In a significant move to bolster the United States’ defense industrial base, All.Space—a pioneer in intelligent satellite communications—has been awarded a critical contract by the Defense Innovation Unit (DIU). The agreement, finalized this week, marks a pivotal step in the Pentagon’s broader strategy to transition from prototype-heavy development to high-volume, resilient space manufacturing.
The contract, executed through an Other Transaction Authority (OTA), positions All.Space as a “disruptive innovator” within the DIU’s Adaptive Space Manufacturing and Integration at Scale (10²) project. By leveraging this framework, All.Space is tasked with accelerating the production velocity of its flagship Hydra satellite terminal, a technology designed to provide seamless, multi-orbit connectivity for military operations.
The Core Mandate: Manufacturing at the Speed of Need
The DIU’s 10² project is designed to bridge the gap between niche, high-cost technology demonstrations and the large-scale deployment of hardware required for modern contested environments. For the U.S. military, the ability to rapidly field resilient communications terminals is no longer a luxury; it is a fundamental requirement for multi-domain operations.
The mandate for All.Space is clear: demonstrate the capability to produce Hydra terminals at a pace that supports hundreds of units per month and thousands annually. This shift toward "on-demand" production is essential to outpace adversaries who are increasingly capable of disrupting traditional satellite links. By utilizing an iterative design-build-test-validate cycle, All.Space aims to mature its manufacturing readiness levels (MRLs) to meet the rigorous demands of the Department of Defense (DoD).
A Chronology of Strategic Alignment
The journey of All.Space to this contract award reflects a deliberate shift in the company’s corporate and operational identity, aligning it more closely with the strategic interests of the U.S. government.
- Foundation and Early Innovation: Originally rooted in the U.K., All.Space built its reputation on developing “smart” antennas capable of tracking multiple satellites simultaneously across different orbits (LEO, MEO, and GEO).
- The York Acquisition (2026): A watershed moment occurred when York Space Systems, a major player in the small-satellite market, acquired All.Space. This merger created a vertically integrated powerhouse capable of providing both the space-based infrastructure and the terrestrial user terminals required for a resilient communications loop.
- Relocation to the U.S. (2026): Recognizing that the most significant market for its high-end defense products was within the U.S. military, the company relocated its global headquarters to the United States.
- Establishing the Alabama Hub: The company inaugurated a new technical and manufacturing center in Florence-Muscle Shoals, Alabama. This move was specifically designed to foster a domestic supply chain, ensuring that the production of sensitive defense technologies remains on U.S. soil.
- The DIU OTA Award (2025/2026): Following the establishment of its Alabama hub, the company was selected for the 10² program, signaling the government’s confidence in All.Space’s transition from a research-and-development firm to a production-scale manufacturer.
The Hydra Terminal: Technical Sophistication
The Hydra terminal is not merely a satellite dish; it is an intelligent, software-defined communication platform. Its primary differentiator is its ability to perform “simultaneous, multi-beam, multi-orbit” operations. In a standard military setting, soldiers often have to choose between different satellite constellations or frequencies, leading to latency and connectivity gaps.
The Hydra platform, however, can connect to Low Earth Orbit (LEO) satellites for high-speed data, while simultaneously maintaining a connection to Geostationary (GEO) assets for secure, resilient command-and-control links. The DIU’s interest in this specific technology stems from the need for “software-defined resiliency”—the ability to switch between satellite providers and frequency bands instantly if one is jammed or degraded by electronic warfare.
Official Perspectives and Leadership Strategy
The leadership at All.Space has emphasized that this contract is not just about producing more units, but about changing the philosophy of hardware deployment.
Rod McCurdy, Chief Operating Officer at All.Space, highlighted that the 10² program is a direct response to the "readiness and deployment challenges" currently facing the DoD. “Hydra was designed to deliver resilient connectivity across multiple networks and orbits,” McCurdy noted following the announcement. “This effort provides an opportunity to demonstrate how those capabilities can be delivered at the pace required by next-generation space and defense architectures.”
The acquisition by York Space Systems has been instrumental in this development. During previous briefings, the CEOs of York and All.Space articulated a vision for a "closed-loop" defense communications architecture. By integrating the manufacturing processes of terminal hardware with the satellite constellations they communicate with, the company aims to reduce the "time-to-field" for new technology, a key metric for DIU leadership.
Implications for the Defense Industrial Base
The All.Space contract carries profound implications for the wider defense sector, particularly regarding how the U.S. government manages its supplier relationships.
1. Reshoring and Supply Chain Resilience
By incentivizing All.Space to establish a manufacturing footprint in Alabama, the DIU is effectively subsidizing the re-industrialization of the U.S. tech sector. This reduces dependence on international supply chains, which have become increasingly vulnerable due to geopolitical tensions.
2. The Move Away from "Program of Record" Stagnation
Historically, the DoD relied on decade-long "Programs of Record" that often resulted in hardware being obsolete by the time it was deployed. The use of OTAs (Other Transaction Authorities) like the one awarded to All.Space allows the government to bypass some of the more cumbersome procurement processes. This encourages a “fail fast, fix fast” culture that is standard in the commercial tech sector but rare in military acquisition.
3. The Multi-Orbit Reality
The Hydra terminal validates the Pentagon’s shift toward multi-orbit, multi-vendor architectures. The DoD is moving away from a reliance on any single satellite constellation, such as a traditional MILSATCOM system, and toward a hybrid architecture that includes both government-owned assets and commercial LEO constellations. The Hydra terminal acts as the "connective tissue" that makes this hybrid model possible.
Future Outlook: Scaling to the Thousands
While the specific dollar value of the OTA remains undisclosed, the scale of the goal—thousands of units per year—suggests a multi-million dollar commitment from the DIU. As the program progresses, All.Space will undergo a series of qualification gates. These include environmental stress testing, signal integrity analysis in simulated contested environments, and, ultimately, mass-production line validation.
The success of this program will be measured by the "Rate of Production" (ROP). If All.Space can prove that it can churn out these terminals with consistent quality, the company will likely become a cornerstone provider for the U.S. Army, Navy, and Air Force, as they seek to digitize their ground vehicles, maritime vessels, and airborne platforms.
In conclusion, the partnership between the DIU and All.Space represents a shift in the gravity of the defense market. As the satellite communications industry matures, the value is shifting away from the satellites themselves and toward the intelligent terminals that make those satellites usable in the heat of combat. By focusing on the scalability of the Hydra terminal, the DoD is ensuring that its soldiers have the high-bandwidth, resilient, and "always-on" connectivity required for the battlefield of tomorrow.
