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ARCUS™️ – Arctic Mobile Counter-Drone System

See Beyond the Horizon. Secure What Matters.

ARCUS™️ is a mobile, AI-powered counter-drone system designed for reliable aerial threat detection in remote, Arctic, and high-risk environments. Built as a discreet, rapidly deployable trailer platform, ARCUS delivers advanced situational awareness wherever traditional systems cannot operate.


ARCUS Arctic Mobile Counter Drone System trailer deployed in Arctic environment

Overview

Modern drone threats are evolving—becoming smaller, faster, and harder to detect. ARCUS addresses this challenge with a multi-stage detection architecture powered by artificial intelligence, enabling early awareness, accurate classification, and actionable intelligence.

Designed for mobility and resilience, ARCUS transforms from a standard trailer into a fully operational detection unit within minutes. Its elevated platform maximizes coverage, providing a 10–15 km operational detection range, even in complex terrain and extreme weather conditions.

ARCUS is not just a sensor platform—it is a decision-support system, enabling operators to move from detection to action with confidence.

How ARCUS Works

ARCUS operates through a NATO-aligned, multi-stage detection framework that builds situational awareness progressively, ensuring reliable performance in complex and dynamic environments.

AI-powered detection interface of Arctic Mobile Counter Drone System showing drone tracking and classification

1. Detect

ARCUS continuously monitors the airspace to identify anomalies and potential aerial activity at extended ranges. At this stage, the system focuses on wide-area surveillance, detecting deviations from normal environmental patterns. Advanced filtering reduces background noise caused by weather, terrain, or wildlife, allowing the system to generate early cues without overwhelming operators. This stage provides initial awareness, even when confidence levels are still developing.

2. Track

Once an object is detected, ARCUS establishes a consistent track by assigning a unique identifier and monitoring its movement over time. The system analyzes trajectory, speed, and direction to ensure stability and continuity. Through data correlation and fusion, false detections are gradually eliminated, allowing ARCUS to focus on credible and persistent targets. This stage transforms initial detections into reliable movement patterns.

3. Identify

ARCUS applies AI-powered signature analysis and behavioral profiling to classify tracked objects. By leveraging an evolving database of drone signatures and contextual data, the system distinguishes drones from non-threats such as birds or environmental interference. This stage significantly increases confidence by combining multiple data sources and intelligent analysis, ensuring accurate identification of relevant aerial objects.

4. Evaluate

In the final stage, ARCUS assesses the threat level of identified objects based on behavior, direction, and proximity to protected assets. The system analyzes intent, persistence, and movement patterns to prioritize potential threats. AI-driven scoring models generate clear and actionable insights, enabling operators or integrated systems to make informed decisions quickly and effectively.

Core Capabilities

AI-Driven Intelligence

Advanced machine learning algorithms analyze drone signatures and behavioral patterns in real time, continuously improving detection accuracy.

Multi-Stage Detection

From early warning to verified identification, ARCUS provides structured and reliable situational awareness.

Mobile & Rapid Deployment

Trailer-based design allows for quick transport and setup in minutes, with hydraulic elevation for optimal coverage.

Extended Operational Range

Up to 10–15 km detection capability, depending on environmental conditions.

Off-Grid Operation

Integrated power systems support autonomous deployment in remote and infrastructure-limited environments.

Modular Architecture

Flexible system design enables upgrades and configuration based on mission requirements.

Optional Capabilities


NATO Link Integration

Seamless compatibility with standardized tactical data links, enabling interoperability with allied systems and command networks.

Modular Expansion

Plug-and-play architecture supports the integration of additional capabilities as operational needs evolve.

Networked Operations

Multiple ARCUS units can operate as a coordinated network, sharing data to create a wider, unified surveillance picture and extended coverage area.

Designed for Harsh Environments

ARCUS is specifically engineered for Arctic and remote deployments, where environmental conditions and lack of infrastructure present unique challenges.
  •   Cold-weather resilience
  •   Reliable operation in wind, snow, and low-visibility conditions
  •   Minimal logistical footprint
  •   Low maintenance requirements

Applications

ARCUS is designed as a versatile, scalable system capable of supporting a broad spectrum of civilian and defense missions across challenging and remote environments:

Critical Infrastructure Protection

ARCUS provides persistent monitoring and early-warning capabilities for high-value infrastructure, including energy facilities, pipelines, telecommunications networks, and industrial operations. The system enhances situational awareness by detecting and tracking aerial threats such as unauthorized drones, helping operators mitigate risks to safety, operations, and continuity. Its modular and deployable design makes it suitable for both permanent installations and temporary protection during heightened threat periods.

