We've joined the @nvidia Inception program.
We’re building @haastautonomous to provide on-demand drone delivery services for critical medical payload at system scale.
Looking forward to learning from the NVIDIA network and using the ecosystem’s resources to accelerate our build and growth.
The US organ transplant space is an incredibly tight-knit community.
Grateful for the chance to connect and build long-term partnerships with innovators as we grow @haastautonomous.
Huge thanks to #WTC2025 for bringing so many impactful people and companies together.
Haast began with an idea and a sketch.
Now, we’ve flown three prototypes, built a fast‑moving team, and proven we can deliver high‑value payloads like organs and defense supplies. We’re just getting started - follow along as we scale and push the limits of autonomous logistics.
We don’t build drones. We move human organs. Biologics. Defense-critical supplies. Fast.
Seven months ago, I scribbled a lopsided airplane in my notebook on a late‑January night. No CFD, no FEA - just a rough sketch and a “what if…?”
Today: we’ve flown three prototypes (yes, including snow days), and built a team that shows up with a clear path forward.
We didn't only aim for perfection. We tried to be fast, honest, and effective. When the payload is a human organ or a vial of biologics, “move fast” isn’t a motto - it’s the requirement.
@haastautonomous is not an OEM. We provide full-stack service solution using autonomous aircraft to move high-value, low-volume payloads: human organs, biologics, and defense-critical supplies.
What’s next? Scaling what we’ve proven works. More designs. More flights. More data. More lives and missions that don’t have to wait for a helicopter/jet slot or a jammed highway.
If you move critical stuff and the current system makes you wait, let’s talk.
Learn more at https://t.co/9IaFH7n2GZ