Sceye has developed a high-altitude platform designed for long-endurance flight, enabling direct-to-cellphone connectivity at broadband speeds while replacing traditional ground infrastructure. This technology facilitates real-time monitoring of greenhouse gases and natural disaster prediction, providing critical data to address climate change and enhance global connectivity.
Funding
Funding not disclosed
MHFounders
Product
Problem
Many regions lack sufficient terrestrial infrastructure for reliable internet connectivity and real-time environmental monitoring. Existing satellite solutions can be costly and lack the necessary resolution for detailed Earth observation and climate change mitigation efforts.
Solution
Sceye provides a stratospheric platform designed for long-endurance flight, offering a persistent aerial presence at approximately 65,000 feet. These solar-powered, remotely piloted platforms carry terrestrial equipment to deliver direct-to-cellphone connectivity at broadband speeds, effectively replacing ground infrastructure at a lower cost. The platforms also support real-time monitoring of greenhouse gases and enable prediction of natural disasters through comprehensive Earth observation capabilities. By carrying multiple sensors simultaneously, Sceye creates fused datasets of ground elevation, plant health, and soil composition, offering detailed insights for climate change mitigation and resource management.
Target Audience
Sceye's primary customers include telecommunications companies seeking to expand connectivity in underserved areas, as well as environmental organizations and government agencies focused on climate monitoring and disaster management.
Features
- High-altitude platform operating in the stratosphere at approximately 20 km (65,000 ft)
- Long-endurance flight capabilities for year-long missions with station-keeping or long-range flight patterns
- Direct-to-cellphone connectivity at broadband speeds
- Real-time greenhouse gas quantification and natural disaster prediction
- Multi-sensor payload capacity for comprehensive Earth observation
- Solar-powered with battery banks for continuous operation