The test focused on creating a unified digital representation of a mission, linking people, drones, and sensor nodes through the company’s proprietary eVa (Elastic Vector Addressing) system. Rather than relying on isolated data feeds, the Mission Fabric platform maintains active relationships between elements as they move and change. An AI-assisted layer, known as the Map of Everything, allows operators to interact with this shifting context in real time, accounting for communication gaps and variable field conditions.
In section Releases
XRDNA Shifts Mission Infrastructure from Lab to Field in Project OPAL
Salt Lake City-based XRDNA Inc. has completed the first phase of Project OPAL, a field prototyping initiative designed to test its Mission Fabric technology in live environments. By moving beyond controlled software simulations, the company validated its ability to maintain persistent digital identities for personnel, assets, and sensors during active operations.
CEO and Co-founder Charles Adelman emphasized that the transition from scripted environments to unpredictable field scenarios was the primary objective of Phase I. The company successfully tracked evolving mission relationships while maintaining persistent identities for all involved assets. Moving forward, the project will incorporate more complex scenarios and sensor integrations, using feedback from the initial field trial to refine their broader mission infrastructure for terrestrial, airborne, and space-based applications.
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