Space Force at Five: Has America’s Newest Military Branch Delivered Strategic Value or Just Built a New Bureaucracy in Orbit?

Key Takeaways

• Space Force FY2026 budget hit ~$40 billion, more than double its inaugural $15 billion in FY2021
• SDA’s proliferated LEO constellation is the Space Force’s most consequential operational achievement
• Congress and the Pentagon are still debating whether Space Force can show warfighting results at year five

The Founding and the Promise

When President Trump signed the National Defense Authorization Act establishing the United States Space Force on December 20, 2019, the new service was the first independent military branch created in more than 70 years. Its founding rationale was direct: space had become a warfighting domain, China and Russia were developing capabilities to degrade or destroy American satellites, and the institutional cultures of the Air Force and other services were not well-suited to treating space operations as a primary combat mission rather than a supporting function for operations conducted elsewhere.

Five years later, the service has grown its budget from approximately $15 billion in fiscal year 2021 to roughly $40 billion in fiscal year 2026 after a nearly $14 billion infusion through the reconciliation bill that funded the Golden Dome missile defense initiative. It has established a force of approximately 8,400 “Guardians,” developed a coherent warfighting framework, and deployed a proliferated satellite architecture through the Space Development Agency that is demonstrably more resilient than the legacy exquisite satellite systems it supplements.

Whether those accomplishments constitute strategic value proportional to the institutional investment is a question that defense analysts, congressional appropriators, and military professionals continue to debate seriously. The Space Force’s defenders argue that the service has accomplished in five years what the Air Force failed to do in decades of treating space as a secondary mission. Its critics argue that the service has consumed enormous administrative overhead in standing up a new bureaucratic structure and produced few new capabilities beyond what would have existed within Air Force Space Command. Both positions capture something real, and the honest assessment sits in the space between them.

Budget Growth and What It Buys

The fiscal year 2026 budget trajectory is the most concrete evidence that the Space Force has succeeded in one central institutional mission: convincing Congress and the executive branch that space operations deserve sustained, growing investment. The Trump administration’s FY2026 budget request sought $26.3 billion for the Space Force’s base budget. The reconciliation bill passed as part of the One Big Beautiful Bill Act added $13.8 billion in additional FY2026 spending designated for Space Force programs, pushing the service’s total available funding to approximately $40 billion.

Roughly $7.7 billion of the reconciliation funding is designated for “Long Range Kill Chains,” a Space Force program focused on providing intelligence, surveillance, and targeting data from space to support joint force strike operations. This program traces its conceptual lineage to the E-8C JSTARS aircraft that performed ground moving target indication from 1991 until its retirement in 2023. The space-based version provides “actionable intelligence on adversary surface targets” from orbit, giving it range and persistence that airborne systems cannot match. A new ground moving target indication satellite program received more than $1 billion in standalone funding in FY2026.

The Golden Dome missile defense initiative, announced by President Trump in May 2025 and assigned to Space Force General Michael Guetlein as program lead, is the largest single factor driving the service’s budget growth. Golden Dome envisions a layered space-based missile defense architecture combining boost-phase interceptors, mid-course tracking and engagement systems, and terminal defense capabilities. The reconciliation funding includes $5.6 billion for space-based interceptors and $7.2 billion for space-based sensors directly related to the Golden Dome mission. Total cost estimates for a fully operational Golden Dome system have ranged from approximately $175 billion to more than $540 billion, making the FY2026 allocation a research, development, and early procurement down payment rather than a full system funding commitment.

Space Force officials said they were preparing for continued budget growth into fiscal year 2027. Secretary of the Air Force Troy Meink and Chief of Space Operations General Saltzman told reporters at the Air and Space Forces Association Warfare Symposium in March 2026 that they were in a position to make the case for additional resources and expected the service’s budget trajectory to continue upward given the administration’s stated defense priorities. Chief of Space Operations General B. Chance Saltzman, in statements to reporters at the Air and Space Forces Association Warfare Symposium, indicated that after years of making the case to lawmakers about the nature of the space threat, the message appeared to have landed with the political leadership necessary to fund an adequate response.

The Space Development Agency and Proliferated LEO

Before the Space Force was formally established, the Space Development Agency had been created in 2019 specifically to break the acquisition patterns that had produced large, expensive, exquisite satellites vulnerable to counterspace attack. The SDA’s design philosophy drew directly from the commercial satellite industry: small, capable satellites built at scale using commercial manufacturing approaches, deployed in large numbers in LEO where losing several wouldn’t degrade the overall network’s capability.

