Commercial firms press Space Force on slow satellite integration

On Nov. 2, 2026, commercial space firms and defense analysts pressed the U.S. Space Force about the slow incorporation of commercial satellite services into frontline national security systems, while industry executives said the military is not purchasing spacecraft in enough numbers or moving quickly enough. Aerospace contractors warned the same day that entrenched military acquisition processes and multi-year Department of Defense budget cycles hinder rapid procurement, even though commercial developers can build, deploy, and refresh software-defined satellite networks within months.

The criticism follows repeated warnings that turning rapid-launch demonstrations into lasting procurement structures remains unresolved. Tactically Responsive Space capabilities require satellite call-up, payload adaptation, and orbital insertion within 24 to 48 hours of notice, but one-off efforts such as the Victus Nox mission have not yet produced durable buying mechanisms.

Rollout of the Commercial Augmentation Space Reserve framework trails behind schedule, leaving pre-negotiated surge pacts and commercial satellite data-purchase deals short of money, according to industry sellers. Space Systems Command and its Commercial Space Office plan to examine commercial integration rules in a series of industry panels running through the first quarter of 2027.

In May, the Space Force awarded SpaceX contracts valued at more than $6 billion to develop the Space Data Network Backbone optical communications mesh and to fund the Space-Based Airborne Moving Target Indicator constellation for tracking airborne threats from orbit.

The Hybrid Space Architecture program began in 2022 under a Defense Innovation Unit, U.S. Space Force, and Air Force Research Laboratory partnership, aiming to field an operational pilot network during 2026. The initiative combines military spacecraft with commercial satellites, cloud computing, and AI tools across multiple orbits to improve resilience and complicate adversary targeting.

The Defense Innovation Unit stated in May 2025 that faster merging of commercial space technologies is necessary for the U.S. military to keep pace with swiftly changing threats, an announcement that expanded the Hybrid Space Architecture program. Col. Timothy Trimailo said in July 2025 at the Innovate Space Global Economic Summit in Arlington that integrating commercial capabilities into future defense architectures is a strategic imperative rather than just augmentation.

Space Systems Command Commander Lt. Gen. Philip A. Garrant said at the 2025 Space Symposium that nobody got a pass in the service’s review of programs to determine where commercial capabilities can replace or augment government-developed systems.

In September 2025, the Joint Commercial Operations cell announced a reorganization to shift from an experimental testbed to an enduring construct, mirroring the Tactical Surveillance, Reconnaissance and Tracking program that JCO absorbed in October 2024. Congress authorized $86.6 million for commercial TacSRT, up from approximately $60 million in the previous budget.

The 2026 National Defense Authorization Act authorized services to buy consumption-based solutions as fixed-price units and strengthened a buy-before-build requirement obligating agency heads to seek commercial solutions before building their own. The act also authorized a study on establishing TacSRT as a program of record by July 31, 2026; the House had established TacSRT as a program of record, but the approved compromise legislation curtailed the effort in favor of the feasibility study.

Space domain awareness vendors can win agile short-term Joint Commercial Operations contracts lasting four to six weeks, which help spur competitiveness but clash with commercial business models. Chief of Space Operations Gen. Chance Saltzman said fielding systems under new testing approaches will create discomfort for mission assurance, describing a period of being unanchored and unmoored as the service explores better ways to field commercial capabilities.

Audrey Schaffer, senior vice president of global policy and government strategy at Slingshot Aerospace, stated that a very senior Space Force official asked her why more commercial capabilities have not been adopted if commercial technology is so great. “If commercial is so great, why haven’t we done more of it?” Schaffer said. Government-commercial partnerships in space domain awareness have long faced challenges in ingesting commercial sensor data into government systems, prompting internal questions from military leadership.

Space Systems Command announced in September 2025 that the ATLAS software platform reached operational acceptance, a milestone for the system designed to replace the legacy Space Defense Operations Center and sit atop Palantir’s Warp Core data layer within the Combined Space Operations Data Architecture. The source describes ATLAS as one of Space Force’s problem children, and Space Force is working on a Unified Data Library API Gateway to align Unified Data Library data formats with the ATLAS standard.

A 2023 Government Accountability Office report determined that Space Force units tasked with monitoring space objects did not use the Unified Data Library because it lacked integration with their operational systems, producing significant disincentives like manual data searches and formatting. The cloud-based repository fuses data from government and commercial sensors, supporting thousands of users across more than two dozen countries.

A White House executive order from April 2025 on modernizing defense acquisitions and a November Defense Department memo restructuring acquisition authorities show a willingness to close the gap between commercial and military technology. NATO approved its inaugural Commercial Space Strategy during 2025, urging tighter cooperation with commercial providers, more flexible acquisition models, and broader use of commercial services in peacetime and conflict.

Researchers at the Potomac Institute for Policy Studies found in March 2026 that many current laws, rules, and bureaucratic practices might delay the Space Force’s move toward a fully integrated hybrid architecture, citing classification limits, export controls, acquisition demands, and interoperability criteria.

