Mind Games AI Hackathon + Exclusive Napa Retreat

The BSH × XTrace AI Hackathon Weekend

Not your typical hackathon. We’re building agents that actually remember.

Join founders, engineers, researchers, designers, and operators for a hackathon on XTrace’s memory infrastructure, ending with live demos and a private Napa retreat for winning teams.

The challenges are real, brought by industry partners, and designed for teams to go much deeper than toy prompts. Builders will tackle customer workflows, operational bottlenecks, knowledge transfer, decision support, and the places where agents break down when they lose context.

Win prizes. Meet serious builders. Build something meaningful to customers.

Why show up

Total $5,000 in prizes and an additional $2,400 Apple gift cards from MenuSifu

An invite-only dinner at Napa Summit House and a Saturday night + full Sunday in Napa Valley for the grand-prize winning team (valued at $10,000+), alongside the top investors and operators

Judges and panelists:

Robert Parker (BSH)

Jiantao Jiao (NVIDIA)

Orlando Purim Junior (Atar B2B)

David Mazumdar (General Motors)

Zi Zhang (Proximitty (YC W26))

MenuSifu

and more!

What you'll make

Everything you need to know: Mind Games Hackathon Brief

The panelists will also share their experience in each industry during the hackathon. If you don't have the ideas in mind beforehand, that will be a great time to get inspired!

Who should apply

Founders, engineers, researchers, designers, product builders, and operators who want to build useful AI agents around real business needs.

No finished startup idea required. Bring curiosity, execution, and a bias toward building.

Teams are 1 to 4 people: students, founders, and engineers welcome. Come with a team or form one at the Happy Hour.

Hosted by

Berkeley Summit House × XTrace

Berkeley Summit House is an innovation community and venture foundation supporting entrepreneurial young founders and scientists building without borders.

XTrace builds memory infrastructure for AI agents, enabling systems that retain context, accumulate knowledge, and improve over time.