The SDA’s National Defense Space Architecture, organized in “tranches” of capability, has been the Space Force’s most consequential programmatic achievement in its first five years. Tranche 1 included 126 Transport Layer data relay satellites and 35 Tracking Layer satellites for missile warning and tracking. By early 2026, all Tranche 1 satellites had been successfully launched and the constellation had achieved limited operational capability. The Tranche 3 tracking layer, a $3.5 billion contract awarded in late 2025 for 72 new satellites planned for launch beginning in 2029, continues the NDSA’s expansion.

The SDA’s approach contrasts sharply with the legacy Space Force acquisition path, which produced sophisticated, highly capable, extremely expensive satellite systems like the Advanced Extremely High Frequency communications constellation and the Space-Based Infrared System for missile warning. The AEHF constellation, which provides protected strategic communications for nuclear command and control, cost more than $7 billion per satellite to develop and deploy. The SBIRS missile warning system, completed at a total program cost of approximately $19 billion, provides extraordinary sensitivity but consists of only a handful of satellites in geosynchronous and highly elliptical orbits. Those systems, built through traditional cost-plus defense acquisition, took decades to develop and cost billions per satellite. They deliver extraordinary performance in peacetime conditions, but their small numbers make them attractive targets: a successful counterspace attack on a small number of AEHF satellites could meaningfully degrade the communications infrastructure the nuclear command and control system depends on.

The proliferated LEO architecture is designed to deny an adversary that targeting leverage. A constellation of 126 transport layer satellites cannot be neutralized by destroying a small number of nodes. Replacing individual satellites is a matter of months rather than years. Whether this architectural advantage will translate into actual warfighting resilience under the conditions of a peer-competitor conflict remains to be demonstrated operationally, but the design logic is sound and has been partly validated by the operational experience of commercial megaconstellations that have maintained service continuity through hardware failures, solar weather events, and orbital maneuvering demands at scales that the legacy defense satellite architecture was never designed to match.

The Warfighting Framework and Its Significance

The Space Warfighting Framework released by the Space Force in April 2025 codified what had been evolving doctrine: space is not simply an enabling domain that supports other military operations but a warfighting domain in its own right, one in which the United States must achieve space superiority, defend its assets, and conduct offensive operations against adversary space capabilities when mission requirements demand it. The document stated that space superiority “unlocks superiority in other domains, fuels Coalition lethality, and fortifies troop survivability.”

The framework’s explicit embrace of offensive counterspace operations represents a significant shift in publicly stated American space policy. For decades, U.S. space doctrine emphasized the defense of American assets and the deterrence of attacks rather than offensive operations. Acknowledging explicitly that the United States needs the ability to “disrupt, degrade, deny or destroy enemy counterspace capabilities” reflects a policy maturation that practitioners had long argued was overdue.

General Saltzman testified to Congress that much of the service’s time and effort had been spent on delivering enabling services to the joint force rather than building capacity to defeat adversary counterspace capabilities. This honest assessment reflects the legacy problem that motivated the Space Force’s creation: the Air Force had built a space enterprise optimized for delivering communications, positioning, and intelligence services to the rest of the military, and that optimization had come at the cost of underinvesting in protection and denial capabilities.

The framework also addresses the role of commercial space infrastructure in military operations, a dimension that the Ukraine conflict made impossible to ignore. The military’s dependence on SpaceX Starlink for Ukrainian communications, documented through a $150 million Foreign Military Sale approved in August 2025, created a template for how commercial satellite infrastructure integrates into a contested warfighting environment. The Space Force’s doctrinal framework accommodates that template while noting its governance complications.

China and Russia’s Continued Development

The threat environment that motivated the Space Force’s creation has continued developing throughout the service’s first five years. China’s operational satellite fleet exceeded 1,060 satellites by mid-2025, with hundreds dedicated to intelligence, surveillance, and reconnaissance supporting the People’s Liberation Army’s warfighting posture. The PLA Space Systems Department, successor to the Strategic Support Force’s space component, has been developing ground-based lasers, satellite jammers, co-orbital inspection satellites with grappling capability demonstrated in proximity operations, and a reusable spaceplane with acknowledged potential military applications.

