Advancing Solutions for the U.S. Space Force BMC3I Mission
Accelerating Space Domain Awareness through Academic–Industry Collaboration
BMC3I TAP Lab Texas is an innovation incubator connecting academic researchers, commercial startups, and industry developers with operational defense challenges. Anchored at The University of Texas at Austin and supported by the Texas Space Commission and the U.S. Space Force, we give early-stage teams the curated orbital data, advanced supercomputing, and testbed environments needed to build mission-ready capabilities.
The Operational Challenge
Most Good Ideas Run Out of Steam Building the Infrastructure
Space is rapidly becoming dangerously congested. Space Domain Awareness (SDA) is the ability to track objects, predict satellite paths, and identify unexpected behaviors in orbit. BMC3I (Battle Management, Command, Control, Communications, and Intelligence) is SDA through a defense lens.
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Challenges
Maturing early-stage software (TRL 1–4) for national security can be slow. Obstacles include negotiating proprietary data licenses, building custom test harnesses, and challenging military compliance requirements.
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Solutions
TAP Lab Texas removes barriers by providing verified data layers, live visualization facilities, and supercomputing power from day one.
Want to get involved?
Upcoming Event
Webinar #1: Introducing BMC3I TAP Lab Texas
October 27, 2026 · Virtual Livestream (Zoom)
Join us for our inaugural informational session. We will provide a plain-language overview of the Texas Lab mission, tour our SOSR and supercomputing capabilities, walk through the academic–industry teaming model, and discuss upcoming challenge areas. A live Q&A will follow the presentation.
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Dr. Moriba Jah
Principal Investigator, UT Austin Professor and MacArthur Fellow
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Elizabeth Taylor
Program Manager
The registration link is not posted yet.
Transition Architecture
Texas to Colorado: From Concept to Operational Adoption
TAP Lab Texas and the Space Force’s BMC3I TAP Lab in Colorado Springs operate as complementary halves of a single capability pipeline.
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Mission needs
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Innovation areas
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Academia and industry
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Capability maturation
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Demonstration
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Transition pathways
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Early-stage focus (TRL 1–4)
Texas develops the science, pairs universities with commercial partners, and tests algorithms against real and synthetic data.
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Transition pathways
Successful efforts graduate with a comprehensive Candidate Proposal—positioning teams directly for intake into the Colorado accelerator (TRL 5–8+), SpaceWERX awards, STTR/SBIR funding, or commercialization.
Collaboration Model
Start by Joining the Ecosystem
All participation in TAP Lab Texas begins by creating an Ecosystem Profile. Whether you are a university faculty member with an astrodynamics model, an early-stage software startup, or an industry integrator, completing a profile allows our team to map your technical capabilities, introduce potential teaming partners, and notify you as new challenge areas are approved.
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Universities and researchers
Faculty, labs, and student teams looking to apply research to mission-critical space problems.
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Industry and startups
Software developers, aerospace innovators, and data companies seeking test environments and defense transition runways.
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Subject matter experts and mentors
Specialists interested in advising emerging teams or contributing domain expertise.
When formal project tracks open, all applicants must represent a joint academic–industry partnership. If you do not have a partner yet, submitting an Ecosystem Profile enables our team to facilitate introductions and pair complementary organizations ahead of cohort selection.