agent evaluation layer alongside, and tie its output to the value and risk read.
From context to an observable check
Define the job
What exact customer result is expected, for whom and by when?
Capture the input, intended owner, authoritative result and completion condition.
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Find the affected work
Which jobs failed, and what portion of the source is visible?
Record job IDs, agent versions, time window, exclusions and source freshness.
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Explain the gap
Where did expected behavior diverge from observed behavior?
Link source evidence to the hypothesis; keep missing evidence and owner decisions explicit.
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Retain the expectation
What reusable check would catch this failure without rejecting correct work?
Include positive cases, counterexamples, policy scope and an independently reviewed expectation.
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Bring the workflow and the evidence gap.
We can start with an affected customer job and the result your team needs to establish.
Discuss a concrete workflow ↗
AI reliability, from production to customer outcome.