On today’s battlefields, firepower still matters—but logistics decides endurance.

At LogNet 2026 in Koblenz, German defense technology company Quantum Systems made a decisive move beyond unmanned aerial systems, unveiling its MOSAIC Ground Autonomy Kit for military logistics and announcing a strategic partnership with Daimler Truck. Together, the companies aim to transform conventional military trucks into autonomous and teleoperated logistics platforms, designed for operations in high‑risk and contested environments.

Autonomy Where It Matters Most

Military logistics has long relied on manpower-intensive convoys—often operating under threat from ambushes, drones and indirect fire. The MOSAIC Ground Autonomy Kit directly targets this vulnerability by enabling automated and remote driving functions for military truck fleets. The system is integrated into MOSAIC UXS, Quantum Systems’ software suite designed to coordinate manned and unmanned systems through a single interface within existing command‑and‑control structures.

Rather than replacing human decision‑makers, MOSAIC is designed to extend them—allowing fewer personnel to move more supplies with greater resilience.

Leader‑Follower Convoys and Remote Control

One of the primary operational concepts demonstrated is the leader‑follower convoy. In this setup, a single manned lead vehicle guides multiple unmanned trucks, reducing the number of drivers required while maintaining convoy cohesion. The system also supports teleoperation, enabling vehicles to be remotely driven when routes pass through particularly dangerous areas.

According to Quantum Systems, this approach allows armed forces to conduct transport missions even when risk levels would traditionally force delays or cancellations.

A Platform, Not a Prototype

A defining feature of the MOSAIC Ground Autonomy Kit is its platform‑agnostic design. The system is deliberately not tied to a single vehicle model or manufacturer, making it suitable for integration across different truck types. Its retrofit capability allows existing military fleets to be upgraded incrementally, rather than requiring entirely new vehicle procurements.

This scalability is central to the partnership with Daimler Truck, which provides proven military vehicle platforms while Quantum Systems contributes autonomy, sensor integration and software orchestration.

Connecting Ground and Air

The collaboration also reflects a broader ambition: multi‑domain integration. By embedding Daimler Truck vehicles into the MOSAIC ecosystem, ground logistics assets can be digitally connected with unmanned aerial systems, enabling shared situational awareness across air and land.

Daniel Zittel, Head of Defence Sales at Daimler Truck, emphasized that this integration allows trucks to operate as part of a larger networked system rather than isolated assets—an increasingly important requirement in modern military operations.

Why Logistics Is the Next Autonomy Frontier

Autonomy in combat systems often dominates headlines, but logistics is where the technology may deliver its fastest impact. Supply routes are predictable, exposure is constant, and personnel shortages are growing across many armed forces.

“Autonomy in military logistics can help reduce personnel strain and enable transport operations under increased risk,” said Hendrik Kramer, Vice President Ground Domain at Quantum Systems.

By extending autonomy beyond drones and into trucks, Quantum Systems is positioning itself as a multi‑domain autonomy provider—and signaling that the future of defense innovation lies not only in weapons, but in how armies sustain themselves.

A European Signal

Beyond its technical implications, the partnership carries strategic weight. It combines European vehicle manufacturing with European autonomy and AI expertise, reinforcing regional capability development at a time when supply‑chain resilience and technological sovereignty are high on defense agendas.

What was once a logistics tail is becoming a networked, autonomous system of systems.

And in modern warfare, that shift may prove as decisive as any new platform on the front line.

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