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Published
July 2026

How a Finance Team Eval-Checked Every AI Run

A regulated finance function layered an eval check over every AI-generated analysis, enforcing accuracy, PII-safety, and authorization before an independent model signs it off.

Every run

Gated for accuracy, PII, access

Not disclosed

Implementation Time

Not disclosed

Project Cost
the challenge

The function needed to accelerate analyst output while maintaining strict governance: every output had to be accurate, free of PII leakage, and authorized for the person requesting it. Ungoverned AI generation posed regulatory liability.

what they built

TrustEvals built a complete financial-analysis system combining governed-context RAG over the firm's P&L data feeding pre-vetted templates, multi-model agentic generation with Claude as the primary model, a per-run eval trust layer, and an adversarial reviewer model. Review and approval happen in-document within permissioned spaces.

Three layers work together: governed-context RAG with agentic generation over pre-vetted templates; an eval trust-layer that enforces accuracy, PII-safety, and enterprise authorization on every single run; and a maker-checker adversarial review where an independent model flags inconsistencies before sign-off.

best fit for

Best fit for regulated finance teams that want faster AI-generated analysis but cannot accept any run that is inaccurate, leaks PII, or exceeds a user's authorization.

Ai ROLE
AI generates first-draft financial analysis from permissioned P&L data via governed-context RAG and pre-vetted templates, with multi-model agentic routing and Claude as the primary model. A per-run eval trust layer enforces accuracy, PII-safety, and enterprise authorization on every generation, and an independent reviewer model runs adversarial maker-checker review, flagging inconsistencies before a human signs off.
impact

Enforced on every run

The eval trust layer checks accuracy, PII-safety, and authorization on every single generation.

Adversarial maker-checker review

An independent model flags inconsistencies before any analysis is signed off.

Governed-context RAG

Generation draws only on permissioned P&L data feeding pre-vetted analysis templates.

Unmukt Raizada

Founder & CEO, TrustEvals
TrustEvals
Founder & CEO of TrustEvals. Builds AI evaluation and governance infrastructure for finance, real estate and regulated software — eval harnesses, semantic data dictionaries, and AI audits.
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industry
Financial Services
business organization
Finance & Accounting
Legal & Compliance
AI TYpe
Knowledge Management & Search (RAG)
Data Synthesis & Reporting
value type
Risk & Compliance
Time Savings
frequently asked questions
How can a regulated finance team run AI financial analysis while enforcing accuracy and PII-safety on every output?

The finance function worked with the experts to build a governed-context RAG system with multi-model agentic generation over pre-vetted analysis templates. A per-run eval trust layer and an adversarial maker-checker reviewer mean accuracy, PII-safety, and enterprise authorization are enforced on every single run before sign-off.

What AI models and approach were used for the financial analysis harness?

It combines knowledge-management RAG and data synthesis: governed-context retrieval over the firm's P&L data feeding pre-vetted templates, multi-model agentic generation with Claude as the primary model, a per-run eval trust layer, and an independent reviewer model for adversarial maker-checker review.

What results did the finance function achieve?

The eval trust layer checks accuracy, PII-safety, and authorization on every generation, an independent model flags inconsistencies before any analysis is signed off, and generation draws only on permissioned P&L data feeding pre-vetted templates.

How long did the financial analysis harness take to build?

The record does not specify a timeline for the engagement.

Who is an eval-checked financial analysis harness best for?

It is best suited to regulated finance teams that want faster AI-generated analysis but cannot accept any run that is inaccurate, leaks PII, or exceeds a user's authorization.

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