Join Date
January 2026
Gender
Not Specified
Age
Not Specified
About Warren Weissbluth
Warren is the co-founder & COO of Voltair.
He studied Operations Research engineering at Rice University. Warren has previously worked for 2x NSF funded startups, where he helped raise a $1M SBIR. He interned for Boeing (structures engineering) during his freshman summer.
He studied Operations Research engineering at Rice University. Warren has previously worked for 2x NSF funded startups, where he helped raise a $1M SBIR. He interned for Boeing (structures engineering) during his freshman summer.
Companies & Work
Voltair
Voltair is building the world's first globally distributed network of autonomous drones for Earth observation.
Power utilities are the perfect first customer. Aging infrastructure and extreme weather drive the need for millimeter-scale inspection data on the power grid. Utilities spend tens of billions of dollars every year just looking at their own equipment. Autonomous drone fleets will enable utilities to inspect 7 million miles of infrastructure more frequently, quickly, and accurately. Our long-range, weatherized flying robots work with charging pads installed directly on utility poles. Each new pad unlocks 1000 square miles of coverage.
With a charging network deployed on the power grid, we can serve existing multi-billion dollar data markets in road, rail and telecom inspection at 10x lower prices while enabling entirely new applications in hyperlocal weather monitoring, forestry, construction, search & rescue, and insurance.
We envision a future in which drone "instances" are requested on-demand through our platform, enabling any application builder to serve these critical markets without ever operating their own hardware.
Power utilities are the perfect first customer. Aging infrastructure and extreme weather drive the need for millimeter-scale inspection data on the power grid. Utilities spend tens of billions of dollars every year just looking at their own equipment. Autonomous drone fleets will enable utilities to inspect 7 million miles of infrastructure more frequently, quickly, and accurately. Our long-range, weatherized flying robots work with charging pads installed directly on utility poles. Each new pad unlocks 1000 square miles of coverage.
With a charging network deployed on the power grid, we can serve existing multi-billion dollar data markets in road, rail and telecom inspection at 10x lower prices while enabling entirely new applications in hyperlocal weather monitoring, forestry, construction, search & rescue, and insurance.
We envision a future in which drone "instances" are requested on-demand through our platform, enabling any application builder to serve these critical markets without ever operating their own hardware.
