en.Wedoany.com Reported - US space communications company Solstar Space is advancing space-based networking and communication technologies to support human spaceflight, satellite operations, lunar exploration, and future deep-space missions. Headquartered in Santa Fe, New Mexico, the company is developing integrated communication solutions to provide continuous connectivity for astronauts, spacecraft, and payloads in low Earth orbit, lunar orbit, the lunar surface, and future missions.
The company's space communication systems focus on radiation-hardened capability, low Size, Weight, and Power (SWaP) architecture, secure communications, and interoperability with existing satellite constellations. Products include radiation-hardened WiFi access points, narrowband and broadband space communicators, and integrated network and communication services. These systems are designed to support connectivity for spacecraft, habitats, astronauts, payloads, rovers, and autonomous systems across multiple orbital and lunar environments. The company positions its network strategy as extending internet-like communication capabilities into space and supporting more flexible, interconnected mission operations.
One of the key technologies under development is a radiation-hardened WiFi access point, a wireless network node specifically designed for spacecraft and lunar operations. The system can provide wireless communication within spacecraft interiors and operational environments while maintaining low volume, low weight, and low power consumption. The access point is fully customizable for government and commercial space stations, crew capsules, habitats, lunar landers, rovers, and spacesuits. In the lunar environment, it can support network connectivity for habitats, rovers, astronauts, and mission systems, and can integrate with lunar communication architectures such as LunaNet.
Simultaneously under development, the Deke Narrowband Space Communicator is a narrowband, two-way communication system designed to maintain low-bandwidth connectivity with space-based assets. The platform supports remote spacecraft command and control, orbital payload management, astronaut medical monitoring, and IoT connectivity for space infrastructure. The system can be integrated into small satellites, launch vehicles, Earth observation satellites, and space stations, enabling two-way communication between orbital assets and internet-connected devices on Earth or in space. The communicator is optimized for narrowband satellite communications and integrates encryption and authentication protocols to enhance security.
For missions requiring higher bandwidth, the Slayton Broadband Space Communicator provides high-speed data relay, supporting real-time video streaming, video conferencing, rapid transmission of Earth observation data, payload monitoring, and spacecraft management. The platform supports larger data transmissions than narrowband systems, including downlinking Earth observation imagery, video communication between astronauts and mission control teams, and network connectivity between spacecraft and orbital infrastructure.
Solstar Space is also developing integrated network and communication services that provide continuous connectivity between ground operators and orbital assets. Services include broadband and narrowband connectivity options, as well as operational networks supporting WiFi. These services support voice, video, telemetry, operational data transmission, and inter-spacecraft communication. The company states that service plans can be adapted to different mission types, operational scales, and customer needs, covering government, commercial, scientific, and exploration missions.
Solstar Space is a Santa Fe-based space communications company focused on developing networking and connectivity solutions for spacecraft, satellites, lunar systems, and human spaceflight missions. Its product portfolio includes radiation-hardened WiFi access points, the Deke Narrowband Space Communicator, the Slayton Broadband Space Communicator, and integrated space networking and communication services. These technologies are used to support spacecraft communications, payload operations, astronaut connectivity, telemetry transmission, remote command and control, and onboard networking, applicable to orbital and lunar environments.
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