A fragmented supply chain is a national security risk. One architecture is the fix.
This week, @mikeahorton sat down with @DroneRadioShow to talk about H1—our integrated “drone-on-a-chip."
Listen here: https://t.co/vmWSJSlvUq
What a difference a year makes.
Last July, our partner @GEODNET + Rocket EMS built the first batch of satellite mining stations powered by our HYFIX components.
Today: our H1P chip module is smaller, more powerful, and in early testing with select enterprise customers.
The US-made brain behind next-gen drones & robotics. Stay tuned.
Congrats to @OpenAI for jumping into silicon... At @HyfixAI we are building Physical AI chips. Efficient edge AI is unified with the multi-modal physical interfaces of the real-world --- Position, RF (SDR), Precise Timing, Cameras, and Motors. Reliable and fast precision,
designed for low-cost consumer products.
DJI set the standard. Can American drone technology catch up?
We joined UAV News Talk to discuss AI drones, RTK positioning, U.S.-made chips, and why building a domestic drone ecosystem matters more than ever.
The future of autonomy won't be defined by drones alone—it will be defined by the technology powering them.
Listen now. https://t.co/MDsMU25JmJ
Excited to send our new H1P module off to one of our newest enterprise customers for testing.
Each H1P autonomous systems module is compact and combines positioning, compute, and sensing into a single package. Want to learn more?
See the latest here: https://t.co/dDVzN0nIXf
H1 is built for the drone and robotics manufacturers who don’t want to source 6 different chips and hope they work together.
One chip, one vendor, one stack.
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