Sophia Space
Series A
Sophia Space develops modular AI-powered orbital edge-computing TILE modules and orbital data-center infrastructure for defense, commercial, and government space missions.
Founded
2023Sophia Space develops modular AI-powered orbital edge-computing TILE modules and orbital data-center infrastructure for defense, commercial, and government space missions.
No source-backed acquisition or change-of-control events for Sophia Space were identified in public funding announcements, press coverage, or the company website as of June 2026. The company remains an independent, venture-backed operating entity.
Searches of VCNewsDaily, FinSMEs, Satellite Today, Startup Researcher, Startup Rise, TechNews180, the company news page, and general web results returned only financing rounds and partnership announcements, with no disclosed acquirer, acquired entity, asset sale, or terminal operating-status change.
TILE (Thermal-Integrated LEO Edge) is Sophia Space's flagship product: thin, solar-powered, solid-state compute modules designed to host AI accelerators and processors in low Earth orbit. Each module harvests energy from the sun and sheds waste heat passively into deep space, enabling continuous edge computing without the heavy cooling systems required by terrestrial servers.
TILE units can be configured with NVIDIA Jetson or Qualcomm Snapdragon processors, operated as hosted edge computers attached to customer satellites or space stations, and aggregated into racks that form the building blocks of orbital data centers. The platform is aimed at defense, Earth observation, emergency response, and commercial space operators that need autonomous, low-latency data processing in orbit.
The orbital computing market is expanding as satellite constellations proliferate and defense, commercial, and Earth-observation operators demand autonomous, low-latency data processing in space. Analysts project the space economy exceeding one trillion dollars by the early 2030s, with on-orbit AI and edge compute as key growth layers.
Sophia Space is positioned to address this demand through its TILE platform, which can be deployed as hosted edge computers today and scaled into orbital data-center racks over the next decade. Regulatory, launch-cost, and thermal-management risks remain, but the company is targeting near-term customer missions while building toward a 2030 orbital data-center roadmap.
Sophia Space differentiates itself by designing compute hardware from first principles for orbit rather than adapting terrestrial servers. Its passive thermal-shedding approach avoids physical heat pumps, reducing weight and power overhead so more energy can be directed toward compute.
The company also benefits from deep aerospace and AI talent drawn from NASA JPL and commercial technology firms, and from partnerships with satellite-bus providers such as Apex Space to accelerate on-orbit demonstrations. These advantages position it to serve both near-term edge-computing missions and longer-term orbital data-center architectures.