From Model Performance Monitoring and Why You Need it Yesterday // Amit Paka // MLOps Coffee Sessions #42 · · MLOpscommunity
“The goal that the EU seems to be going for with this proposed regulation is they really want to go after helping teams build human-centric and trustful AI. The proposal classifies AI into categories including banned 'unacceptable' applications and 'high-risk' applications like self-driving cars or credit scoring that will have new oversight.”
On , Amit Paka, Cofounder at Fiddler AI, spoke about EU regulation during Model Performance Monitoring and Why You Need it Yesterday // Amit Paka // MLOps Coffee Sessions #42 on MLOpscommunity.
Amit Paka, cofounder of Fiddler AI, discussed model performance monitoring and the proposed EU artificial intelligence regulation during a June 2021 appearance on the MLOps Coffee Sessions podcast. Paka stated that before founding Fiddler, while leading the product team on shopping apps at Samsung, he observed challenges that data teams faced in operationalizing models, including difficulty running A/B tests. He said the lack of transparency in model decisioning "played a key role and it came up again and again," and that the Fiddler team aligned on a mission of "helping teams build trust with AI." Paka described the proposed EU regulation as aiming to help teams build "human-centric and trustful AI," classifying applications into categories including banned "unacceptable" uses and "high-risk" applications such as self-driving cars or credit scoring that would face new oversight. He argued that for high-risk applications, the law would require sufficient transparency for users to understand and control how models work, and that monitoring, record-keeping, and fairness validation are what the regulation is pushing toward. Paka also introduced the concept of "Model Performance Management" (MPM), which he described as a centralized framework powered by explainable AI that involves measuring, validating, monitoring, and analyzing model behavior across the lifecycle, with the ability to feed new data representations back into training.