Defense Tech Boost: Merging Firepower with Data Power

Modern militaries are merging traditional firepower with the power of data. Sensors, connectivity, and computing power create a real-time digital ecosystem that links soldiers, commanders, and equipment across the battlefield. This shift toward net-centric warfare is enabled by technologies like AI, 5G, edge computing, and cybersecurity—driving unprecedented situational awareness and decision-making speed.

AI in Defense: Transforming Battlefields with Intelligent Technology

Artificial Intelligence is no longer confined to research labs—it’s now powering decisions on the tactical edge. Edge AI systems analyze drone surveillance feeds in real time, detect potential threats instantly, and deliver predictive insights that strengthen situational awareness and mission readiness. “AI can now distinguish military vehicles from civilian ones, assess threats, and provide commanders with precious extra time to act.”

From jammer detection to countermeasures, AI is deeply integrated into ongoing conflicts such as in Ukraine, where defense firms train models continuously to enhance battlefield autonomy.

Data Quality: The Backbone of AI in Defense

AI’s effectiveness depends on high-quality data. At least 80% of any AI project involves cleaning and preparing data, ensuring accuracy in threat detection, anomaly identification, and decision-making. Without structured, qualified datasets, AI-driven defense solutions cannot function effectively.

Akkodis AI-Core: Enhancing Defense with Edge AI and Threat Detection

The Akkodis AI-Core platform integrates AI models with rules-based algorithms for high-value output. It operates across devices—from laptops to embedded hardware—without requiring constant connectivity.

The Akkodis AI-Core platform integrates AI models with rules-based algorithms for high-value output.

With advanced early warning capabilities, AI-powered systems detect drones and potential threats even in low-visibility conditions. By leveraging video, thermal, and RGB imagery, these solutions deliver faster response times, stronger situational awareness, and improved soldier safety on the battlefield.

5G on the Battlefield: Powering Real-Time Defense Operations

5G connectivity delivers speeds up to 100 times faster than 4G, unlocking true real-time control of drones, autonomous vessels, and tactical battlefield operations. With private and secure 5G network slices, militaries can establish mission-specific communication channels that ensure reliability, security, and faster decision-making in critical scenarios.

5G connectivity delivers speeds up to 100 times faster than 4G, unlocking true real-time control of drones, autonomous vessels, and tactical battlefield operations.

Norway is leading the way, upgrading 4G tactical communication nodes in combat vehicles to 5G, followed by mobile base stations to extend secure, low-latency battlefield communication.

Military 5G and Edge Computing for Faster, Secure Battlefield Communication

Military 5G is revolutionizing battlefield communications by accelerating edge computing and reducing costly data transfer delays. By processing information closer to the front line, forces gain real-time insights and faster decision-making power. Combat Clouds now function across multiple tiers—from centralized hubs to local nodes—delivering both speed and flexibility in mission-critical scenarios.

Akkodis strengthens this ecosystem with rugged portable and vehicle-mounted communication nodes, supporting 4G/LTE/5G and mobile ad hoc networks (MANET). The result: durable, secure, and uninterrupted connectivity where it matters most.

Cybersecurity in Net-Centric Warfare: Proactive Defense Against Emerging Threats

Net-centric warfare increases exposure to cyber risks. Every connected sensor, weapon, or vehicle represents a potential vulnerability. As NATO warns: “Cyberspace is contested at all times.”

Akkodis has developed “Offensive Defense” honeypots to detect, analyze, and counter cyberattacks in real-time. Such insights allow proactive defense against emerging threats.

Securing Frontline Military Systems with Zero-Trust and AI Defense

Protecting frontline systems is critical. Soldiers now carry devices with computing power exceeding entire units from decades ago—each a potential target.

Modern defense demands uncompromising protection. Zero-trust architectures, AI-driven threat detection, secure-by-design hardware, and resilient battlefield networks are now becoming the standard. These advanced cybersecurity measures safeguard tactical systems against zero-day exploits, electronic warfare crossover attacks, and emerging digital threats—ensuring soldiers and mission-critical operations remain secure.

Defense Innovation Driving Global Technology and Civilian Applications

Defense innovation is increasingly shaping the global technology landscape. Complex, data-driven systems are creating advances that will spill over into civilian sectors.

“If something is built to meet the tough requirements of the military, it can be deployed anywhere.”

Defense is not only adapting but also becoming a driving force for broader innovation.