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Megan
Hines
VP, AI/ML Lead
JP Morgan Chase
Megan Hines is a Vice President and AIML Lead at JPMorgan Chase, where she drives applied machine learning initiatives across complex financial systems. With experience spanning ML science, AI/ML engineering, and data engineering, she has built and deployed models that support large‑scale analytics and compute platforms. Before joining JPMorgan, she held data engineering roles at ClearOne Advantage and Murmuration. Megan’s background blends International Affairs, Data Science, and Applied Mathematical Economics, and she has presented research at national conferences.
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01 December 2026 12:30 - 13:00
Panel | One model or many: how teams are architecting for reliability at scale
Every team building generative AI hits the same fork eventually: keep pushing one model to do everything, or start splitting the work across specialized components. Neither answer is obviously right, and the teams getting it wrong are finding out the expensive way. This session brings together practitioners who have landed on different sides of that decision, covering when compound architectures actually improve reliability and when they just add complexity and cost without a real payoff. Expect disagreement on where the line sits. What this session will cover: - When splitting a system into specialized components improves reliability, and when it does not - How teams are deciding between one capable model and several coordinated ones - The hidden costs of compound systems that do not show up until production - Real tradeoffs teams have made, including ones they would reverse If you are mid-argument internally about whether to split your system into specialized pieces, this panel gives you both sides of that fight from people who have actually shipped it.