Tech Innovations in Modern Warfare, the Future of Global Defense

Key Concepts

• Autonomous Systems: Unmanned vehicles (ground, sea, air) operating independently or semi-autonomously.
• Open Architecture: System design allowing for easy integration of different components and technologies from various vendors.
• C2 System (Command and Control): Systems used for directing and coordinating military forces and operations.
• FPV (First-Person View) Threats: Small, commercially available drones used for reconnaissance and attack.
• UAS (Unmanned Aerial System): Drones and related equipment.
• Haptic Feedback: Technology providing tactile sensations to operators controlling remote systems.
• Electronic Warfare (EW): Using electromagnetic spectrum to disrupt enemy systems.
• Disco (Distributed Spectrum Collaboration and Operations): A system for sharing electronic warfare data and coordinating responses.
• Agentic AI: AI systems capable of independent action and decision-making.
• Ontology: A formal representation of knowledge as a set of concepts within a domain.
• Immersive Training: Utilizing virtual reality and simulation to create realistic training environments.

The Business of Defense: A Deep Dive into Modern Warfare Technology

Introduction

The global defense industry is a $2.5 trillion market, with the US investing nearly $1 trillion annually. This segment explores the cutting-edge technologies and key players reshaping modern warfare, focusing on autonomous systems, data integration, and advanced training methodologies. The core theme is the shift from traditional weaponry to interconnected, AI-driven systems.

I. Milrem Robotics: Pioneering Autonomous Ground Vehicles

Milrem Robotics is at the forefront of developing autonomous ground vehicles, exemplified by the Havoc and Theis platforms.

• Havoc: This vehicle boasts electric axles providing instant torque (similar to a Tesla), capable of 70 km/h in both directions with eight-wheel steering. It’s designed for rapid engagement and disengagement from threats like FPV drones and anti-tank missiles. Its open architecture allows for integration of systems like Starlink and AROS communication systems, adapting to diverse customer requirements (UAE vs. Netherlands C2 systems). Milrem envisions using Havoc, stripped of its turret and equipped with a counter-UAS system, to protect static assets (tanks, APCs) from drone attacks at a low cost per kill.
• Theis: A smaller, versatile platform capable of integrating systems weighing up to 1,000 kg, including locally sourced components. Milrem is offering Theis to Ukraine, even with a 100,000 euro bounty offered by Russia for its capture.
• Silent Watch Capability: Theis features a hybrid gas/electric system allowing for silent operation at night, eliminating thermal signatures for covert missions. A recent mission involved rescuing a mine victim at night, demonstrating the platform’s life-saving potential.

II. Autonomous Systems at Sea and in the Air

The trend towards autonomy extends beyond land-based vehicles.

• L3Harris: Developing autonomous maritime vessels equipped with the “Muse” sensor, capable of detecting and locating radio frequency emissions (radar, communications). This represents a shift from traditional radar-focused EW to encompassing the entire electromagnetic spectrum.
• BAE Systems: Focusing on extra-large autonomous underwater vehicles (XLUUVs) – 12m long, 8 tons – with a range of up to 5,000 km and endurance of 45 days. These vehicles can perform missions like submarine hunting, torpedo deployment, and intelligence gathering, powered by lithium-ion batteries or hydrogen fuel cells.
• Rathion & Loheed Martin (Javelin Missile): The Javelin missile system, produced jointly by Rathion and Loheed Martin, is a portable anti-tank weapon. The current range is 2km, but a new lightweight command launch unit will extend this to 4km. It’s used not only for direct engagement but also for reconnaissance.

III. Precision Strike and Regional Defense: Deal’s Systems

German defense contractor Deal is developing systems for protecting regions from aerial threats.

• IRIS-T SLM: A medium-range missile system with a 40 km range and 20 km altitude intercept capability. It utilizes an imaging infrared seeker for direct hit accuracy, minimizing collateral damage. The system is deployed in Ukraine and launched from a 20ft ISO container, remotely operated by a three-person team.
• Agility and Adaptability: Deal emphasizes the importance of continuous improvement and embracing new technologies to stay ahead of evolving threats, particularly as demonstrated by the conflict in Ukraine.

IV. The Digital Backbone of Modern Warfare: Data Integration and AI

Beyond hardware, building the digital infrastructure for modern warfare is crucial.

• Palanteer: Focuses on creating an “ontology” – a comprehensive map of a customer’s operations – and applying AI, including “agentic AI,” to analyze data and enable faster, more informed decision-making. They aim to reduce decision-making time from weeks/months to minutes/seconds.
• ARC: Provides modular cybersecurity solutions for protecting digital battle spaces, recognizing the importance of securing data across various sectors (banking, telecoms, critical infrastructure, defense).
• Disco (Distributed Spectrum Collaboration and Operations): A system developed by L3Harris for sharing electronic warfare data, allowing for coordinated responses to threats. It enables the integration of data from various sensors and third-party applications. A real-world example involved detecting and geolocating an incoming assault force, providing critical information to commanders.

V. Training for the Future: Immersive Simulation with Babcock

Effective training is essential for utilizing advanced systems.

• BITE (Babcock Immersive Training Experience): A deployable, modular training system utilizing virtual reality to create realistic scenarios. It allows operators to practice in complex environments, such as urban warfare, and utilize tools like vehicle recognition software. Customer feedback is integral to the development process, ensuring the system addresses real-world training needs.

VI. Future Combat Air Systems (FCAS) – Deal’s Vision for 2045

Deal is contributing to the Future Combat Air System (FCAS), a collaborative project between France, Spain, and Germany.

• Focus on Information Management: FCAS prioritizes managing the overwhelming amount of information generated on the battlefield.
• Remote Carriers (Phoenix): Deal envisions using swarms of low-cost, remotely operated “Phoenix” carriers to overwhelm enemy defenses. These carriers are designed to be fast, stealthy, and adaptable, capable of operating independently even if the network is disrupted. They are expendable, with a mission duration of approximately 30 minutes.

Conclusion

The future of defense lies in the convergence of autonomous systems, advanced data analytics, and immersive training. Companies like Milrem, L3Harris, BAE Systems, Deal, Palanteer, ARC, and Babcock are driving this transformation, developing technologies that will reshape the battlefield and redefine modern warfare. The ability to process information faster, make better decisions, and adapt to evolving threats will be the ultimate advantage in the conflicts of tomorrow.