BFSI

Governance by Design – Model Inventory, Approval Workflows, and Audit-Ready Evidence Pipelines

Ganit institutionalized AI governance for a leading NBFC through a governance-by-design framework integrating model inventory, approvals, and automated audit trails—ensuring compliance without slowing innovation.

We made a visible and measurable impact to our client's business

  • Centralized model inventory across business units
  • Standardized approval and review workflows
  • Audit-ready documentation generated automatically
  • Improved transparency into model logic and usage
  • Reduced compliance risk and regulatory exposure

AI initiatives transitioned from fragmented experimentation to governed enterprise assets.

Challenge

Industry overview

NBFCs operate in a regulated environment where credit models, bureau analytics, and risk scoring frameworks must withstand scrutiny from regulators, auditors, and internal compliance teams. As organizations scale AI adoption, maintaining visibility into model lifecycle stages becomes critical.

The problem

The client faced multiple governance gaps:

  • No centralized repository of deployed and experimental models
  • Documentation stored in scattered formats
  • Manual preparation of evidence during audits
  • Limited traceability of data sources, transformations, and model changes
  • Slow approval cycles for new model deployments

This created compliance risk, operational friction between risk, credit, and compliance teams, and a lack of transparency into model performance and ownership.

Our role

Ganit was engaged to design and operationalize an enterprise AI governance layer that formalized model lifecycle management while maintaining agility.

Our approach

Methodology

Centralized Model Inventory - We created a structured model registry capturing:

  • Model purpose and business owner
  • Data lineage and input sources
  • Version history and change logs
  • Validation status and performance metrics

This provided a single source of truth for all risk and credit models.

Approval & Workflow Orchestration - Role-based workflows were implemented to manage model approvals, updates, and retirements. Maker–checker mechanisms ensured that governance checkpoints were embedded into deployment cycles.

Explainability & Transparency - Explainability frameworks were integrated to document feature contributions, model assumptions, and decision logic. This ensured that outputs could be interpreted and defended during audits.

Audit-Ready Evidence Pipelines - Automated pipelines generated documentation artifacts including:

  • Data lineage summaries
  • Model performance tracking
  • Validation and testing reports
  • Compliance checklists

These artifacts were structured for direct audit consumption, reducing manual preparation effort.

How did we enable consumption?

  • Dashboards for compliance and leadership oversight
  • Version-controlled documentation repositories
  • Automated evidence exports for regulatory reviews
  • Clear ownership and accountability mapping

A valuable difference

Our impact

The transformation embedded governance into the AI lifecycle rather than treating it as a periodic checkpoint.

  • Models became discoverable, traceable, and accountable
  • Audit preparation time reduced significantly
  • Compliance reviews shifted from reactive to structured
  • Business teams deployed models with confidence and oversight

By designing governance into architecture and workflows, Ganit enabled the NBFC to scale AI responsibly balancing innovation, compliance, and operational control.

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