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Anusha Sharma

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Anusha Sharma is a senior engineering leader at The Trade Desk, one of the world's largest independent demand-side platforms, where she oversees the teams responsible for real-time bidding systems and machine learning-driven campaign optimization. Her work sits at the intersection of auction theory and applied AI, encompassing bid shading algorithms, auction mechanics, and the architectural integration of The Trade Desk's Kokai AI platform into the platform's core decisioning stack. She is recognized within the organization as a key technical voice on how programmatic infrastructure must evolve in a privacy-first, AI-augmented advertising environment. Sharma's career reflects a trajectory through high-scale engineering challenges in AdTech and adjacent data-intensive domains. Her expertise in distributed systems and real-time data processing has made her a central figure in efforts to modernize bidding infrastructure at a time when the industry is navigating signal loss from cookie deprecation, the rise of identity alternatives, and increasing pressure to demonstrate measurable ROI for advertisers. Her teams' work on bid shading in particular addresses one of the more nuanced challenges in programmatic: helping buyers compete effectively in first-price auction environments without overpaying. As The Trade Desk has positioned Kokai as a flagship AI initiative, Sharma's role has grown in strategic importance, bridging the gap between research-level ML capabilities and production-grade systems that operate at billions of bid requests per day. She represents a generation of AdTech engineering leaders who are as fluent in business outcomes as they are in systems architecture.

Last updated Jul 10, 2026 by ATDb automated enrichment · Connections updated Jul 13, 2026

Role
VP of Engineering, Bidding & Optimization
Based
United States
Connections
1
Years in industry
15 years

Bio

Anusha Sharma is a senior engineering leader at The Trade Desk, one of the world's largest independent demand-side platforms, where she oversees the teams responsible for real-time bidding systems and machine learning-driven campaign optimization. Her work sits at the intersection of auction theory and applied AI, encompassing bid shading algorithms, auction mechanics, and the architectural integration of The Trade Desk's Kokai AI platform into the platform's core decisioning stack. She is recognized within the organization as a key technical voice on how programmatic infrastructure must evolve in a privacy-first, AI-augmented advertising environment. Sharma's career reflects a trajectory through high-scale engineering challenges in AdTech and adjacent data-intensive domains. Her expertise in distributed systems and real-time data processing has made her a central figure in efforts to modernize bidding infrastructure at a time when the industry is navigating signal loss from cookie deprecation, the rise of identity alternatives, and increasing pressure to demonstrate measurable ROI for advertisers. Her teams' work on bid shading in particular addresses one of the more nuanced challenges in programmatic: helping buyers compete effectively in first-price auction environments without overpaying. As The Trade Desk has positioned Kokai as a flagship AI initiative, Sharma's role has grown in strategic importance, bridging the gap between research-level ML capabilities and production-grade systems that operate at billions of bid requests per day. She represents a generation of AdTech engineering leaders who are as fluent in business outcomes as they are in systems architecture.

Expertise & education

Expertise

Real-Time BiddingBid ShadingProgrammatic AdvertisingMachine Learning for AdvertisingAuction MechanicsKokai AIDemand-Side PlatformsDistributed Systems

Speaking topics

Real-time bidding systems at scaleML-driven campaign optimizationAI integration in programmatic advertisingFirst-price auction dynamics and bid shading

Recognition

Notable achievements

  • Led engineering integration of The Trade Desk's Kokai AI platform into core bidding and optimization infrastructure
  • Oversaw development of bid shading algorithms enabling buyers to compete effectively in first-price auction environments at scale
Connection details