Voyager Technologies has secured a contract from the US Space Force’s Space Systems Command to develop space-to-space communications technology aimed at strengthening the US military’s satellite data network.
The project will focus on a flight-ready waveform that can support spacecraft operating in different orbits, followed by an on-orbit communications demonstration.
Building A Resilient Network
The contract supports the Department of Defense’s effort to establish a resilient data transport architecture in space.
In simple terms, the system is intended to help military spacecraft exchange information directly and reliably across different orbital environments. Such space-to-space links can reduce dependence on ground stations when satellites need to move data quickly between one another.
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Voyager said the communications system will securely connect tactically linked spacecraft and other systems across multiple orbits. The company will design the waveform to meet specific requirements covering spacecraft weight, power consumption and operational life. These factors are important because satellites have limited room, energy and operating resources.
A waveform is essentially the technical method used to transmit and receive information over a communications link.
For military satellites, it must be designed to work reliably under demanding space conditions while meeting strict hardware and mission requirements. Voyager’s work will therefore cover both the communications design and its performance in an actual space environment.
Testing Communications In Orbit
One of the major requirements of the program is the development of a flight-ready waveform. Voyager will also conduct an on-orbit communication demonstration to assess how the technology performs after being deployed in space. The demonstration is expected to provide practical data on the system’s ability to support space-to-space communications.
The project aligns with the US Space Force’s broader effort to improve communications across proliferated low Earth orbit (LEO), satellite networks. A proliferated constellation uses a larger number of satellites rather than relying on a small group of large spacecraft. This approach can provide more distributed communications and data capabilities, while reducing reliance on individual satellites.
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Voyager said the new work builds on its experience in advanced space electronics and flight-proven systems. Its portfolio includes radiation-hardened designs, precision radio-frequency payloads and electronic systems that have already been used across multiple space missions.
US Space Force Expands Capabilities
The US Space Force is the military branch responsible for organizing, training and equipping forces for space operations.
Established in 2019, it operates under the Department of the Air Force and focuses on areas including satellite communications, space domain awareness, positioning, navigation and timing, and space-based support for military operations. Space Systems Command is one of its major acquisition organizations and manages the development and procurement of space capabilities.
Reliable satellite communications are central to modern military operations because spacecraft support command, intelligence, surveillance and other data-intensive missions.
As satellite networks become more distributed, communications between spacecraft can help move information across a constellation without requiring every transmission to pass through a ground facility. The Voyager contract fits into this wider shift toward more connected and resilient space-based networks.
For the US Space Force, the effort also reflects the growing importance of interoperability and standardized communications. Developing systems that can operate across different orbits and comply with established requirements can help make future satellite networks easier to integrate. The focus on weight, power and design life also addresses practical constraints that affect spacecraft development and deployment.
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Voyager Targets Space Defense
Voyager Technologies operates across the space and defense sectors, developing technologies intended for government and commercial missions.
Its work includes space electronics, communications-related systems and other mission-critical technologies designed for operation in demanding environments. The company emphasizes commercially scalable manufacturing, transparent pricing and predictable costs as part of its approach to delivering defense and space systems.
Matt Magaña, president of Space, Defense & National Security at Voyager, said the company’s objective is to provide secure connections between tactically linked spacecraft and systems while maintaining the ability to manufacture and deliver the technology at scale.
He also highlighted manufacturing capacity, transparent pricing and cost predictability as important factors as the Space Force expands its data network.
The contract places equal emphasis on technical performance and practical deployment. A system designed for space must not only function under radiation and other environmental stresses but also fit within strict limits on size, power and operational life. Voyager’s previous experience with radiation-hardened electronics and precision RF payloads provides a foundation for the new development effort.
The immediate focus will be on completing the flight-ready waveform and preparing for the planned in-orbit demonstration.
If the technology meets the program’s requirements, the work can provide the Space Force with another option for connecting spacecraft across a growing LEO network. The project therefore represents a step toward more distributed and resilient military satellite communications as the US expands its space-based infrastructure.
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