Why checkbox compliance isn’t enough to mitigate AI Model Risk: A case for MRM-based AI Governance
As the deployment of artificial intelligence (AI) accelerates across industries, the need for robust governance and compliance frameworks has become crucial. Many AI governance solutions today offer what we refer to as “checkbox compliance,” where organizations assess their AI models’ adherence to regulatory standards, such as the EU AI Act, by filling out checklists that calculate a percentage of compliance. While this approach may be convenient, it falls short of addressing the core purpose of AI regulation: mitigating model risk.
Table of contents
1. Why checkbox compliance isn’t enough to mitigate AI model risk
The limitations of checkbox compliance
The checkbox approach is attractive due to its simplicity. Like cybersecurity governance platforms (e.g., Vanta), these solutions give organizations a straightforward way to assess how much of their AI system complies with regulatory frameworks. However, checkbox compliance has several major drawbacks when applied to AI systems:
- Superficial risk mitigation: Compliance checklists focus on legal requirements, but these requirements may not fully capture the specific, nuanced risks posed by AI models in practice. AI risks, such as bias, fairness, robustness, or security, are often highly context-dependent and require a deeper technical understanding to mitigate. Merely complying with regulatory standards does not necessarily translate into safer, more reliable AI systems.
- False sense of security: When organizations rely on percentages of compliance, they may believe their AI systems are safe when in fact, the most critical risks may not have been addressed. This false sense of security can lead to complacency, with unchecked vulnerabilities in the models potentially resulting in ethical, financial, or reputational harm.
- Lack of operational insight: Regulations tend to focus on high-level principles, but AI governance requires operational insights into how models perform, adapt, and interact with real-world data. Checkbox compliance, by its nature, often overlooks the ongoing monitoring and validation needed to ensure models remain safe and effective throughout their lifecycle.