Battle Management Command, Control, and Communications and Space Intelligence is the Program Executive Office within Space Systems Command responsible for advancing operational and tactical command and control (C2) capabilities for space as well as leading the modernization and sustainment of the Satellite Control Network (SCN). BMC3 is focused on delivering the most advanced, resilient, and integrated Space Command, Control & Communications systems to enable timely multi-domain warfighting. The office of the Chief Technology Officer within BMC3 focuses on increasing our adeptness in the operationalization of emerging technology, which enhances the capabilities and resiliency of integrated Space C3 systems. Their vision is to establish a system and culture that provides rapid iterative technology onboarding delivering superior capabilities to a seamless synchronized multi-domain fight.

The Space Domain Awareness Tools Applications and Processing Lab accelerates the delivery of space battle management software to operational units, ensuring space superiority missions succeed by rapidly onboarding apps to close gaps. They decompose kill chains, prioritize needs with operators, map needs to technologies, and onboard tech to existing platforms quickly through partnerships with industry, academia, and across the government through the Apollo Accelerator program. The Apollo Accelerator is a voluntary, collaborative, 3-month tech accelerator for U.S. companies, University Affiliated Research Centers (UARCs), Federally Funded Research and Development Centers (FFRDCs), industry experts, and Guardians to team together to solve critical SDA challenges.

SSC Front Door operates under the Commercial Space Office (COMSO), supporting acquisition needs identifying potential commercial providers and services. Front Door is the entry point for commercial vendors of all sizes, academia, and other government organizations to seek resources and connect to the broader space ecosystem through Space Systems Command (SSC). Front Door assesses these entities and connects them to PEOs and Combatant Commands where appropriate. Their focus has historically been SSC, but they seek to expand to serve Space Force as a whole.

The Tactical Space Reconnaissance and Tracking Tools Applications and Processing Lab directly supports TacSRT — a pilot program charged with utilizing commercial data analytics powered by commercially and publicly available information to provide timely surveillance, reconnaissance and tracking products to combatant commands. TacSRT provides a rapid, dynamic, and competitive acquisition process for commercial vendors to receive taskings and deliver analytical products using space sensing data through the Global Data Marketplace (GDM). TacSRT works by connecting space component requests with commercial businesses to perform short-term projects and address specific problems.

The 1st Test and Evaluation Squadron is the Space Force’s top command and control and battle management experts. 1TES prepares USSF forces to prevail in a contested, degraded, and operationally limited environment. They execute independent tests and evaluations of operational-level command and control technologies, and deliver timely, accurate, and expert information in support of weapon system acquisition, operational acceptance, and readiness decisions. 1TES is currently assigned 10 programs under test to meet operational requirements for the force. 1TES conducts operationally realistic tests and evaluation on these systems under a combat test framework alongside SSC program office partners.

Delta 12’s S2/3 Cyber branch is a small part of Delta 12 that is building out cyber test execution for the USSF. The Cyber Branch is growing to become the first ever Space Force Cyber Test and Evaluation Squadron (TES). The Cyber TES will ensure that USSF weapon systems are able to prevail in a contested, degraded, and operationally-limited environment through robust cyber testing that is currently unavailable or expensive for the USSF to acquire. ​The Cyber TES will become a Cooperative Vulnerability and Penetration Assessment (CVPA) focused squadron within STARCOM for testing throughout the USSF. The Cyber TES is currently growing faster than space within STARCOM can house. Our Flight will obtain over 9 new members in Q1 2025 with the intention of building out our cyber test execution teams. An environment that can house and provide world-class facilities to train our future cyber guardians is required.

The 33d Range Squadron stood up in December of 2024 to provide a centralized squadron made to assist all USSF cyber entities with virtual training. With the inclusion of Cyber Aggressors from the 527th SAS merging into the unit, the 33d can provide full scope virtual cyber ranges and Red team/OPFOR support. These cyber environments from the 33d are designed to replicate Space Force mission terrains and provide realistic cyber training. The 33d primarily coordinates range requests with the Air Force counterpart in the 318th RANS in Texas. Their team provides access to 1 of 3 ranges in PNNL’s SCTR range and helps define future training requirements for Delta 12.

BCS delivers the mission of the Satellite Control Network (SCN): to ensure global coverage to 170+ satellites operating in a congested and contested environment. The SCN averages 450 satellite contacts per day supporting global operations and multiple space vehicle emergencies, preserving ~$4B worth of satellites annually. This is accomplished by sustaining and modernizing the Data Transmit (Tx) and Receive (Rx) Network (DTRN) under SSC BMC3. The SCN also provides support to launch vehicle and early orbit operations, ensuring worldwide antennas receive telemetry and transmit commands (TT&C) to newly orbiting satellites to initiate early orbit checkout. Satellites from more than 195 organizations across the DoD, NRO, and allied & civil groups rely on the BCS program office for reliable and secure telemetry, tracking, command, control, and communications (TT&C3).

