Electromagnetic Spectrum Operations (EMSO) Data Fabric Development (STRATFI)

Problem: In a peer or near-peer conflict, U.S. and Allied forces must achieve seamless spectrum situational awareness and persistent custody of thousands of friendly and adversary objects across the battlespace. Today’s ISR platforms are largely vertically integrated, relying on closed software ecosystems and labor-intensive TCPED (Tasking, Collection, Processing, Exploitation, and Dissemination) workflows. These fragmented architectures limit interoperability, preventing the dynamic, multi-platform collaboration needed to support effective kill-web operations using kinetic and non-kinetic (electromagnetic spectrum) means.To meet this challenge, MapLarge proposes to develop an Electromagnetic Spectrum Operations (EMSO) Data Fabric that integrates, automates, and extends ISR and Space Responsive Tactical (SRT) capabilities across air and space domains. This solution builds on prior USAF and USSF collaborations, and directly addresses the operational need for automated, scalable, and time-dominant ISR capabilities supporting Find, Fix, Track, Target, Engage, and Assess (F2T2EA) of mobile threats.Opportunity: The EMSO Data Fabric will extend the FAST-GAPS SBIR Phase II feasibility engine by enabling collaborative EMS kill-chains supporting both semi-automated rapid reprogramming and fully automated track custody services. This architecture will enable platforms like the RC-135 RIVET JOINT to function as an EMSO “Quarterback,” orchestrating cross-domain operations via machine-to-machine coordination.Key components include:Hybrid Architecture: High-performance, MBSE-driven framework for data orchestration across ISR/SRT systems.Edge Node Services: Cross-platform transport layer for air/space communications planning and relay/backhaul among collaborating assets.Data Catalog Integration: Seamless access to DoD/IC data sources (e.g., UDL, TacSRT, NGA) via standard APIs.EMSO Automation – Rapid Reprogramming: Human-in-the-loop workflows to expedite threat data coordination and countermeasure deployment.EMSO Automation – Kill-Web Custody: Onboard object custody services with trade space visualization to scale custody operations across sensors and mission policies.This effort aligns with DAF S&T Strategy Objective 1, Strategic Need 3: Rapid, Effective Decision-Making, by compressing the OODA loop through automation and machine-assisted ISR orchestration. It supports the DAF Operational Imperative for Moving Target Engagement by enabling composite tracking across distributed air and space platforms. Finally, it delivers the Information Mobility core competency by unifying the space transport layer with airborne ISR edge capabilities—allowing distributed, survivable EMS operations in highly contested environments.