Five Model Risk Management Trends Defining 2026

After more than a decade in model risk and eight years building Yields, I have seen Model Risk Management (MRM) evolve from a specialised control function into a strategic discipline. In 2026, that evolution accelerates.
The reason is simple. Organisations rely on more models than ever before, across more domains, using more advanced technologies. Traditional financial models are no longer the exception. They are just one category in a rapidly expanding ecosystem.
Based on insights from the Deloitte 2025 EMEA Model Risk Management Survey and what we see daily across financial institutions and regulated organisations, these are the five trends that will shape MRM in 2026.
1. Model Risk Management Expands Beyond Finance
MRM is no longer limited to credit, market, or capital models. In 2026, organisations actively govern ESG and climate models, compliance and AML scoring tools, pricing engines, fraud detection models, operational decision tools, and AI-driven systems.
These models influence material decisions and therefore introduce real risk. The challenge is that they often sit outside traditional MRM structures.
This is where a multi-governance approach becomes essential. Model risk must connect with AI governance, data governance, ESG oversight, and operational risk. Leading organisations no longer treat MRM as a standalone framework, but as a cross-domain control layer that brings consistency, transparency, and accountability across all decision models.
2. AI Assistants Become Part of the Validation Process
As model inventories grow, validation capacity becomes a constraint. In response, organisations increasingly adopt AI assistants to support model validation.
These assistants are not replacing human judgement. They are augmenting it.
In practice, AI is used to support:
- Qualitative validation, such as reviewing assumptions, documentation quality, and governance alignment
- Code review, including logic checks, complexity analysis, version comparison, and implementation risks
- Consistency checks between documentation, model logic, and actual usage
Qualitative validation has always been one of the most time-consuming and judgement-heavy aspects of MRM. In 2026, AI-assisted validation becomes a practical way to scale expertise while maintaining quality, as long as its use is transparent, controlled, and auditable.
3. Self-Service Validation and Continuous Monitoring Take Hold
Validation is shifting away from periodic, centralised exercises toward a self-service and lifecycle-driven approach.
Model owners increasingly expect:
- On-demand access to validation checks aligned with MRM standards
- Continuous monitoring of model performance, stability, and drift
- Early warning signals rather than late-stage findings
This does not weaken governance. It strengthens it. Accountability moves closer to the first line, while central MRM teams focus on standards, oversight, challenge, and escalation.
By 2026, static validation cycles feel misaligned with how models are actually developed and used.
4. Detecting Undeclared Models and AI Usage Becomes Critical
One of the fastest-growing sources of model risk is not what organisations document, but what they miss.
Undeclared models or use cases take many forms. Advanced spreadsheets, internal scripts, embedded AI services in third-party tools, low-code applications, and generative AI usage often influence decisions without being formally recognised as models.
As AI adoption accelerates, this risk increases.
Leading organisations invest in capabilities to:
- Detect model-like behavior outside official inventories
- Identify undeclared AI usage across business processes
- Monitor changes in model usage, scope, and decision impact
In 2026, effective MRM starts with visibility. You cannot govern models or use cases you do not know exist.
5. Integrated Governance and Tooling Become Essential
The operational reality is clear. Manual spreadsheets and fragmented documentation no longer scale.
Organisations are moving toward integrated MRM platforms that combine:
- Centralized model inventories
- Validation and approval workflows
- Continuous monitoring and alerts
- Audit-ready documentation and reporting
More importantly, these platforms support integrated governance across risk, compliance, technology, and business stakeholders. This is where multi-governance becomes operational rather than theoretical.
With regulatory pressure increasing, including expectations linked to the EU AI Act, this level of integration is no longer optional.
Closing Perspective
MRM in 2026 is not about controlling models in isolation. It is about governing decision-making systems across the organisation.
The organisations that succeed will be those that combine strong principles with modern tooling, AI-assisted processes, and a clear understanding of their full model landscape.
Model risk has become strategic. And it is here to stay.
About the
Author(s)

Jos Gheerardyn is the co-founder and Chief Executive Officer (CEO) of Yields. Prior to his current role, he worked as both a manager and an analyst in the field of quantitative finance. With nearly 20 years of experience, he has worked with leading international investment banks and start-up companies. Jos is the author of multiple patents that apply quantitative risk management techniques to the energy balancing market. Jos holds a PhD in superstring theory from the University of Leuven.

Efrem Bonfiglioli is a seasoned model and AI risk management professional with a passion for advising model developers and validators on best practices for effective model and AI use case management.He has held various roles related to model risk management across multiple lines of defense in leading global banking institutions, covering a wide range of asset classes and risk types. Efrem is a visiting professor at universities in Italy and the UK where he teaches courses ranging from foundational financial subjects to advanced quantitative modelling.He earned his PhD in Financial Mathematics, where he focused on researching the applications of jump-diffusion models in the context of derivatives pricing.