Russia’s anti-satellite test against Kosmos-1408 in November 2021 demonstrated both technical capability and strategic willingness to accept the shared environmental costs of destructive space operations, generating over 1,500 tracked debris fragments that forced seven ISS crew members to shelter in their Crew Dragon and Soyuz capsules. Russian electronic warfare units systematically jammed and spoofed GPS signals throughout the conflict in Ukraine, with commercial signals intelligence companies including HawkEye 360 documenting widespread interference across contested regions. These are not potential future threats but operational capabilities that have been exercised in an ongoing conflict.

The Space Force’s operational response to these threats has included the deployment of the Counter Communications System, an expeditionary system that can provide reversible offensive space control effects by jamming adversary satellite communications. The service also operates the Geosynchronous Space Situational Awareness Program satellites, which maneuver in near-geosynchronous orbit to inspect objects of interest and monitor potential threats to American satellites. Classified capabilities beyond these publicly acknowledged systems presumably extend the service’s options further.

Commercial Integration as a Strategic Choice

The Space Force has substantially accelerated the military’s use of commercial satellite capabilities during its first five years. The service’s Commercial Satellite Communications Integration budget line nearly doubled in the FY2025 budget request compared to the FY2024 projection, reflecting a deliberate strategy of supplementing and eventually partially replacing government-owned communications satellite capacity with commercial services.

The Commercial Integration Cell, operated jointly through the Combined Space Operations Center, provides a mechanism through which commercial operators share orbital data, receive threat notifications, and coordinate responses to space threats alongside military operators. The CIC’s framework was developed partly in response to the experience of managing Starlink’s involvement in the Ukraine conflict, where the absence of a formal coordination mechanism between the Pentagon and SpaceX created operational ambiguities that both parties found uncomfortable.

The strategic logic of commercial integration is compelling at the level of raw economics. The per-bit cost of commercial LEO broadband capacity is a fraction of dedicated military satellite capacity. A theater commander who can draw on Starlink for tactical communications, commercial imaging satellites for battlefield intelligence, and commercial signals intelligence from operators like HawkEye 360 for electronic warfare awareness has access to a combined intelligence and communications architecture that would have cost an order of magnitude more if provided solely through government programs. The Space Force has been building the institutional frameworks to operationalize this integration.

The tension, as the service’s own doctrine acknowledges, is that commercial operators retain operational control of their assets and are not obligated to prioritize military requirements when those conflict with their commercial interests or their CEO’s policy judgments. The governance gap this creates has not been resolved by the Space Force’s commercial integration frameworks, which provide coordination mechanisms but not the operational control that military commanders prefer.

What the Critics Get Right and Wrong

Congressional critics of the Space Force have argued, particularly around the five-year mark, that the service has produced relatively little in new operational capabilities that could not have been produced under different institutional arrangements for the cost of creating a new military bureaucracy. This criticism has some merit: standing up a new military service requires substantial institutional investment that produces no immediate operational output. The Space Force’s initial years were dominated by administrative work: transferring approximately 16,000 personnel and hundreds of programs from the Air Force, establishing the Delta organizational structure that replaced the wing and squadron framework, developing doctrine, and building training and education pipelines from scratch. None of this shows up directly on a warfighting scorecard.

The more substantive version of the criticism is that Air Force Space Command had the legal authority and institutional resources to pursue the proliferated LEO architecture and commercial integration programs that are now the Space Force’s most visible accomplishments. The SDA predated the Space Force and developed its architecture under that institutional context. There is genuine uncertainty about whether the same programs would have moved faster or slower under Air Force governance, but the argument that the Space Force uniquely enabled them is harder to make than its advocates often suggest.

The criticism that is harder to sustain is the bureaucratic redundancy argument per se. Military services exist not just to produce capabilities but to maintain institutional cultures that recruit, develop, retain, and deploy talent for specific operational missions. An Air Force that treated space operations as one priority among many was structurally poorly positioned to build the doctrine, talent base, and institutional expertise that treating space as a primary warfighting domain requires. Five years is a short time to build a military culture, but the Space Force has made measurable progress in developing a distinct professional identity and a coherent operational philosophy that did not exist within the Air Force.

