Still riding the wave from XPONENTIAL 2026. #XPO26
A few weeks back, we joined thousands of innovators at XPONENTIAL 2026 - and the response to our new H1 chip was something else. Thanks to everyone who stopped by our booth to see it firsthand and learn how it's powering autonomous drones and robotic systems.
Were you there? What topics excited you most?
Amazing afternoon recording a pod on the @HyfixAI drone system-on-chip with the amazing @StevenSimoni, host of @DroneUltimatum. Awesome conversation on the future of drones. Stay tuned for the episode to drop!
A drone can't pay $2,000/month in tokens, a robot can't wait 400ms for an API call, physical AI will run on @HyfixAI chips and connect to purpose built precision real-time infra @GEODNET.
The next decade gets built on the decentralized edge, not the data center.
A nice summary of why an integrated chip for drones has been the key advantage for @DJIGlobal. Today @HyfixAI is building this in the U.S. for all markets including small robots too.
Download the datasheet. Samples of H1P shipping now.
https://t.co/67VtO5zSVO
As drones and robotics move into real-world, mission-critical environments, the industry is running into the limits of fragmented hardware stacks. Positioning, timing, compute, communications, and control can no longer operate as disconnected systems.
Check out this article from Richard Thomas @InsideUnmanned, showing how HYFIX’s H1 chip was designed to unify the autonomy stack into a single architecture built for reliability, lower latency, and trusted deployment at scale.
Worth the read if you’re following physical AI, robotics, drones, and the future of U.S.-built autonomous infrastructure.
Are you at @XPONENTIALshow in Detroit today?
Stop by Booth 34005 and learn how our new H1 chip and the infrastructure we're building is leading the way for precise positioning for Physical AI. #XPO26
Autonomous systems are only as good as the tech inside them.
Come see how HYFIX chip technology is redefining what's possible — live at Booth 34005, XPONENTIAL 2026. Detroit. May 11–14.
Looking for what's next in autonomous systems?
Find us at Booth 34005 at XPONENTIAL 2026 in Detroit (May 11–14).
We'll be on the floor to discuss real-world use cases and how HYFIX chip technology is redefining what's possible for drones and robotics. #XPO26
Detroit. May 11–14. Booth 34005.
HYFIX will be at XPONENTIAL 2026 — and we're bringing the tech that changes what's possible for autonomous systems.
Stop by.
Small drones shouldn’t need a stack of fragile, foreign components to fly.
We built the alternative.
Introducing H1P: a fully integrated positioning, navigation, and open-compute module powered by the HYFIX H1 chip.
This is what changes:
• Centimeter-level positioning with RTK
• Dual-antenna GNSS + 800+ tracking channels
• LEO satellite compatibility for stronger, more resilient signals
• IMU sensor fusion for real-world environments, not lab conditions
• Onboard compute + flight control in one system
• PX4 compatible, built for developers
• 17×22mm form factor, drops into existing designs
What used to take multiple chips, modules, and vendors is now one unified system - fewer points of failure, more control, faster deployment, and stronger supply chain
Built in the U.S. for the next generation of autonomous systems.
See it live at AUVSI @ Xponential 2026 in Detroit - 5/11 - 5/14
Booth 34005
Meet the team bringing silicon back to Silicon Valley.
HYFIX is building the brain for drones and robots a single chip that replaces fragmented hardware with a secure, high precision system.
This is the foundation for physical AI.
Big milestone for us at HYFIX.
We’ve announced our $15M seed round, led by @craft_ventures, to build American-made chips for drones and autonomous systems.
Proud moment for the team.
We’re focused on building core technology here in the United States. The systems powering drones today are made up of too many separate parts sourced from all over the world. That complexity slows teams down and makes it harder to build reliable products.
HYFIX is building a single chip that brings everything together:
- Flight control
- Positioning
- Communications
- Compute
One platform, designed and built in the U.S.
This gives builders a simpler foundation to create smaller, more efficient, and more reliable systems across drones, robotics, and defense.
Excited for what this unlocks. And proud to be building it here 🇺🇸
Proud of this one.
We just raised $15M to build American-made chips for drones and robotics.
For too long, the systems powering critical infrastructure have depended on fragile, foreign supply chains. We're rebuilding that foundation here in the U.S.
A lot more to come!
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