The Overhead Persistent InfraRed Tools Applications and Processing Lab advances technologies to develop and deploy algorithms, applications, and other capabilities designed to exploit OPIR and environmental data. The Lab provides an open and collaborative environment for researchers and developers who seek to facilitate proof of concept demonstrations that lead to rapid operational fielding of revolutionary capabilities.

Space Based Delta 1 Innovation Cell, called High Altitude Spark, is an initiative that strives to solve the warfighters’ challenges through product development, resources, and connections. High Altitude Spark was organized to provide expertise and guidance to bring new ideas to the daily operations of our units across the front range. This is done through education on innovation processes, SBIR technical evaluations, Squadron Innovation Funding, and project fermentation and guidance.

The Space Operations Command (SpOC) S35F Combat Force Enhancements (CFE) Division’s mission is to improve combat credibility by delivering rapid, impactful, and sustainable digital solutions to operators’ pain points by building digitally fluent Guardians. ​The CFE DIV assists, trains and connects Delta Combat Development Teams and Supra Coders that provide rapid discovery and delivery of both materiel and non-materiel solutions in response to urgent and emerging operational needs. The CFE DIV manages the SpOC Combat Enhancement Teams (CETs) that are contracted digital solution experts (e.g. full-stack software product teams) to enable & coach delivery of digital tools to improve Delta mission ops. The CETs “pair” with SpOC Supra Coder/CDTs/digital workforce, utilizing existing DoD-provided DevSecOps platforms. The External Engagements Branch of CFE connects other USSF/DoD organizations, academia, other innovation ecosystem partners, and science and technology communities with SpOC problem statements.

The Space Rapid Capabilities Office (SpRCO), Rapid Resilient Command and Control (R2C2) is a combined program office, split between Kirtland AFB and Colorado Springs. R2C2 is developing the Acme Ground System to provide a tactical satellite command system for Delta 9. R2C2 also works with Delta 9, SpOC and other Government stakeholders. R2C2 recently awarded an ID/IQ contract to multiple small businesses to enable scaling the ACME System to support its expanding satellite customer base.

SSC/BCTD works to achieve Global Mission Data Dominance (GMDD) by bringing together critical capabilities to empower operators with the information and tools they need to achieve sensor-to-shooter dominance – rapidly detecting threats, sharing critical information, and enabling swift and decisive action. Welcoming programs like Integrated, Immersive, Intelligent Environment (I3E), Integrated Operations Network (ION), and meshONE-Terrestrial (m1T), they create a more unified and comprehensive approach to data management and exploitation. I3E, with its immersive space simulation capabilities, provides unparalleled situational awareness and enable operators to train and rehearse complex space operations in a realistic environment. ION will bridge critical gaps in the U.S. space data network, ensuring seamless information flow and enabling faster, more informed decision-making. And m1T, a terrestrial communication network, provides the resilient and high-speed connectivity necessary to support rapid data transfer and enable timely action across the battlespace.

SSC/CIO’s Colorado team is focused on transforming the USSF’s relationship with knowledge to enable information dominance, including Data Fabric and policy governance for data applications for the USSF. The SSC CDAO develops policy in collaboration with the SpOC and STARCOM CDAOs for governance of data and AI applications for the USSF.

US Space Command is the Geographic Combatant Command responsible for all things related to space. Their missions include everything from the on-orbit satellites to the enterprise infrastructure across the globe that facilitates C2 for space assets. J813 is the Science and Technology Branch responsible for keeping a finger on the pulse of the S&T community and understanding what is in the realm of possible. They then help drive IRAD investments and help government labs drive focus areas that align with USSC needs, both current and future.

The Advanced Capabilities & Battlespace Integration Squadron (SZBA) is designated to develop and deliver capabilities that distribute data across sensors, radars, and telescopes using advanced networks, Artificial Intelligence, and Machine Learning technologies. Proliferation of data and machine to machine tasking that reduce human burden are just some of the goals of the software that the Squadron delivers. 

SpaceWERX inspires and empowers collaboration with innovators to accelerate capabilities and shape our future in space. Major technology trends that affect our national security continue to emerge from private industry, academia, and the government. The U.S. Space Force’s competitive advantage is our ability to identify, validate, acquire, and integrate those technologies quickly. Accordingly, SpaceWERX seeks to form collaborative partnerships between the military’s operational experts and the top problem solvers in industry, academia, and the government. Mission: SpaceWERX transitions agile, affordable, and accelerated capabilities by teaming innovative technology developers with Airmen and Guardian talent.