The Five-Year Test

Congress had signaled, as the Space Force approached its fifth year of existence, that it expected the service to demonstrate tangible progress toward new, more resilient capabilities and to show that the institutional investment was producing warfighting results. By early 2026, the SDA’s Tranche 1 constellation was operational. The warfighting framework was published and being incorporated into joint doctrine. The Golden Dome initiative had provided a massive near-term budget injection and a high-visibility mission that gave the service’s leadership a platform to demonstrate planning and program management competency at scale.

Whether those results satisfy the five-year test depends on what the evaluator expected the test to be. If the test was fielding new capabilities that improve the military’s warfighting position in space, the Space Force has passed, if narrowly. If the test was demonstrating that a separate service produces fundamentally better outcomes than Air Force Space Command would have, the evidence is mixed. If the test was proving that the Space Force can succeed in a contested space environment against a peer adversary, that test has not yet been administered and cannot be.

Summary

The United States Space Force at five is neither the transformative success its advocates claimed it would be nor the wasteful bureaucratic exercise its critics predicted. It has built a genuine institutional identity focused on space warfighting, accelerated the architectural shift toward proliferated and more resilient military satellite constellations through the SDA’s Tranche 1 and subsequent deployments, expanded the military’s systematic use of commercial space capabilities through the Commercial Integration Cell and related programs, and developed a warfighting framework for offensive and defensive space operations that the Air Force consistently failed to produce in decades of managing space as a secondary mission. Its FY2026 budget reached approximately $40 billion, more than double its inaugural allocation, reflecting sustained political confidence in the mission even as the Golden Dome initiative, whose total estimated cost ranges from $175 billion to over $540 billion, introduces substantial long-term cost and schedule uncertainty that the current $13.8 billion down payment does not resolve.

What the Space Force has not yet produced is a demonstrated ability to defeat adversary counterspace operations in a contested environment, the capability whose absence drove its creation. That demonstration will not come from doctrine, architecture, or budget growth. The service’s strategic value will be measured, when the time comes, by whether the decisions made in its first five years left the United States better positioned to fight in a domain that its adversaries have already decided is worth contesting at every level of the conflict spectrum. Russia has already jammed GPS across a theater in an active war. China has demonstrated the ability to destroy satellites and approach operational satellites at close range with little warning. The Space Force has been building the institutional and technical foundation for responding to those threats during its first five years. The evidence so far is encouraging. The definitive test has not yet arrived, but the conditions for it are already present in orbit, wherever American and adversary satellites share the same unforgiving physics.

Appendix: Top 10 Questions Answered in This Article

When was the Space Force created and why?

The United States Space Force was established on December 20, 2019, when President Trump signed the National Defense Authorization Act for FY2020. It was created because space had become a contested warfighting domain, China and Russia had developed capabilities to degrade American satellites, and the Air Force was considered institutionally poorly suited to treating space operations as a primary combat mission. It is the first new independent U.S. military branch established since the Air Force was created from the Army Air Forces in 1947.

What is the Space Force’s budget in FY2026?

The Space Force’s total available funding in FY2026 reached approximately $40 billion, combining a base budget request of $26.3 billion with approximately $13.8 billion in additional funding from the One Big Beautiful Bill Act reconciliation legislation. This represents more than double the service’s inaugural FY2021 budget of approximately $15 billion and a nearly 40 percent increase from FY2025 enacted levels.

What has the Space Development Agency built?

The Space Development Agency is developing the National Defense Space Architecture, a proliferated LEO constellation organized in capability tranches. Tranche 1 included 126 Transport Layer data relay satellites and 35 Tracking Layer missile warning satellites, all launched and at limited operational capability by early 2026. The Tranche 3 tracking layer, a $3.5 billion contract awarded in late 2025 for 72 satellites launching from 2029, continues the NDSA’s growth. The architecture is designed to be more resilient than legacy exquisite satellites by distributing capability across hundreds of smaller, cheaper, replaceable nodes.

What is the Golden Dome initiative and what is Space Force’s role?

Golden Dome is a Trump administration missile defense initiative announced in May 2025 envisioning a layered space-based defense system combining boost-phase interceptors, mid-course tracking, and terminal defense. Space Force General Michael Guetlein was named program lead. FY2026 reconciliation funding included $5.6 billion for space-based interceptors and $7.2 billion for sensors. Total estimated cost ranges from $175 billion to over $540 billion, making FY2026 an early research and development investment.

What does the April 2025 Space Warfighting Framework say about offensive operations?