Border & Coastal Surveillance

ARCUS enables wide-area monitoring of remote land borders and maritime environments, where traditional surveillance infrastructure is limited or non-existent. The system supports detection of low-altitude and low-signature aerial activity, improving domain awareness in critical regions such as the Arctic and coastal approaches. Its ability to operate in harsh weather and low-visibility conditions makes it particularly effective for sovereignty, security, and environmental monitoring missions.

Defense & Security Operations

Designed to support modern operational requirements, ARCUS enhances force protection for forward operating bases, temporary deployments, and expeditionary missions. The system provides early warning against uncrewed aerial threats, enabling timely response and decision-making. Its rapid deployment capability and interoperability with existing command-and-control systems make it a valuable asset in dynamic and contested environments.

Remote Industrial Sites

ARCUS delivers reliable security and monitoring for isolated industrial operations, including mining, oil & gas, and large-scale construction projects. These sites often face limited connectivity and infrastructure, making autonomous and low-maintenance systems essential. ARCUS helps protect personnel, equipment, and operations by providing continuous aerial surveillance and threat detection in remote and resource-constrained settings.

Research & Arctic Stations

Scientific installations and Arctic research stations operate in sensitive and often vulnerable environments. ARCUS supports the protection of personnel, equipment, and data by providing continuous monitoring and early detection of aerial intrusions. Its resilience to extreme cold, high winds, and limited infrastructure makes it well-suited for long-term deployment in polar and sub-polar regions, ensuring uninterrupted support for critical research activities.

Why ARCUS


  • Cost-Effective: Built using scalable, commercially available technologies
  • Adaptable: Configurable to mission-specific requirements
  • Future-Ready: AI models and capabilities continuously evolve
  • Reliable: Designed for real-world operational constraints
  • Discreet: Low-profile transport and deployment

Product Variants

ARCUS is offered in multiple configurations to meet a range of operational needs, from cost-effective monitoring to advanced, mission-critical deployments in extreme environments. Each variant is built on a common modular architecture, allowing for scalability, upgradeability, and seamless integration with additional sensors and systems.


ARCUS Lite

Compact and cost-efficient solution for basic monitoring applications.

ARCUS Lite is designed to provide essential counter-UAS detection capabilities in a streamlined and accessible package. It is ideal for organizations seeking to enhance situational awareness without the complexity or cost of full-scale deployments. The system supports core sensing and alerting functions, enabling operators to detect and monitor low-altitude aerial activity in defined areas.

This variant is well-suited for smaller facilities, pilot projects, and lower-risk environments where foundational monitoring is required. Its compact footprint and simplified deployment make it easy to install and operate, while still benefiting from ARCUS’s modular design, allowing future upgrades as operational needs evolve.

ARCUS Pro

Enhanced performance with expanded capabilities and extended operational features.

ARCUS Pro delivers a comprehensive and high-performance solution for organizations requiring advanced detection, tracking, and situational awareness capabilities. It integrates multiple sensor modalities and enhanced processing to improve detection accuracy, reduce false positives, and provide more detailed threat insights.

Designed for critical infrastructure, border security, and high-value assets, ARCUS Pro supports extended operational ranges, improved target classification, and integration with command-and-control systems. The system can be configured for fixed or semi-mobile deployments and supports networked operations for broader area coverage. ARCUS Pro is ideal for users who require a robust, scalable solution capable of adapting to evolving threat environments.

ARCUS Arctic

Fully ruggedized configuration optimized for extreme cold and remote environments.

ARCUS Arctic is specifically engineered to operate reliably in harsh Arctic and sub-Arctic conditions. It incorporates environmental hardening, thermal management systems, and ruggedized components to ensure consistent performance in extreme cold, high winds, and low-visibility conditions.

This variant is optimized for remote deployments with limited infrastructure, supporting hybrid power options and low-maintenance operation. It is particularly suited for Arctic sovereignty missions, remote industrial sites, and scientific research stations where reliability and autonomy are critical. ARCUS Arctic maintains full system capability while ensuring durability and resilience in some of the most demanding operational environments in the world.

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ARCUS™️ delivers a new standard in mobile aerial security—combining intelligence, mobility, and resilience to meet the challenges of modern drone threats.

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