Solving the Autonomy Achilles' Heel: Somewear Labs Secures MDCA Contract

SAN FRANCISCO, CA – October 08, 2026 – The modern battlefield is undergoing a seismic shift, driven by the rapid proliferation of uncrewed systems and the suffocating reality of electronic warfare. As the military apparatus accelerates its push to field autonomous swarms at scale, it faces a critical bottleneck: maintaining command and control when communications links inevitably degrade. San Francisco-based defense technology startup Somewear Labs has positioned itself at the center of this challenge, announcing a new contract to advance resilient networking capabilities in support of the Pentagon's uncrewed systems (UxS) priorities.

The award directly supports the Multi-Domain Collaborative Autonomy (MDCA) program, an ambitious initiative designed to ensure disparate uncrewed platforms can operate seamlessly across contested environments. By leveraging novel, secure satellite communication (SATCOM) links and intelligent networking software, the startup aims to solve what is widely considered the Achilles' heel of autonomous warfare: the fragility of line-of-sight communications in heavily jammed theaters.

Overcoming the Electromagnetic Choke Point

For years, the defense industry has watched uncrewed aerial and ground vehicles transform tactical operations. Yet, the operational reality in theaters from Eastern Europe to the Indo-Pacific has demonstrated that drones are only as effective as their communication links. When adversaries deploy sophisticated electronic warfare (EW) to blanket an area with jamming signals, traditional single-channel, line-of-sight (LOS) radios fail. The result is often the loss of the asset, or worse, the failure of a critical mission.

Somewear Labs is addressing this vulnerability through its software-defined network and its proprietary low-SWaP (Size, Weight, and Power) multi-network radio, known as Horizon. Developed in response to the urgent operational need for beyond-line-of-sight (BLOS) command and control, Horizon allows mission data to move across multiple heterogeneous networks. If a primary mesh network is jammed, the intelligent routing software automatically adapts, failing over to secure SATCOM or other available links without disrupting the applications and systems operators rely upon.

The competitive landscape for tactical networking is fierce, dominated by established players like Silvus Technologies, Persistent Systems, and TrellisWare. Silvus's StreamCaster and Persistent's MPU5 radios offer phenomenal bandwidth and advanced Mobile Ad Hoc Network (MANET) capabilities. However, these legacy systems are often characterized by higher weight, significant power draw, and steep price tags—factors that run counter to the Pentagon's emerging doctrine of mass-producing cheap, "attritable" drones.

By focusing on a low SWaP-C (Size, Weight, Power, and Cost) profile, Somewear has positioned Horizon as a highly scalable alternative. The platform provides original equipment manufacturers (OEMs) with a faster, more affordable path to integrate resilient connectivity directly into smaller uncrewed systems, ensuring that even expendable drones can maintain contact with command centers when primary links are severed.

Connecting the Replicator Era and JADC2

The strategic timing of this contract cannot be overstated. The award arrives against the backdrop of significant geopolitical and organizational shifts. Most notably, the recent transition of the Department of Defense to the "Department of War"—a renaming initiated by executive order in late 2025 and formalized by Congress in 2026—signals a profound cultural pivot. This rebranding reflects a broader institutional focus on aggressive readiness, lethality, and the rapid deployment of next-generation combat capabilities.

Central to this new posture is the Replicator initiative and the overarching framework of Joint All-Domain Command and Control (JADC2). The Department of War envisions a future where thousands of autonomous systems collaborate across air, land, sea, and space. But swarm intelligence requires seamless, uninterrupted data sharing. Disparate uncrewed systems must be able to communicate not just with human operators, but with one another, forming a decentralized, self-healing network.

The MDCA program is the tip of the spear for this interoperability challenge. By standardizing low-SWaP communications hardware that can automatically route data across various transports, the Pentagon is laying the groundwork for true collaborative autonomy. Somewear's technology acts as the connective tissue for this vision, supporting the "last mile" of JADC2 by ensuring that critical targeting and situational awareness data—often visualized through platforms like the Android Tactical Awareness Kit (ATAK)—reaches the tactical edge regardless of electromagnetic interference.

Commercial Tech to the Frontlines

The trajectory of Somewear Labs serves as a compelling case study in the Pentagon's evolving acquisition strategy. Historically, defense procurement has been a sluggish, multi-year process, often resulting in technology that is obsolete by the time it reaches the warfighter. Today, the emphasis is on rapid prototyping and the immediate transition of commercial technology to military applications.

Somewear's roots lie not in the defense industrial base, but in the commercial sector. Following a personal tragedy involving a friend lost at sea due to communication failures, CEO James Kubik co-founded the company to build reliable tracking and communication tools for outdoor enthusiasts and public safety personnel. That foundational technology—which prioritized intelligent data routing in bandwidth-constrained environments—proved highly transferable to the military domain.

Through a series of strategic engagements, including a $1.8 million contract with the U.S. Air Force for interoperability, a Defense Innovation Unit (DIU) contract for U.S. Marine Corps deployments, and a recent $74,999 purchase order from the Air Force Research Laboratory (AFRL) specifically for unmanned systems connectivity, the firm systematically proved its capabilities. Horizon moved from concept to downrange deployment in a matter of months, working alongside drone manufacturers to refine the technology against real-world mission needs.

Defense leadership has taken note of this accelerated pipeline. "Maintaining assured command and control as links degrade is one of the hardest problems in fielding uncrewed systems at scale," noted Dr. An "Mike" Tran, Director of Prototyping at ODASW (P&E), in the official announcement. "Building on proven, low-SWaP networking technology, configuring it to new requirements, and rapidly integrating it across additional platforms and missions is exactly how we accelerate capability transition to the warfighter."

This sentiment underscores a vital shift in how the Department of War views innovation. It is no longer solely about funding massive, bespoke defense programs; it is about finding agile, software-defined solutions that can be iteratively updated at the speed of relevance.

"As the Pentagon moves to field more capable UxS at greater scale, the network must evolve with the platforms," Kubik stated regarding the new award. "We've focused on building a networking architecture that gives OEMs a faster path to integrate resilient connectivity, while providing operators the flexibility to maintain command and control as missions, platforms, and communications conditions change."

As the defense community converges on the AUSA 2026 exposition later this month, where the Horizon platform will be demonstrated, the industry will be watching closely. The ability to guarantee connectivity in the most hostile electromagnetic environments is no longer just a technical requirement; it is the foundational pillar upon which the future of autonomous warfare rests.