September 22-24, 2026 | NATIONAL HARBOR, MD
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Identify. Validate. Launch.
AI is reshaping space-based communications, especially as defense, commercial, and space stakeholders prioritize resilience, autonomy, and reliable communications across dynamic and disrupted environments.
Which technologies are ready to operate at mission level?
AI x SatCom Launch Vehicle will identify and accelerate the most promising AI-enabled, space-based communications technologies operating across proliferated and hybrid architectures and connect them directly to the stakeholders shaping next-generation communications systems.
Enter a curated, multi-stage validation and acceleration program focused on AI-enabled space communications systems that will:
- Identify high-potential, mission-relevant technologies
- Evaluate and filter them through expert review
- Showcase top solutions at the Defense TechConnect Innovation Summit
- Extend engagement through a post-event Launch Vehicle Cohort
Why?
Defense and space organizations are actively advancing priorities around:
- Resilient and trusted space communications architectures
- Proliferated LEO and distributed constellations
- AI-enabled autonomy across communications infrastructure
- Reliable communications across contested, disrupted, and infrastructure-limited environments
At the same time:
- Emerging technologies are difficult to evaluate across operational space and hybrid communications contexts
- Capabilities are fragmented across non-traditional, commercial, and early-stage innovators
- There is no consistent way to compare solutions at the constellation or system level
- High-potential technologies often fail to reach program offices, primes, and mission stakeholders at the right moment
Launch Vehicle closes that gap, creating a direct pathway between emerging capability and mission-driven demand.
Apply Now Deadline: July 9, 2026
Aligned to Priority Areas:
This program is aligned to ongoing government and defense priorities, including:
- Resilient and proliferated space architectures (LEO/MEO/GEO/VLEO)
- AI-enabled management of communications and networks
- Hybrid space-ground communications architectures
- Reliable operational performance across dynamic and disrupted environments
We seek solutions that support these evolving mission needs
Topics of Interest:
We seek technologies that operate in and through space, not adjacent to it. Relevant technologies may originate from commercial, civil, telecommunications, infrastructure, or defense applications.
- On-orbit AI for satellite and constellation operations (autonomy, tasking, system management)
- AI-driven crosslink routing and dynamic network orchestration across proliferated and hybrid architectures
- Resilient and reliable communications across contested, degraded, remote, or infrastructure-limited environments (anti-jam, failover, reconstitution)
- Hybrid space-ground network integration aligned to next-generation communications and defense architectures
- Edge processing and AI-enabled analytics in space and bandwidth-constrained environments
- System-level monitoring, diagnostics, and autonomous recovery across distributed space systems
- Advanced satellite subsystems and payloads with embedded AI capabilities
We are not looking for isolated capabilities; we are looking for technologies that can integrate into and strengthen next-generation space communication architectures
How It Works
