Sophia Space computing innovator Sophia Space and aerospace leader Redwire Corporation have finalized a Memorandum of Understanding (MOU) to co-develop and deploy scalable orbital computing infrastructure. The alliance combines Sophia Space’s modular, space-native compute platform with Redwire’s flight-proven space systems, solar power generation, thermal management, avionics, and spacecraft integration capabilities.
Under the framework of the agreement, both companies will collaborate on near-term technology demonstration missions while co-architecting long-term infrastructure for persistent orbital data centers.
Solving the Infrastructure Bottleneck for In-Orbit AI
Sophia Space is pioneering a new category of space-native hardware designed specifically to survive and scale in Low Earth Orbit (LEO). The company’s proprietary TILE (Thermal Integrated LEO Edge) architecture integrates high-performance artificial intelligence (AI) compute engines with direct passive radiative cooling and solar power distribution. This integrated design enables real-time AI inference, massive sensor data processing, and complex compute-intensive workloads directly in space-reducing downlink latency and bandwidth bottlenecks.
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Under the terms of a newly formed strategic Memorandum of Understanding, Sophia Space and Redwire Corporation will be leveraging their respective technological expertise to design and construct scalable orbit-based data center solutions tailored for edge processing in Low Earth Orbit. This collaboration brings together Sophia Space’s TILE architecture, which consists of advanced AI computing hardware combined with passive radiative thermal cooling system, and Redwire’s flight-proven space technology components such as deployable solar arrays, power distribution, thermal rejection systems, avionics, and spacecraft bus integration. Through this partnership, both firms seek to deliver highly reliable technology solutions for defense and commercial applications with an emphasis on emerging orbital computing programs for agencies such as DARPA, AFRL, SDA, NRO, and commercial satellite operators around the world.
While early industry milestones focused on proving individual compute components in space, the emerging space economy requires repeatable, mass-manufacturable infrastructure. By combining Sophia Space’s edge-compute software and hardware architecture with Redwire’s space heritage in deployable solar arrays and thermal rejection systems, the coalition aims to establish a reliable blueprint for industrial-scale orbital data centers.
“We’re past the point of asking whether high-performance computing belongs in orbit,” said Rob DeMillo, CEO and Cofounder of Sophia Space. “The question now is how quickly we can scale it. Redwire brings the deployment and systems expertise that can help us move from individual missions to persistent computing infrastructure in orbit. That is the transition we’re building toward now.”
“The demand for global computing is scaling exponentially, and the advancement of orbital data centers represents an exciting paradigm shift where space infrastructure can scale critical capacity beyond the constraints of terrestrial infrastructure,” said Al Tadros, Chief Technology Officer, Redwire Space. “As a leading space infrastructure provider, Redwire is translating the maturation of the orbital data center market into exciting opportunities to build next-generation architectures that could unlock significant economic value.
Targeted Defense and Commercial Expansion
Sophia Space and Redwire plan to jointly bid on select U.S. government and defense initiatives, focusing on programs spearheaded by key national security space agencies:
DARPA (Defense Advanced Research Projects Agency)
AFRL (Air Force Research Laboratory)
SDA (Space Development Agency)
NRO (National Reconnaissance Office)
Joint activities will encompass collaborative concept formulation, co-developed R&D initiatives, joint defense proposals, and commercial expansion into international space markets. By shifting computing workloads from ground-based facilities directly to orbit, the partnership supports national security priorities for rapid, real-time intelligence, surveillance, and reconnaissance (ISR) processing.
