Sceye Lands Japan Deal for Flying Solar Internet — New Mexico Trials Begin

June 28, 2026 4 min read

Sceye, a New Mexico-based aerospace company, has secured a partnership with Japanese investors to develop a solar-powered flying platform capable of delivering high-speed internet from the stratosphere. The platform, which operates at altitudes between 17 and 22 kilometres, successfully completed atmospheric tests over the New Mexico desert last year, demonstrating sustained flight powered entirely by sunlight.

What Sceye's Platform Does

The aircraft resembles a large drone crossed with a traditional aircraft. Unlike satellites, it hovers stationary above a target region, maintaining position through a combination of solar panels and advanced flight controls. Sceye designed the platform to provide broadband connectivity to areas where ground infrastructure remains impractical or prohibitively expensive.

The company positions its technology as a middle ground between traditional cell towers and satellite constellations. By staying closer to Earth than conventional satellites, the platform can offer lower latency and more consistent signal strength. The design also allows for rapid redeployment, a feature Sceye argues makes it particularly useful for disaster response and temporary connectivity needs.

Japan's Strategic Interest

Japanese corporations have committed funding to support the development of commercial applications for the platform. The partnership reflects Japan's broader effort to strengthen its telecommunications resilience, particularly in remote island territories and mountainous regions where conventional infrastructure faces geographical constraints.

The Japanese market presents distinct opportunities for stratospheric internet solutions. Rural communities on islands scattered across the Pacific have long struggled with connectivity that matches urban standards. Sceye's platform offers a potential solution that bypasses the need for extensive undersea cables or ground-based networks.

Commercial and Defence Applications

Beyond civilian telecommunications, the platform has attracted interest from Japanese government agencies exploring dual-use applications. Emergency management authorities see value in a system that could restore communications within hours of a natural disaster, without depending on damaged ground infrastructure.

The partnership with Japanese entities also signals Sceye's ambition to enter Asian markets where demand for connectivity continues to outpace infrastructure development. The company has identified several Southeast Asian countries as potential future customers, though no formal agreements have been announced.

Competition in the Skies

Sceye enters a field that already includes Alphabet's Project Loon, which deployed high-altitude balloons for internet access before the company shut it down in 2021, and several other startups developing similar technologies. Unlike those predecessors, Sceye's fixed-wing design prioritises endurance over balloon-based approaches, according to company statements.

Existing satellite internet providers like Starlink face a different competitive dynamic. Their constellations operate at lower altitudes than traditional satellites but still higher than Sceye's platform, resulting in higher latency despite global coverage. Sceye argues its approach delivers better performance for regional coverage scenarios.

The economics remain unproven at scale. Building and maintaining fleets of stratospheric platforms requires significant capital, and the business model depends on landing enough customers to justify those costs. Sceye has not disclosed the specific terms of its Japanese partnership or the funding amount involved.

Investment Implications

For investors, the Japan deal represents validation that corporate and government entities beyond the United States see commercial potential in high-altitude internet platforms. Telecommunications companies seeking alternatives to satellite providers now have another option to evaluate, which could intensify competition in the connectivity market.

The development also highlights growing interest in non-terrestrial network solutions. Major telecommunications equipment makers and network operators have begun exploring partnerships with companies like Sceye, recognising that traditional infrastructure cannot economically serve every region.

Sceye itself remains privately held, limiting direct investment opportunities for public market investors. However, the company could pursue a public listing or acquisition by a larger telecommunications or aerospace firm as it scales operations, which investors in related sectors should monitor.

What Happens Next

Sceye plans to conduct additional flight tests throughout 2025, with demonstrations scheduled for both New Mexico and select international locations. The company aims to prove the platform's reliability over extended periods before entering commercial service agreements.

Telecommunications companies in Japan and elsewhere are expected to evaluate the technology through pilot programmes. Those trials will determine whether the platform can deliver on its performance claims at costs competitive with existing alternatives. The outcome could shape whether Sceye secures additional partnerships or faces pressure to demonstrate faster progress toward profitability.

Investors and industry observers should watch for announcements regarding commercial contracts, production timelines, and any changes to the company's ownership structure. The next 12 months will determine whether stratospheric internet platforms transition from experimental technology to viable business.