John Paul Parker wrote “Contested Space” to examine why commercial innovation struggles to penetrate the defense acquisition system. Parker argues that even with policy encouraging commercial integration, many officials still depend on cleared defense contractors and remain wary of nontraditional firms.

Giovanni Sembenini of Italy’s Ministry of Defence warned in a NATO Science and Technology Organization study that adversaries are actively developing capabilities designed to disrupt allied space systems. Allied officials view space as a contested warfighting domain and emphasize that interoperability across national and commercial boundaries is a strategic necessity. “This critical task requires more accurate, robust, resilient, and timely Space Domain Awareness,” Gen. Stephen N. Whiting said.

The Space Force completed its set of nine mission-area-focused portfolio acquisition executives on June 22 via a memo from Acting Assistant Secretary for Space Acquisition and Integration Thomas Ainsworth, with portfolios spanning Space Access, Space-Based Sensing and Targeting, Missile Warning and Tracking, Infrastructure, Battle Management Command Control Communications and Intelligence, Satellite Communications and PNT, Advanced Capabilities, Electromagnetic Warfare and Cyber, and Space Combat Power.

“These mission-focused PAE structures can and will cross all domains,” Ainsworth said in the memo. Air Force Secretary Troy Meink stated that the service has delegated 90 to 92 percent of contracting authorities down to portfolio acquisition executives to streamline decisions. The transition is part of the service’s effort to carry out defense acquisition reforms, reducing decision-making echelons and delegating hiring and contracting authority to portfolio executives.

The Space Force’s Victus Haze mission flew a Rocket Lab Electron rocket carrying the Puma satellite from New Zealand on June 19, 2026, about 16 hours and 42 minutes after launch orders arrived, breaking the old mark of 27 hours. Puma uses Rocket Lab’s highly maneuverable Pioneer platform and began rendezvous and proximity operations with True Anomaly’s Jackal satellite, which had launched in early May on a SpaceX Falcon 9.

Rocket Lab reported that Puma reached full activation and was ready for its initial orbital move 37 hours and 36 minutes after liftoff, beating the 72-hour goal by 34 hours, while True Anomaly said Jackal finished its first operational mission in 61 hours against a 72-hour cutoff. True Anomaly announced on July 1, 2026, that Jackal completed its first operational Victus Haze sortie, which included several circumnavigations of Puma acting as a noncooperative target spacecraft.

York Space Systems completed five demonstrations over a three-month period under the Dragoon mission, proving that a low-Earth orbit satellite can send and receive tactical data via Ultra High Frequency. The demonstration was part of the truncated Tranche 1 Demonstration and Experimentation System, providing risk reduction for Tranche 2 and enabling two-way connectivity earlier performed from geostationary orbit.

The Space Development Agency called off plans last year to fly 11 Tranche 1 Demonstration and Experimentation System satellites so it could concentrate on fielding its initial spacecraft, after York Space Systems brought the lone Dragoon satellite forward to a June 2025 launch. The T1DES effort was initially a 12-satellite experiment under a York contract worth up to $200 million awarded in 2022, and the formal descope process began in December 2025.

Draft fiscal 2027 policy legislation passed by the House and Senate Armed Services Committees would give the Space Force the go-ahead to dissolve the Space Development Agency amid a broader acquisition shakeup, and the Space Force does not plan to fund more SDA transport satellites beyond Tranche 2. SDA began in 2019 to develop a proliferated low-Earth-orbit constellation and launched its first batch, Tranche 0, in 2023.

Lt. Gen. Douglas A. Schiess testified at a July 16 confirmation hearing that China is developing anti-satellite tests, electromagnetic jamming capabilities, and intelligence-surveillance-reconnaissance satellites to target U.S. forces farther than ever, and if confirmed he would become Chief of Space Operations following Gen. B. Chance Saltzman’s planned summer retirement. The Space Force saw the loss of an estimated 780 civilian employees last year, while Space Systems Command seeks to hire 100 civilians monthly to offset the reductions.

Col. Timothy Trimailo stated in an announcement about the Hybrid Space Architecture expansion that it represents a winning collaboration between the Defense Innovation Unit, Space Systems Command, and the commercial space industry. The Defense Innovation Unit announced a major program expansion in 2025, bringing in more companies and outlining operational demonstrations across several international regions.

In October 2024, Intelsat 33E suffered a catastrophic on-orbit anomaly in Geostationary Orbit that released hundreds of trackable fragments and required days of multi-site observations to confirm no adversary involvement. The incident differed from earlier geostationary anomalies like AMC9, TELKOM1, and Intelsat 29E by producing a larger volume of trackable debris from one satellite, highlighting the need for robust space domain awareness.

Anduril Industries announced on March 10, 2026, that it is acquiring ExoAnalytic Solutions, a space domain awareness provider that fields a commercial telescope network.