Xona Space Systems and Astroscale Forge Partnership for Resilient PNT Services
San Jose, CA & Tokyo, Japan – August 13, 2025 – Xona Space Systems, a pioneer in next-generation Global Navigation Satellite System (GNSS) technology, and Astroscale Holdings Inc., a leader in space debris mitigation and Active Debris Removal (ADR) services, have announced a significant strategic partnership. This collaboration aims to deliver highly resilient and secure Positioning, Navigation, and Timing (PNT) services, addressing critical needs in an increasingly complex space environment.
The partnership leverages Xona’s innovative multi-constellation GNSS receiver technology, designed for enhanced accuracy, security, and resistance to interference, with Astroscale’s pioneering capabilities in on-orbit servicing and space situational awareness. Together, they are poised to offer a robust PNT solution that is not only resilient against traditional jamming and spoofing but also capable of maintaining continuity of service even in the face of orbital debris threats or potential malicious activities.
Xona Space Systems has been at the forefront of developing GNSS receivers that can operate across multiple satellite constellations, including traditional systems like GPS and Galileo, as well as emerging commercial PNT constellations. Their technology is engineered to provide uncompromised PNT data, even in challenging radio frequency environments.
Astroscale, renowned for its commitment to sustainable space operations, is developing a suite of services including satellite refueling, in-orbit inspection, and debris removal. Their expertise in navigating and interacting with objects in orbit, coupled with their growing network of space situational awareness capabilities, provides a unique advantage in ensuring the long-term viability and security of space-based infrastructure.
Under the terms of the agreement, Xona’s advanced PNT receivers will be integrated into Astroscale’s future service platforms. This integration will allow for the continuous monitoring and validation of PNT signals, even if primary GNSS services are disrupted. Furthermore, Astroscale’s ability to de-orbit defunct satellites and potentially service or move orbital debris will contribute to a cleaner and safer space environment, which is fundamental for the reliable operation of sensitive PNT systems.
“We are thrilled to partner with Astroscale, a company that shares our vision for a more secure and sustainable future in space,” said [Name and Title of Xona Representative, e.g., Dr. Sarah Chen, CEO of Xona Space Systems]. “The increasing reliance on PNT services across critical sectors like defense, transportation, and finance necessitates a robust and resilient approach. By combining Xona’s cutting-edge PNT technology with Astroscale’s pioneering on-orbit servicing capabilities, we can offer unparalleled assurance of service continuity and integrity, even in the face of evolving threats.”
[Name and Title of Astroscale Representative, e.g., Mr. Takashi Nishioka, CEO of Astroscale Holdings Inc.] added, “Astroscale is dedicated to ensuring the long-term sustainability of space. This partnership with Xona Space Systems aligns perfectly with our mission. Reliable PNT is the bedrock of many space-based applications, and by working together, we can provide a critical layer of resilience that protects these vital services from disruption, whether it’s due to natural orbital hazards or other factors.”
The collaboration is expected to accelerate the development and deployment of next-generation resilient PNT solutions, offering enhanced security and reliability to governments and commercial entities worldwide. Both companies anticipate that this partnership will play a pivotal role in securing the future of critical space-based services and operations.
Xona Space Systems, Astroscale partner for resilient PNT
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Electronics Weekly published ‘Xona Space Systems, Astroscale partner for resilient PNT’ at 2025-08-13 05:06. Please write a detailed article about this news in a polite tone with relevant information. Please reply in English with the article only.