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Bio, Work & Ideas

Weiyi Wang

Conference affiliation: Google · 2026

Weiyi Wang is a staff software engineer at Google developing LiteRT, the framework that runs machine-learning and generative-AI models on phones, computers, and embedded devices. His work makes on-device AI more practical across incompatible chips and operating systems, with particular attention to inference speed, battery consumption, and hardware portability.

In 2025, Wang contributed to LiteRT’s ahead-of-time compilation tooling and was among the foundational contributors to Google AI Edge Gallery, an open-source application for running models locally, including offline speech transcription. That November, he coauthored Google’s introduction of the LiteRT Qualcomm AI Engine Direct accelerator, which gives developers a common interface for accessing specialized mobile hardware and compiling models either in advance or on-device.

His technical priorities include:

  • Neural processing unit acceleration: Making dedicated AI chips accessible through consistent deployment workflows, while accounting for the battery life, thermals, responsiveness, and device variability that determine whether applications work outside controlled benchmarks.
  • On-device function calling: Contributing to Google AI Edge Gallery’s local tool-use capabilities, enabling compact models to trigger application actions while retaining the privacy, responsiveness, and offline availability of local inference.
  • Cross-platform edge deployment: Supporting AI applications across Android, iOS, and embedded hardware. At AI Engineer Europe 2026, Wang joined Chintan Parikh for audience questions on target devices and execution approaches; Parikh delivered the principal presentation.

Wang has also led a Google I/O Connect China 2026 workshop combining Google AI Studio, MediaPipe, and LiteRT to help developers build and deploy on-device applications.

Read the topics behind these talks

1 conference talk

Key ideas

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From private journals and photo-driven music to a Raspberry Pi robot, local agents connect model capabilities to the practical limits of device memory, acceleration and deployment.

  • What belongs on the device?
    0:16 ↗
  • Fit the model, then connect its tools
    3:10 ↗
  • From a knowledge query to a private journal
    5:33 ↗
  • Compose image understanding and sound generation
    8:35 ↗
  • A shared runtime and model format
    11:00 ↗
  • Convert, inspect and test across devices
    13:22 ↗
  • A Raspberry Pi robot, then the performance numbers
    16:30 ↗
  • Keep camera processing local; send the event
    19:30 ↗
  • Hardware comparisons and routing to another agent
    21:03 ↗
  • An audio-to-audio application still needs a suitable model
    22:40 ↗

References