Voyager Technologies closed out 2025 with $704.7 million in total liquidity, up 15% from the prior quarter.

Voyager Technologies ended 2025 with a record $265.6 million in total backlog.

The mission is designed to enhance availability, coverage, and operational resilience for continuous monitoring and timely information delivery.

The mission will be executed to institutional-grade quality and program standards reflecting stringent performance and assurance requirements.

The €7.6 million contract is approximately $8.84 million.

Delivery of the satellites for the VirtuaLabs RF environmental monitoring cluster is estimated for the first half of 2028.

The contract reinforces GomSpace’s position as a provider of reliable multi-satellite solutions for demanding operational defense missions.

Oliver Schiewe is Vice President of Satellite Systems at GomSpace.

The contract establishes a new partnership between VirtuaLabs and GomSpace that combines both companies’ extensive experience in their respective domains.

VirtuaLabs will purchase a satellite cluster designed for radio frequency (RF) environmental monitoring under a €7.6 million contract awarded to GomSpace.

The program will leverage GomSpace’s flight-proven satellite platform and subsystem capabilities.

GomSpace will deliver the satellite platform systems including full integration of the complete satellite cluster for the VirtuaLabs mission.

The Space Force’s Commercial Space Office plans to make its first award under the Commercial Augmentation Space Reserve this year, beginning with space domain awareness.

Space Systems Command expects the envisioned allied space domain awareness system to transform disparate data into coherent operational insight to enable faster, evidence-based decision-making and to support joint and coalition commanders in contested environments.

Space Systems Command wants insights from domestic and allied-nation companies on possible collaboration with Canada on an allied command-and-control system for space domain awareness.

The Space Force will take a crawl, walk, run approach to capabilities acquired through the Commercial Augmentation Space Reserve.

GSSAP satellites maneuver to conduct rendezvous and proximity operations to monitor and inspect other satellites.

The Commercial Augmentation Space Reserve is Space Systems Command’s effort to ensure access to commercial capabilities in times of conflict and crisis.

The Commercial Space Office is considering using the Commercial Augmentation Space Reserve for capabilities such as manufacturing as a service and other mission sets.

Space Systems Command invited international companies, including Canadian firms, to respond to its notice on allied space domain awareness command and control collaboration.

Space Systems Command requires an envisioned space domain awareness system to ingest, fuse, and share data across multiple domains and classification levels and to access and fuse SDA data from diverse sources.

Space Systems Command views trimming requirements in the RG-XX program and incorporating commercial technology as a guide for future acquisitions.

The Commercial Augmentation Space Reserve conducted a space domain awareness wargame last July at the Space Domain Awareness Tools, Applications and Processing Lab in Colorado Springs, Colorado.

The Space Force may soon award a contract for the Geosynchronous Reconnaissance & Surveillance Constellation program as an envisioned commercial replacement for the eight GSSAP satellites built by Northrop Grumman.

Space Systems Command expects the envisioned allied space domain awareness system to enhance command and control at different echelons, ensure interoperability for space, joint, and combined operations, provide mission assurance and continuity of operations, automate or augment manual processes, adapt to changes within the space domain, and account for life cycle sustainment.

Space Systems Command has a letter of offer and acceptance with the Canada Department of National Defence on space domain awareness command and control.

SAR systems emit their own microwave pulses that penetrate heavy tropical cloud cover, smoke, and total darkness and reflect off metallic hulls and agitated water.

In the South China Sea and other contested waters, expanded SAR coverage is increasing transparency and exposing gray-zone maritime operations to the international community.

Synthetic Aperture Radar (SAR) satellites can maintain persistent surveillance over the world’s oceans under conditions that render traditional optical sensors and aerial patrols ineffective.

SAR provides high-resolution evidence that is resilient to interference and supports observation of maritime activities as they happen.

Layering SAR detections over AIS data allows maritime authorities to identify and prioritize targets that are physically present but electronically invisible.

SAR systems are technically independent from environmental constraints that limit optical imagery.

ICEYE, Capella Space, Umbra, and Synspective have deployed high-revisit constellations of SAR small satellites.

High-temporal-density SAR revisit enables detection of "dark vessels" that have disabled their Automatic Identification System (AIS) transponders.

SAR satellite operators have shifted from massive single-satellite missions to clusters of small satellites that can pass over a specific maritime coordinate multiple times per day.

SAR is the primary solution for monitoring vast maritime zones where illegal activities often operate under the cover of weather.

SAR constellations allow nations with limited naval fleets to monitor ship-to-ship transfers, identify suspicious maritime patterns associated with smuggling, and track illegal fishing fleets in real time.

Lux Aeterna’s longer-term goal is a production vehicle capable of being reused 15 times or flying up to 15 cumulative years in orbit.

Lux Aeterna’s eventual production vehicle has a target payload capacity between 25% and 40% of vehicle mass.

Konvoy Ventures led Lux Aeterna’s $10 million seed round.

Delphi is scheduled to launch its inaugural mission in Q1 2027.

Lux Aeterna’s platform is intended to enable satellite missions as short as one day.

Lux Aeterna’s Delphi mission in early 2027 is completely booked by customers.

Decisive Point, Cubit Capital, and Wave Function Ventures provided new investment in Lux Aeterna’s seed round.

Lux Aeterna has a Space Act Agreement with NASA to collaborate on Delphi’s heat shield.

Delphi is built to withstand the violence of reentry.

Lux Aeterna’s stated vision is to operate a fleet with tens of vehicles and tens of flights per year within three to four years, scaling to hundreds of vehicles and hundreds of flights per year thereafter.

Lux Aeterna designed and built its own retractable solar array.

Lux Aeterna announced a $10 million seed round to fund the first flight of its reusable satellite platform Delphi.

Space Capital, Dynamo Ventures, and Channel 39 Ventures participated in Lux Aeterna’s seed round.