Rarefied Technologies is developing sunlight-driven levitation platforms for sustainable flight in the mesosphere, operating at altitudes of 50-100 km without the need for onboard fuel. These platforms enable long-term atmospheric sensing, telecommunications, and defense applications, providing a low-carbon alternative to traditional satellites and aircraft.
Funding
Funding not disclosed
Founders
Product
Problem
Current satellite and aircraft technologies for atmospheric sensing, telecommunications, and defense are costly and generate significant carbon emissions. These methods also lack the persistent, high-resolution data collection needed for effective climate research, weather monitoring, and strategic surveillance.
Solution
Rarefied Technologies offers sunlight-driven levitation platforms for sustainable flight in the mesosphere (50-100 km altitude), providing a low-carbon alternative to traditional satellites and aircraft. These platforms enable long-term atmospheric sensing, telecommunications, and defense applications without the need for onboard fuel. By leveraging rarefied gas dynamics, the company's technology facilitates continuous, high-resolution atmospheric data collection, next-generation telecommunications services, and strategic defense capabilities. The Jellyfish Series platforms are designed for sustainable near-space operations.
Target Audience
The primary customers are organizations involved in climate research, weather monitoring, telecommunications, and defense sectors seeking sustainable and persistent high-altitude solutions.
Features
- Sunlight-driven propulsion system eliminating the need for onboard fuel
- Lightweight platform design for efficient levitation in the mesosphere
- High-resolution atmospheric sensors for continuous data collection
- Telecommunications payload for long-duration, high-altitude services
- Persistent surveillance capabilities for strategic defense applications
- Advanced materials engineered for extreme atmospheric conditions