
Senior Applied Scientist, Amazon
About the Speaker:
Vashishtha Patil is a Senior Applied Scientist at Amazon, where he leads science research on efficiency for Alexa+ Smart Home. Across 13 years at Amazon and Qualcomm he has designed and optimized AI/ML algorithms for latency-constrained production systems, work reflected in multiple granted U.S. patents. He serves as a peer reviewer for top-tier AI conferences and is a frequent judge at competitive AI events and startup pitch competitions
Autonomous research agents that propose, implement, and refine ML solutions are priced out by the loop, not the model. Published agents assume a frontier model drives every step, so cost scales with trajectory length on runs that are long by design. Teams either cap the horizon — removing the thing that made it work — or don’t run it at all.
Hypothesis: a small open-weight model runs the loop end to end, with a frontier advisor called in at those points on a metered budget, holding most of the baseline’s result quality at a fraction of its cost. The open question is whether the escalation trigger is reliable enough to justify the calls it buys — our first version often bought advice the loop would have reached on its own.
MLOps World | GenAI Summit 2026 is a two days of case studies, workshops, and expo on taking AI/ML and agentic systems into production – at the Etter-Harbin Alumni photo – full-bleed hero or browse files.