Singularity can be integrated into existing mission architectures on an accelerated timeline because it extends the existing SBMS architecture rather than introducing a new system.

Singularity extends SBMS to let operators coordinate multiple mission effects simultaneously and in real time from a single unified interface.

The satellite jamming demonstration used Saber Astronautics’ Space Battle Management System (SBMS) Singularity platform.

Singularity supports kinetic operations, rendezvous and proximity operations, optical effects, and other mission requirements.

SBMS supports thousands of users across the United States, NATO, and allied partners.

Saber Astronautics’ SBMS holds a continuous authority to operate and is deployed across classified U.S. Space Force networks.

SBMS is fielded in classified environments and operationally accepted across multiple U.S. Space Force Combat Forces Command and STARCOM units.

Saber Astronautics conducted a live satellite jamming operation from an exhibit booth at the 41st Space Symposium in Colorado Springs.

The demonstration targeted an authorized satellite service in a controlled environment.

Lt. Gen. Douglas Schiess’s 34-year career has included assignments as an ICBM crew commander, a GPS crew commander, and head of space forces for U.S. Air Forces Central Command during the war in Afghanistan.

The Trump administration tapped Lt. Gen. Douglas Schiess for a fourth star and to become the Space Force’s next uniformed head pending Senate confirmation.

Lt. Gen. Douglas Schiess supports adding more companies to Space Command’s Commercial Integration Cell.

Lt. Gen. Douglas Schiess’s top priorities include more orbital warfare systems, better space domain awareness, and improved command, control, and communications.

Lt. Gen. Douglas Schiess also commanded the 45th Space Wing, now Space Launch Delta 45, which manages all East Coast rocket launches.

Lt. Gen. Douglas Schiess previously served for nearly two years as the inaugural commander of U.S. Space Forces-Space, the service component of U.S. Space Command.

Lt. Gen. Douglas Schiess supports more data sharing between Space Command’s Commercial Integration Cell and the NRO’s commercial contractors.

Lt. Gen. Douglas Schiess has served as the Deputy Chief of Space Operations for operations since November.

GMV has developed, operated, and maintained mission planning systems for Sentinel-1, Sentinel-2, Sentinel-3, Sentinel-6, and CO2M across their full lifecycle.

The European Space Agency has assigned GMV responsibility for all future Copernicus missions over the next 15 years.

The European Space Agency entrusted GMV with the operational development of mission planning functions for Copernicus expansion missions.

Copernicus is the European Union's principal Earth observation system.

The contract includes detailed development, maintenance, and long-term evolution of the mission planning functions.

Alia Space Systems will serve as a subcontractor to GMV on the Copernicus expansion mission planning contract.

GMV will lead the development and maintenance of mission planning functions for the Copernicus expansion missions Cristal and ROSE-L.

GMV will play a central role in defining, coordinating, and supervising mission planning functions for the remaining new Copernicus missions.

The Sentinels Mission Planning Framework is a generic shared planning platform for current and future Copernicus missions.

The mission planning functions will be integrated with the Sentinels Mission Planning Framework developed by GMV and Alia Space Systems.

Zeno Power CEO Tyler Bernstein said the FY27 NASA budget proposal is creating a new market opportunity for the company’s space product.

The FY27 NASA budget proposal provides $55.4 million in additional funds for the Space Technology Mission Directorate to advance commercial radioisotope systems for use on the Moon.

Zeno Power is seeing interest from private investors in its space product opportunity.

The NASA Reauthorization Act of 2026 included three amendments to boost support for space nuclear priorities.

The FY27 NASA budget proposal sets aside $438.8 million for Mars technology, including fission reactor development as a major focus.

Zeno Power is developing radioisotope systems for the Harmonia project.

BWXT president of advanced technologies Kate Kelly said the commercial space nuclear industry does not exist today but could exist in the future.

NASA is expected to help lead the first-of-a-kind transition to demonstrate space nuclear technology.

The FY27 NASA budget proposal sets aside $135.3 million for radioisotope power systems through a partnership with the Department of Energy.

The Harmonia Radioisotope Power System Tipping Point team will demonstrate a Stirling generator and lander integration system.

The FY27 NASA budget proposal sets aside $100.9 million for space infrastructure and exploration, including funding for the Harmonia Radioisotope Power System Tipping Point team.

The Harmonia Radioisotope Power System Tipping Point team plans to build the demonstrated system into a flight-ready system for future missions.

Breaking Defense documented a 632% increase in satellite and space vehicle deliveries over Lockheed Martin's long-range plan in February 2026.

Congress held hearings on supply chain bottlenecks in early 2026.

Alaska's Pacific launch facility contains Tier-2 and Tier-3 supply chain capacity.

Arizona's defense-aerospace manufacturing cluster contains Tier-2 and Tier-3 supply chain capacity.

Lockheed Martin's multi-tier supplier network was already showing strain across on-board processors, solar panels, propulsion systems, and optical intersatellite links.

The Aerospace Industries Association's 2026 Space Priorities made supply chain resilience a named national priority.

The Arizona Space Commission, Alaska state delegations, and Colorado state delegations participated in the 41st Space Symposium as institutional actors promoting procurement and sourcing opportunities.

Colorado's U.S. Space Force and satellite manufacturing ecosystem contains Tier-2 and Tier-3 supply chain capacity.

Hyperbola-3’s second stage completed cryogenic testing in early February to receive final approval ahead of flight.

The aft end of Hyperbola-3’s second stage had been built and equipped with in-space attitude control thrusters and two storable propellant tanks by December 2025.

iSpace’s Hyperbola-3 is a partially reusable launch vehicle.