AI Model Drift occurs when an artificial intelligence model’s performance declines over time because of changes in data, environment, or user behavior.
AI Model Drift refers to the gradual degradation of an artificial intelligence model’s accuracy or reliability when real-world conditions differ from the data it was trained on. It can result from evolving user behavior, market dynamics, or external factors like regulatory updates. Detecting and mitigating AI Model Drift helps organizations maintain fair, compliant, and effective systems. In practice, it’s a key focus within AI Governance and Model Risk Management programs.
When models drift, predictions become less accurate, potentially leading to biased or unreliable outcomes. For organizations, this can affect decision-making, customer experience, and operational efficiency.
Under frameworks such as the EU AI Act and GDPR, maintaining explainability and reliability of AI models is a compliance expectation. Regular monitoring and documentation of model drift demonstrate accountability and ensure organizations meet regulatory obligations.
Proactive drift detection protects trust, reduces enforcement exposure, and ensures that AI systems evolve responsibly with their data environments.
OneTrust helps organizations manage and mitigate AI Model Drift by enabling:
With OneTrust, teams can track drift across models, maintain compliance, and ensure AI systems remain accurate, fair, and trustworthy.
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AI Model Drift refers to performance degradation over time due to data or environment changes, while AI Model Bias occurs when training data leads to systematic unfairness in outputs.
Responsibility typically lies with data science, engineering, and compliance teams, supported by AI governance functions that monitor performance and ensure regulatory alignment.
By continuously monitoring and documenting drift, organizations meet the EU AI Act’s requirements for transparency, risk management, and system reliability across the AI lifecycle.