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Deep
Shah
Software Engineer
Google
Deep Shah is a Senior Software Engineer at Google leading strategic initiatives in personalization for Google Search. He has been the driver for many large-scale discovery features on Search, including Preferred Sources and Stay Up to Date on Evolving Topics, which empower users to prioritize trusted publishers and quickly access novel information. These contributions have been widely recognized by global media outlets, including The Verge, TechCrunch, and Bloomberg, which have highlighted his work as a "game-changer", "incredible" for the user and a significant advancement in the fight against misinformation. Previously, he was leading the abuse detection for Google maps, where he developed novel unsupervised machine learning models to combat spam and fraudulent activity acting as a defensive mechanism detecting abuse other online models missed. Deep holds an M.S. in Computer Science from the University of Illinois Urbana-Champaign and has been recognized with multiple awards and honors for his leadership and contributions in large-scale recommendation and discovery systems.
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15 April 2026 12:00 - 12:30
Panel | From single models to modular systems: Architecting reliable next generation AI
As teams move beyond simple “one LLM + prompt” prototypes, their stacks start to look more like systems: multiple models, agents, tools, data layers, and evaluation loops all stitched together. With that shift comes a new set of headaches unexpected behaviour at scale, fragile orchestration, unclear ownership, and architectures that are hard to evolve once they’re in production. In this session, engineering and product leaders unpack how they’re designing modular, multi-component AI systems that can still be understood, governed, and trusted. Expect candid conversations about when modularity actually helps, where it introduces new failure modes, and how teams are thinking about patterns like MCP, agent coordination, and shared infrastructure. Key takeaways: → How teams are structuring modular AI systems without creating brittle dependencies. → Architectural patterns that improve reliability as models, agents, and tools interact. → Where modularity introduces new risks—and how leaders are mitigating them. → How to design systems that stay adaptable as capabilities and requirements evolve