ThinKom

ThinKom Solutions has won the U.S. Space Force's "Fight Tonight" competition for 2026, beating out competing entries with a containerized satellite ground station designed to replace the kind of fixed dish antenna infrastructure that makes military communications vulnerable to detection and attack. Space Systems Command announced ThinKom as the overall winner on May 6, 2026, selecting the company's Containerized Digital Array through the competition's Tactical Funding Increase pathway, which is designed to accelerate the transition of operational-level capabilities into U.S. Space Force or Department of the Air Force programs. The Fight Tonight competition, now in its fourth consecutive year, is run jointly by SSC — the Space Force's capability acquisition arm — and SpaceWERX, its innovation organization, specifically to fund projects that improve Space Force capabilities and address critical challenges in contested environments. Winning the overall competition puts ThinKom on a pathway toward formal program integration rather than remaining in the technology demonstration phase. The Containerized Digital Array is a transportable satellite communications ground station built inside a standard shipping container. That choice of form factor is not incidental — it allows the system to move through existing military and commercial logistics networks without requiring special handling, permits rapid emplacement without significant site preparation, and makes the ground station look like ordinary cargo rather than a piece of sensitive communications infrastructure. The container houses concealed phased array antenna modules that are coherently combined to produce the kind of beam performance that conventional dish-based ground entry points achieve, but without the large, visually distinctive antenna structure that makes fixed ground stations easy to locate and target. Low visual signature, low heat signature, and low wind signature are all listed as design features in ThinKom's announcement, each addressing a different detection method that an adversary might use to identify and attack a communications node. The underlying antenna technology is ThinKom's Variable Inclination Continuous Transverse Stub, known as VICTS, combined with digital beamforming. VICTS is a phased array approach that ThinKom has developed and refined for satellite communications on moving platforms, and the Containerized Digital Array adapts that mobile communications architecture into a deployable ground station context. The software-defined architecture supports multi-beam, multi-orbit, multi-band, and multi-network operations across Low Earth Orbit, Medium Earth Orbit, Geostationary Earth Orbit, and Highly Elliptical Orbit satellite networks, according to the company's announcement. That breadth of orbital compatibility matters because the satellite communications landscape has changed dramatically as LEO constellations have proliferated alongside traditional GEO systems, and a ground station that can only talk to one type of satellite architecture is increasingly a liability rather than an asset. The interior of the container is fully customizable to support mission-specific equipment including servers, networking, and power systems, with options for enhanced security and environmental controls. That flexibility is what allows the same physical platform to serve different mission requirements without requiring a new container design for each application. A signals intelligence mission and a command and control mission have different rack-mounted equipment needs, but both can occupy the same containerized chassis if the interior is configured appropriately. The system is currently available across C, Ku, K, Ka, and Q-band frequencies, with L/S, X, EO Ka, and V-band variants in development, according to ThinKom's announcement. The vulnerability of fixed satellite ground stations has received increasing attention in defense planning circles as potential adversaries have demonstrated the ability and willingness to target communications infrastructure. A large dish antenna at a fixed geographic location is, from a targeting perspective, a relatively straightforward problem — it can be located by satellite imagery, targeted by precision munitions, or attacked through electronic means. The Containerized Digital Array addresses that vulnerability from multiple directions simultaneously: by making the system mobile, by hiding the antenna aperture inside a container, by distributing ground segment capability rather than concentrating it at a small number of large fixed sites, and by designing for rapid relocation if a position becomes compromised. The Fight Tonight competition's focus on contested environments is a direct reflection of how Space Force and its predecessors have reassessed the survivability assumptions built into legacy space ground architecture over the past decade. Systems designed during periods when space was an uncontested domain and ground stations were considered rear-area infrastructure have become potential vulnerabilities as near-peer competitors have demonstrated anti-satellite capabilities, jamming operations, and the intent to target space-enabled communications in a conflict scenario. Building a proliferated ground segment from transportable, low-signature nodes rather than from large fixed installations is a doctrinal response to that changed threat environment, and ThinKom's Containerized Digital Array is positioned as one building block for that architecture.

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