When disaster scatters people across broken terrain, the first hours decide who survives. Orynth Industries builds the world's first coordinated drone swarms for search and rescue — designed to find the displaced the moment after catastrophe, and map the disaster as it unfolds.
Survival odds fall sharply with every hour a person stays unfound. Speed is everything.
Ground teams move one grid at a time across terrain that disaster has made impassable.
A swarm covers the whole disaster at once — searching, mapping, and surfacing signs of life in parallel.
Earthquakes collapse cities in seconds. Floods erase whole districts overnight. Wildfires move faster than the people fleeing them. In the aftermath, survivors are scattered, injured, and invisible — across exactly the terrain that responders can no longer cross.
Search today is a race run on foot. Crews are stretched thin, maps are out of date the moment the ground moves, and the area to cover is always larger than the time available. People who could have been saved are simply never reached in time.
This is the gap Orynth was built to close — the distance between when disaster strikes and when the lost are found.
Dozens of units fan out in coordination, sweeping collapsed and flooded ground far faster than any team on foot.
The swarm builds a live picture of the disaster — so responders see the ground as it is now, not as it was.
Where people are scattered and unseen, the swarm points rescuers to the places that matter first.
We're holding the specifics close until our field tests are complete. What we can tell you today: it changes the first hour after a disaster — and the people who depend on it will never know its name, only that help arrived sooner than it should have been possible.
Can't wait? Watch the sneak peek → · Request the reveal ↓
Orynth pairs hard autonomy engineering with the people who do this work. Our founding team's background is in defense robotics and autonomous systems, and we're talking with the search-and-rescue teams who will use it as we build, putting the work in front of real conditions now.
Mechanical Engineer with hands-on experience with C-UAV and UAV systems.
Marketing & Physiology student at Texas State University with a passion for innovation, sales, and customer engagement.
Mechanical Engineer with applied experience in astrodynamics, orbital mechanics, and the design and development of CubeSats and advanced drone platforms.
Software engineer with experience in machine learning, computer vision, and robotics.
Software Engineer with experience in data engineering, RPA automation, and network science who enjoys collaborating across teams to build impactful solutions.
Mechanical Engineer with a passion for designing practical solutions and improving them through testing and analysis.
Electrical Engineer with applied experience in power, microcontrollers, and sensor integration.
Mechanical Engineer with experience in CFD, additive manufacturing, and aerodynamic research.
ALSO ON THE TEAM Zach Gulitti, Mechanical Engineer · Raul Sheley, Mechanical Engineer
Milestones, field tests, and press as the swarm program moves toward its reveal. Get updates in your inbox — or read the latest coverage.
Read the latest news →Join the list for the field reveal and milestone updates. No noise, only what matters.