This Flying Solar-Powered Platform Could Deliver Better Internet from the Air
It’s like a cell tower, but in the stratosphere.
By Rachel Courtland
June 24, 2026
In the New Mexico desert, a massive, helium-filled airship recently rose from its hangar and began a test flight to South America. This isn't just any airship—it's a solar-powered, high-altitude platform station (HAPS) designed to function as a floating cell tower, beaming internet connectivity down to users on the ground from the stratosphere.
The platform, developed by the company Sceye, represents a significant leap forward in the quest to bridge the digital divide. By operating at altitudes of around 60,000 to 70,000 feet—well above commercial air traffic and weather systems—it can cover a vast area with a persistent, reliable signal. Unlike satellites, which orbit at much higher altitudes and can introduce latency, or traditional terrestrial towers, which are limited by terrain and infrastructure, this airship combines the best of both worlds: low latency and broad coverage.
How It Works
Sceye’s airship is powered by lightweight solar panels that charge batteries during the day, allowing it to operate continuously through the night. The platform carries advanced 5G (and eventually 6G) radios, enabling it to connect directly to consumer devices like smartphones without requiring specialized hardware. It effectively acts as a "cell tower in the sky," but one that can serve a region the size of a small country.
In 2026, as demand for ubiquitous connectivity grows—driven by remote work, telemedicine, IoT devices, and critical communications—HAPS technology has moved from concept to reality. Sceye’s latest test flight, launched in June 2026, is a key milestone toward commercial deployment. The company has partnered with major telecom operators and government agencies to trial the platform for disaster response, rural broadband, and military communications.
Why It Matters
- Bridging the Digital Divide: An estimated 3 billion people still lack reliable internet access. A single HAPS airship can deliver high-speed connectivity to hundreds of thousands of users in remote and underserved areas, bypassing the need for expensive ground infrastructure.
- Resilience in Disasters: When earthquakes, hurricanes, or wildfires destroy terrestrial networks, a stratospheric platform can be deployed rapidly to restore communications for first responders and affected communities.
- Environmental Benefits: Powered entirely by solar energy, the platform uses no fossil fuels during flight and can remain aloft for months at a time with minimal maintenance.
The Future
Sceye is not alone in this space—companies like AALTO HAPS (Airbus) and SoftBank-backed HAPSMobile are pursuing similar concepts. However, Sceye’s design emphasizes a large, lighter-than-air platform that can carry substantial payloads while staying on station for extended periods. Regulatory frameworks are also evolving: in 2025, the International Telecommunication Union (ITU) allocated spectrum for HAPS services, clearing the way for commercial operations.
As this airship glides through the stratosphere over South America, it is not just a test flight—it is a prototype for a future where persistent, high-speed internet is as ubiquitous as the air itself.
Additional context: As of 2026, the HAPS market is projected to reach $5.3 billion by 2030, driven by demand from telecom operators, governments, and defense agencies. Sceye expects to launch commercial services in select regions by 2028.