Make It Rain.
Make It Rain.
Where You Need It.
Where You Need It.
Engineering targeted precipitation for drought resilience and water security.
Engineering targeted precipitation for drought resilience and water security.
Schedule a Consultation
Fighting Drought. Engineering Rain.
Today, 88% of the Southwest is under moderate to severe drought conditions or worse.
Cities are facing historic cost increases, strained reservoir systems, and growing public scrutiny around water management.
Atlas Labs exists to fix this.
We’re building systems that enhance precipitation, restore hydrological balance, and help communities adapt to the climate future—not just survive it.
Our long-term vision is bold: to terraform Earth by engineering rainfall and snowpack where it's needed most, using the latest atmospheric technologies.
Today, 88% of the Southwest is under moderate to severe drought conditions or worse.
Cities are facing historic cost increases, strained reservoir systems, and growing public scrutiny around water management.
Atlas Labs exists to fix this.
We’re building systems that enhance precipitation, restore hydrological balance, and help communities adapt to the climate future—not just survive it.
Our long-term vision is bold: to terraform Earth by engineering rainfall and snowpack where it's needed most, using the latest atmospheric technologies.
Drone-Based
Nano-Seeding
We deploy drone-based systems that release engineered cloud condensation and ice-nucleating particles to accelerate droplet formation and increase precipitation.
We deploy drone-based systems that release engineered cloud condensation and ice-nucleating particles to accelerate droplet formation and increase precipitation.
Atmospheric Ionization Enhancement
Our drones emit targeted ion fields that charge both seeded particles and ambient water molecules—enhancing coalescence and glaciation rates.
Our drones emit targeted ion fields that charge both seeded particles and ambient water molecules—enhancing coalescence and glaciation rates.
AI Modeling & Measured Impact
We combine real-time radar, climate models, and ground sensors to identify optimal seeding windows and quantify added rainfall with scientific rigor.
We combine real-time radar, climate models, and ground sensors to identify optimal seeding windows and quantify added rainfall with scientific rigor.
15–30% increase in precipitation in convective and orographic systems with combined CCN/INP seeding and ionization
15–30% increase in precipitation in convective and orographic systems with combined CCN/INP seeding and ionization
ATLAS LABS
Get a Free Rain & Snow Assessment
Get a Free Rain & Snow Assessment
See how much additional rain and snow we could deliver in your region.
See how much additional rain and snow we could deliver in your region.
