Electro Optic Systems Buys MARSS, Expands Counter-Drone C2 Capabilities
Australian firm Electro Optic Systems (EOS) has entered into an agreement to acquire the MARSS group, a Europe-based provider of command and control (C2) systems for countering drones.
The acquisition includes MARSS’ NiDAR technology, associated hardware and software, customer contracts, and intellectual property.
By combining its existing sensor and effector portfolio with MARSS’ C2 capability, EOS will be able to provide integrated counter-drone solutions covering detection, identification, decision-making, and defeat.
EOS plans to integrate NiDAR into its remote weapon systems to enable mesh-networked, fleet-wide hemispheric coverage against drone attacks and expand its in-house AI and software capabilities.
EOS said the acquisition expands its geographic presence and broadens its operations in military, homeland security, and civil infrastructure sectors.
The company added that the deal strengthens its position to compete as a prime contractor on larger programs, including turnkey solutions for critical infrastructure such as airports and power plants.
MARSS said the combined company would be better positioned to serve customers globally.
“Together, we strengthen our competitive position. From our operational bases in Asia-Pacific, Europe, Americas and the [Gulf Cooperation Council], the combined entity will provide greater options for end-users while creating a powerful foundation for long-term growth.”
NiDAR
NiDAR serves as the central C2 node within counter-drone architectures, linking and managing sensors, unmanned systems, and effectors.
Rather than replacing these components, it integrates them, correlates targets, assesses threats, and coordinates responses through a single interface.
In high-intensity scenarios, including swarm attacks, NiDAR can operate in autonomous modes that execute predefined actions when human response times would be insufficient.
This software-defined approach allows for coordinated, multi-domain defense against increasingly asymmetric drone threats.
