Quantum Systems and XTEND Integrated Autonomous Platforms
The collaboration links drone mission software with AI-enabled operating systems for NATO defense deployments.
Updated on Oct. 7, 2026 in Robotics
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Quantum Systems and XTEND have integrated the MOSAIC UXS mission software with the XOS operating system. This technology is currently deployed to support a joint autonomous-systems program for a European NATO customer.
Why it matters
The integration aims to establish a common operational environment for robotics across air, land, and sea domains. By linking intelligence, planning, and swarming, the collaboration seeks to streamline mission execution for defense operations.
The architecture connects the MOSAIC UXS mission software to the XOS operating system to enable unified AI-driven autonomy. This integration allows sensor data collected by one robotic platform to be shared instantly across the entire operational network.
The players
Quantum Systems
A developer of AI-powered aerial intelligence drones and mission-critical autonomous software.
XTEND
A startup building the XOS operating system for human-machine teaming and multi-platform drone control.
The details
The integration facilitates a unified workflow covering intelligence collection, mission planning, swarming—where multiple drones coordinate autonomously—and final execution. By bridging the MOSAIC UXS software with the AI-enabled XOS, the platforms function as a single network. This allows operators to pull sensor data from multiple assets and coordinate them within a shared digital environment across air, land, and sea.
Timeline
October 7, 2026: The integration was announced.
The Tech Race
The project follows the objectives of the NATO Science and Technology Organization's Autonomous Systems project by standardizing control software. This represents a shift toward interoperability in the highly fragmented defense robotics market.
The technology is currently live for a specific European NATO customer, with wider availability for other defense sectors unannounced. Future developments will focus on additional demonstrations of the integrated software capabilities in multi-domain environments.
The takeaway
The move signals a push toward cross-platform standardization in defense robotics. Readers should track upcoming, as yet unscheduled, joint demonstrations to see how this software performs at scale.
Further reading
For more on the industry's shift toward standardized machine autonomy, visit Robotics.
Source note: This article includes information reported by IHLS.
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