Harnessing Edge AI in Defense: Key Use Cases for Army, Navy, and Air Force

Artificial Intelligence (AI) has become a transformative force across multiple domains, and the defense sector is no exception. However, there is a subset of AI that is particularly groundbreaking in this regard: Edge AI. By processing data locally on devices, Edge AI can provide faster responses, enhanced security, and more robust operations even in disconnected environments. For defense forces (Army, Navy, and Air Force), these advantages can translate into higher operational efficiency, improved situational awareness, and ultimately, enhanced national security.
Harnessing Edge AI in Defense: Key Use Cases for Army, Navy, and Air Force

General Infrastructure and Components Needed for Edge AI Solutions

To effectively implement Edge AI, a specific set of infrastructure components is required. Core elements include:
  • Edge Devices: These are the hardware that perform data processing at the source. In the military domain, these devices can be drones, ground vehicles, wearables, cameras, or sensors deployed on the battlefield.
  • Edge Servers: These are local servers that process data from a group of edge devices. They have greater processing power compared to individual devices and can support coordination among multiple devices.
  • AI Models: The AI algorithms used for analysis and decision-making need to be optimized for edge computing while considering factors such as memory and power consumption constraints.
  • Connectivity: While Edge AI can operate in disconnected environments, connectivity solutions like 4G/5G can enhance data transfer rates when available.
  • Security Solutions: Security is paramount in defensive environments. Secure data transmission and storage mechanisms, as well as AI model protection technologies, are essential components of Edge AI infrastructure.

Use Cases of Edge AI in the Military Domain

Army: Autonomous Ground Vehicles

Problem Statement: The Army often operates in dangerous and unpredictable terrains. Deploying soldiers to conduct reconnaissance or patrol missions in these areas poses unnecessary risks.
Solution: Autonomous ground vehicles equipped with Edge AI capabilities (cameras + Edge AI nodes) can navigate challenging terrains and perform reconnaissance and patrol missions without jeopardizing human lives. These vehicles can process data in real-time, quickly deciding on paths to take, obstacles to avoid, and whether to retreat or proceed.
Outcome: Reduced risk to soldiers, increased patrol efficiency, and enhanced situational awareness.

Navy: Intelligent Maintenance Systems

Problem Statement: Naval vessels require regular maintenance to ensure optimal functionality. However, due to the complexity of these systems, determining maintenance needs can be challenging. Additionally, current data collection systems on ships and submarines are static and can only provide insights post-factum rather than in real-time.
Solution: Edge AI can be used to develop intelligent maintenance systems. Sensors distributed throughout the ship can monitor various parameters, and through edge processing, data can be analyzed in real-time to gain immediate insights. Predictive maintenance models running on edge devices can foresee potential issues before they escalate into serious problems.
Outcome: Improved vessel efficiency, reduced downtime, and significant savings in maintenance costs.

Air Force: Drone Swarms

Problem Statement: The Air Force requires extensive surveillance to maintain airspace security. However, this task demands substantial resources and exposes aircraft and personnel to enemy defenses.
Solution: Edge AI-driven drone swarms represent an emerging solution. Drones equipped with Edge AI devices and appropriate AI models can coordinate to operate in swarms, providing extensive coverage while minimizing risk. They can make real-time decisions regarding flight paths, monitoring targets, and evading enemy defenses.
Outcome: Expanded surveillance coverage, reduced risks to personnel and aircraft, and shortened response times.

Security and Surveillance of Borders/Military Facilities

Problem Statement: National borders and military facilities are vast and often located in remote areas, making effective monitoring and security challenging. Traditional surveillance methods can be resource-intensive and may not provide timely alerts regarding potential security threats.
Solution: Edge AI can power advanced surveillance systems using networks of sensors and cameras. These systems can analyze video feeds in real-time to identify anomalies or potential threats. For example, they can detect unauthorized movements, recognize specific vehicles or individuals, and even identify suspicious behavioral patterns.
Outcome: Enhanced security for borders and military facilities, timely threat detection, and reduced manpower requirements for surveillance tasks.

Automated Access Control for Military Platforms

Problem Statement: Military platforms, whether physical (such as bases or ships) or digital (such as defense networks), require strict access controls to ensure security. Traditional access control methods can be easily compromised, and managing access permissions is both complex and time-consuming.
Solution: Edge AI can be used to create sophisticated automated access control systems. Biometric authentication systems can leverage AI to accurately verify identities based on facial recognition, fingerprints, or other biometric data, processing information locally for quick and secure access control. For digital platforms, AI can monitor user behavior and detect anomalies that may indicate unauthorized access or malicious activities.
Outcome: Enhanced security for military platforms, streamlined access control processes, and early detection of potential security vulnerabilities.
The above use cases represent some key applications in the defense vertical. There are many other use cases where Edge AI can exponentially increase efficiency, thereby freeing up critical human resources. Implementing Edge AI-based solutions in the military is not a question of “if”, but rather “when”.
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