Agentic HPC: Building Powerful Tools with AI Studio and Antigravity
January 2
7
, 2026
9:00 AM - 10:00 AM PST
Online
January 2
7
, 2026
9:00 AM - 10:00 AM PST
Online
About the Session
AI agents are beginning to transform how users use HPC systems and other advanced computing technologies. Intelligent agents that can reason, act, and automate complex tasks across your infrastructure will accelerate your productivity and shorten time to innovation and discovery.
Join us for a session designed to help HPC users learn how to build AI agents that automate steps in their daily workflows. We will show the power of Google's web-based AI Studio and introduce the new, downloadable Antigravity development environment
In this session, we will demonstrate how to rapidly prototype, test, and deploy custom AI agents tailored for advanced computing. Whether you need an agent to monitor job queues, optimize storage tiering, or automate data pre-processing, you will learn how to use Antigravity’s intuitive interface to build solutions that lift the heavy burden of routine management, freeing you to focus on innovation.
Speaker
Jay Boisseau
Advanced Computing Strategist,
Google Cloud
Jay Boisseau is an advanced computing strategist at Google, where he manages a strategic initiative to make Google Cloud the best platform for scientific/technical computing and leads the Google Cloud Advanced Computing Community. He is an experienced leader in HPC and advanced computing technologies, with 30 years of experience developing and leading programs in academia and industry. His previous experience includes founding and leading the Texas Advanced Computing Center to global prominence, and providing strategic planning and special projects in HPC at Dell Technologies. Jay also leads the Austin Forum on Technology & Society, founded the Austin AI Alliance, and is the lead founder and owner of Remedy bar in Austin (where he conducts lots of tech meetings and events so it aligns). He earned his doctorate from UT Austin in astronomy, which led him into supercomputing and technologies.