The skies above us are becoming increasingly crowded with satellites, each representing a piece of the growing orbital technology puzzle. In 2026 alone, 509 satellites have been launched into Low Earth Orbit (LEO) joining the 17,435 active payloads already tracked by Orbital Radar. These launches originate from global space hubs, including the Vandenberg Space Force Base in California and the International Space Station.
While government-owned satellites support public infrastructure, the commercial sector is rapidly expanding. SpaceX’s Starlink venture has already deployed 144 satellites this year, leading the charge in high-speed internet connectivity. However, the orbital technology landscape extends far beyond internet provision, encompassing AI infrastructure and global data transmission.
Corporate Pioneers in Orbital Technology
The following companies are at the forefront of the orbital technology revolution, each with unique projects and ambitious goals. From AI-powered satellites to space-based cellular networks, these corporate giants are reshaping our skies and the way we connect.
Blue Origin: Preparing for a Massive AI Satellite Constellation
Blue Origin based in Kent, Washington, currently has no active satellites in LEO. However, the company is preparing to venture heavily into the satellite sector with Project Sunrise a constellation of up to 51,600 AI satellites. This network aims to meet the ever-growing demand for AI workloads, marking a significant expansion beyond core launch services.
To support this ambitious project, Blue Origin is also developing its TeraWave network. This multi-orbit transport backbone is tailored for enterprise users, government agencies, and terrestrial data centers. By using optical inter-satellite links alongside Q- and V-band radio frequencies, TeraWave is designed to offer highly secure, symmetrical data speeds reaching up to 6Tbps.
Starcloud: Revolutionizing Space-Bound Compute Power
Starcloud a tech startup based in Redmond, Washington, made aerospace history by successfully placing a high-powered NVIDIA H100 graphics processing unit into orbit in November 2026. This achievement represents a significant leap in space-bound compute power.
The firm, valued at US$1.1 billion as of March 2026, is using this infrastructure to execute in-orbit AI training and real-time edge inference on synthetic-aperture radar data. Starcloud’s planned 88,000-satellite constellation seeks to alleviate terrestrial power grid congestion by capitalizing on continuous solar exposure and infinite radiative cooling in the vacuum of space.
AST SpaceMobile: Bridging Global Connectivity Gaps
AST SpaceMobile based in Midland, Texas, is advancing its mission to eliminate global connectivity gaps by building the first space-based cellular broadband network. Operating its commercial BlueBird satellites the company aims to deliver seamless 4G and 5G connectivity directly to standard, unmodified smartphones without requiring specialized ground hardware.
This direct-to-device infrastructure is engineered to complement existing terrestrial networks, allowing mobile network operators to extend their coverage into remote land masses, maritime corridors, and disaster zones. AST SpaceMobile has already executed the first-ever two-way satellite phone calls using standard mobile devices.
Apple: Integrating Orbital Capabilities into Consumer Ecosystems
Apple the consumer technology giant based in Cupertino, California, has integrated orbital capabilities directly into its flagship consumer ecosystem by partnering with satellite operator Globalstar. Rather than launching its own proprietary hardware, Apple has financed and used a substantial portion of Globalstar’s LEO fleet to power its safety infrastructure.
This dedicated connection enables emergency SOS text messaging, roadside assistance, and location sharing through the ‘Find My’ app in regions entirely devoid of cellular coverage. The infrastructure relies on specialized spectrum allocations to bridge the gap between pocket-sized consumer devices and overhead satellite networks.
The Future of Orbital Technology: Challenges and Opportunities
The orbital technology sector is rapidly evolving, with companies like SpaceX forecasting significant opportunities in the AI sector. SpaceX plans to launch orbital data centers to handle AI workloads as early as 2028, addressing the challenges of power consumption and data processing on Earth.
However, the path to space-based data centers is not without obstacles. Masayoshi Son CEO of SoftBank Group has expressed skepticism about the costs and benefits of orbital data centers. Son argues that the AI race will be decided much closer to home, with electricity costs being only a small fraction of the
Despite these challenges, the potential of orbital technology is immense. Companies like Iridium Communications already operate mature, cross-linked LEO networks that provide total geographic coverage across the globe. As the sector continues to grow, we can expect to see even more innovative solutions and ambitious projects from the corporate giants leading the charge.