Released in April 2025, the framework explicitly describes counterspace operations, including offensive actions to disrupt, degrade, deny, or destroy adversary space capabilities, as essential to joint military operations. It states that space superiority unlocks superiority in all other warfighting domains. This codifies a significant shift from previous official policy that had emphasized defensive operations and deterrence over explicit acknowledgment of offensive space warfare missions.

What counterspace capabilities have China and Russia demonstrated?

China has demonstrated ground-based laser capability, satellite jammers, co-orbital inspection satellites with grappling capability, and anti-satellite missiles, validated in the 2007 Fengyun-1C ASAT test that created thousands of tracked debris fragments. Russia conducted an ASAT test against Kosmos-1408 in November 2021, generating over 1,500 tracked debris fragments. Russian electronic warfare units systematically jammed and spoofed GPS signals in Ukraine throughout the conflict, documented by commercial signals intelligence operators.

What is the Commercial Integration Cell?

The Commercial Integration Cell is a joint Space Force and U.S. Strategic Command program operating within the Combined Space Operations Center, described as the first collaborative effort to integrate commercial satellite operators into military space operations. It provides coordination mechanisms for commercial operators to share orbital data, receive threat notifications, and coordinate with military operators. It institutionalizes military use of commercial Starlink, SES, and other commercial satellite assets through formal coordination frameworks that improve communication and reduce friction between military operators and commercial providers, though it does not provide military operational control over those assets and cannot compel commercial operators to prioritize military requirements when those conflict with commercial or personal interests.

What is the main substantive criticism of the Space Force?

The most substantive criticism is that Air Force Space Command had the legal authority and institutional resources to pursue the proliferated LEO architecture and commercial integration programs that are now the Space Force’s most visible accomplishments. The SDA predated the Space Force and developed its architecture independently. Critics argue the new service added bureaucratic overhead without demonstrably accelerating the capabilities it was created to develop, a position that is difficult to prove or disprove counterfactually.

What counterspace tools has the Space Force deployed?

The publicly acknowledged offensive capability is the Counter Communications System, an expeditionary, deployable system providing reversible satellite jamming effects against adversary communications in a defined area of operations. The Space Force also operates the Geosynchronous Space Situational Awareness Program satellites, which maneuver in near-geosynchronous orbit to inspect objects of interest and monitor potential threats to American satellites. Classified offensive programs presumably extend the service’s options beyond these acknowledged systems.

Has the Space Force passed its five-year test?

The answer depends on what the test was. If measured by fielding new capabilities that improve warfighting position in space, the Space Force has passed, if narrowly. If measured by demonstrating that a separate service produces fundamentally better outcomes than Air Force Space Command would have produced, the evidence is mixed. If measured by proving Space Force can succeed in a contested space environment against a peer adversary, that test has not yet been administered. The service has built a foundation; whether it is adequate will be determined by events that have not yet occurred.

The Space Domain Awareness Problem

One of the Space Force’s most unglamorous but operationally consequential responsibilities is space domain awareness: tracking the location, identity, and behavior of every significant object in Earth orbit. As of 2025, the service’s Space Operations Command maintained tracking data on more than 50,000 cataloged objects, a population that has grown by orders of magnitude since the service’s founding and that continues to expand as megaconstellations deploy. U.S. Space Command maintains the world’s most comprehensive catalog of orbital objects, shared with commercial operators and allied governments through a public interface that has become a global standard for collision warning and conjunction assessment. The Space Force operates the Ground-Based Optical Sensor System and other surveillance assets that update the catalog and detect new objects.

As megaconstellations have grown the population of tracked objects from a few thousand to more than 50,000 cataloged items across all orbital regimes, the scale of the space domain awareness challenge has grown proportionally, and the service’s investment in automated data processing, machine learning-assisted tracking, and commercial data partnerships reflects recognition that no human-intensive process can manage the conjunction assessment workload that orbital population growth creates. The Space Force’s ability to maintain accurate, current, high-confidence tracking data for 50,000 or more objects in multiple orbital regimes simultaneously is a technical and operational problem that has no simple solution. The service has been investing in automated data fusion systems, commercial data partnerships, and upgraded ground-based sensors to maintain catalog quality as the orbital population grows.

