In Orbit Data Centers Market - 25 August 2025 (1)

1. In-Orbit Data Centers Market, Forecast, Key Players | BIS Research The world’s appetite for data is expanding at an unprecedented pace, driven by artificial intelligence (AI), cloud computing, satellite communications, and the Internet of Things (IoT). Traditional, land-based data centers are struggling to keep up with demands for low latency, high bandwidth, energy efficiency, and sustainability. Enter in-orbit data centers—a revolutionary concept that shifts high-performance computing into space. The In-Orbit Data Centers Market is projected to be $1,776.7 million in 2029, and it is expected to grow at a CAGR of 67.40% and reach $39,090.5 million by 2035. What are In-Orbit Data Centers? In-orbit data centers are space-based computing facilities designed to process, store, and transmit massive amounts of data directly from orbit. They use satellites, radiation-hardened servers, AI-driven edge computing, and high-speed optical communication networks to tackle challenges such as Latency reduction – real-time processing closer to data sources Bandwidth efficiency – reduced need for terrestrial transmission Energy sustainability – leveraging continuous solar power in orbit Climate impact – lowering the carbon footprint of traditional data centers Key Applications in In-Orbit Data Centers ● Telecommunications and Connectivity ● Earth Observation and Remote Sensing ● Artificial Intelligence and Edge Computing ● Defense and National Security ● Sustainable Cloud Infrastructure Key Market Drivers ● Vehicle Electrification – OEMs are pushing for lighter, energy-efficient components, and FPCs offer significant weight savings over rigid PCBs. ● Premium In-Cabin Experiences – Luxury brands and EV manufacturers are investing in curved OLED displays, ambient lighting, and seamless touch

2. controls. ● Design Innovation – FPCs enable minimalist, futuristic interior designs that would be impossible with conventional boards. ● Sustainability Goals – Potential for recyclable materials and reduced manufacturing waste supports automakers’ ESG commitments. Market Segmentation 1 By Component ● Antenna ● Power Source ● Payload ● Servers ● Storage Systems ● Networking Devices ● Others 2 By Region ● U.S. ● Europe ● Asia-Pacific Request a sample of this report on the In-Orbit Data Centers Market Key Players ● Star Cloud, Inc. ● NTT Corporation ● Axiom Space, Inc. ● OrbitsEdge and many others Market Growth Drivers The sector’s rapid rise is fueled by a convergence of technology and demand:

3. ● AI & Edge Computing: Real-time analytics, model training, and IoT integration are pushing the need for ultra-secure, low-latency data centers in orbit. ● Satellite Expansion: Low Earth Orbit (LEO) satellites are creating opportunities for scalable, modular data hubs. ● Sustainability Goals: Orbital data centers are envisioned as carbon-neutral alternatives to land-based facilities. ● Defense & Security Needs: Governments are investing heavily in secure space-based data processing. Visit our Space Aerospace Vertical Page ! Recent Developments in the In-Orbit Data Centers Market ● Star Cloud, Inc. has raised over $10 million in October 2024 to develop space-based data centers for AI training, aiming to achieve gigawatt-scale capacity. The company plans to launch a demonstration satellite in 2025 as part of Nvidia’s Inception program, utilizing 24/7 solar power to reduce energy costs. The company has claimed its space-based data centers will be significantly more cost-effective than terrestrial alternatives, though challenges remain about launch costs, system durability, and infrastructure maintenance. ● NTT Corporation and Sky Perfect JSAT, through their joint venture Space Compass in April 2022, are pioneering space-integrated computing networks to enhance global connectivity by linking terrestrial, aerial, and space-based communication via high-speed optical transmission. This initiative supports Beyond 5G and 6G networks, utilizing High-Altitude Platform Stations (HAPS) and low Earth orbit satellites for seamless data exchange and real-time Earth observation. FAQ Section Q What is an in-orbit data center? An in-orbit data center is a space-based computing facility that processes, stores, and transmits data directly from orbit. Unlike terrestrial data centers, these rely on satellites, radiation-hardened servers, and optical communication to deliver low-latency, high-security, and energy-efficient computing solutions.

4. Q How are in-orbit data centers more sustainable than terrestrial ones? They leverage continuous solar energy in orbit, reducing dependency on Earth-based electricity grids. This makes them a carbon-neutral alternative to traditional data centers, which are among the world’s largest energy consumers. Q When will in-orbit data centers become operational? Pilot projects are already underway. For example: Axiom Space’s orbital data center module is scheduled for launch in 2026, Star Cloud is set to demonstrate its AI-focused orbital data center in 2025, Full-scale deployment is expected toward the early 2030s. Q What is the long-term outlook for in-orbit data centers? By 2035, gigawatt-scale orbital clusters are expected to support global digital infrastructure, interplanetary communication, and deep-space exploration—positioning in-orbit data centers as the backbone of the next-generation cloud ecosystem. Conclusion The in-orbit data center market is not just an emerging trend, it represents a paradigm shift in the future of digital infrastructure. By moving data processing and storage beyond Earth, these orbital hubs promise unprecedented speed, security, sustainability, and scalability. From powering 5G/6G networks and Earth observation to supporting deep-space missions and sustainable cloud computing, the applications are vast and transformative. Industry pioneers like Star Cloud, Axiom Space, NTT Corporation, and OrbitsEdge are already laying the groundwork for this new era, backed by collaborations with leading tech giants and space agencies.