The TraCSS civilian space traffic coordination system, managed by the Department of Commerce rather than the Space Force, represents a parallel effort to provide conjunction data to commercial operators without requiring them to route requests through a military system. The Trump administration’s FY2026 budget proposed eliminating TraCSS funding, creating uncertainty about how the civilian coordination role would be sustained if the program was canceled. The Space Force has a stake in how this question is resolved because degraded conjunction data quality affects military satellites alongside commercial ones.

The Guardians and Service Culture

Building a distinct military service culture from scratch in five years is an undertaking that has no precise precedent in modern American military history and that requires sustaining an organizational identity through the resistance of personnel who came from another service, the skepticism of external observers watching for evidence of waste, and the institutional friction of building career pathways, promotion systems, and professional communities simultaneously. The Space Force has approximately 8,400 active-duty Guardians as of early 2026, making it by far the smallest of the six military services and roughly the same size as a single large Air Force wing. Despite its small size, the service is responsible for the operational infrastructure that underpins virtually every modern military mission: GPS navigation and timing for targeting and force coordination, satellite communications for command and control at every echelon, missile warning for strategic deterrence, and space domain awareness for all of the above. It has established its own rank structure, adapted from the Air Force’s but with different names at senior enlisted levels, its own uniform, its own motto, and its own professional development pipeline through institutions like the Space Force’s Professional Military Education programs.

The culture-building challenge is compounded by the fact that most Space Force Guardians were Air Force personnel who transitioned to the new service when their billets were transferred, bringing with them Air Force habits of mind, Air Force professional networks, and Air Force career assumptions that a five-year-old service cannot fully replace with its own institutional alternatives. Building a distinct institutional identity among people who were trained in and identified with a different service requires sustained deliberate effort. The Space Force has developed its own doctrine, its own operational concepts, its own language for describing space warfighting, and its own capstone publication, the Space Warfighting Framework, all of which serve the culture-building function alongside the operational one.

Whether this investment in distinct service identity produces measurable operational benefit or represents a form of institutional overhead that could have been avoided is a question that is difficult to answer empirically with confidence, and one that the service’s leadership would argue is simply the wrong frame. Every successful military service invested in its own identity, and every such investment was characterized by outside observers as wasteful overhead before it produced the operational culture that validated the investment. The historical precedent from the Air Force’s own founding in 1947, which required nearly a decade of institutional construction before the service developed the distinct identity and operational philosophy that differentiated it from its Army Air Forces predecessor, and from the Marine Corps’s persistent cultivation of a distinct warrior ethos across more than two centuries, suggests that strong service identity correlates with operational performance in ways that are difficult to measure directly but real in their institutional effects. The Space Force’s leadership has consistently made this argument; time and operational experience will determine whether it holds.

The Partnership Architecture

The Space Force does not operate alone in the space domain, and managing its relationships with partners, both international allies and domestic agencies, has been a significant institutional challenge in its first five years. The Combined Space Operations Center at Vandenberg Space Force Base coordinates space operations with partner nations including Australia, Canada, France, Germany, Japan, New Zealand, and the United Kingdom, among others. These partnerships provide access to foreign sensor networks, shared situational awareness data, and a foundation for coordinated responses to space threats. The multilateral character of the CSpOC reflects a broader truth about the space domain: no single nation, even the United States with its unmatched satellite infrastructure, has the sensor coverage and analytical capacity to monitor the entire orbital environment independently.

The relationship with the intelligence community, particularly the National Reconnaissance Office, involves persistent coordination challenges that have been a feature of defense space management since the NRO was established as a classified agency in 1961 and that the creation of the Space Force has not fully resolved. The NRO operates the United States’ most capable reconnaissance satellites and is a key space enterprise partner, but as an intelligence agency it operates under different authorities, oversight mechanisms, and classification regimes than the Space Force. Some military space requirements that had been planned for Space Force programs have shifted to the NRO, reflecting ongoing negotiations about which agency is best positioned to develop and operate particular capabilities.

Domestically, the Space Force’s relationship with NASA, NOAA’s satellite operations, and the Department of Commerce’s space traffic coordination program requires ongoing interagency coordination on shared orbital assets, frequency spectrum use, and the governance of a commercial space industry whose activities affect both civilian and military missions simultaneously and whose operators do not always consider military implications when making business decisions. The service’s coordination with the FAA on commercial launch licensing, and its growing engagement with commercial satellite operators through the CIC, reflect the scale of the interagency landscape it must manage.