Inside the Command Center: How IoT is Transforming Military Decision-Making

The internet has revolutionized the way we connect and communicate, serving as the backbone for the exchange of information across computing and communication devices. However, its underlying infrastructure often goes unnoticed by most users. In this article, we will delve into the fundamental components that facilitate our connectivity and shed light on the remarkable emergence of the Internet of Things (IoT). We will explore how the IoT is transforming countless physical devices into interconnected systems, and specifically, how it is empowering the military sector to become smarter, more responsive, and better equipped to tackle physical and cyber threats.


The Rise of the Internet of Things (IoT):
The IoT has emerged as a transformative force, connecting an astonishing array of physical
devices worldwide. From household appliances like fridges and vacuum cleaners to vehicles,
doorbells, and even medical sensors, the IoT is enabling seamless data transmission,
acquisition, and sharing on a global scale. By bridging the physical and digital realms, the IoT is
not only shrinking our world but also making it smarter and more responsive.

Subdivisions of IoT and the Military Sector:
The IoT has birthed numerous subdivisions, expanding its reach and applicability. The main
subdivisions that are gaining momentum include:

  1. Consumer and Commercial IoT
  2. Industrial and Infrastructure IoT
  3. Medical and Military IoT


In this article, we will focus on the impact of Military IoT (IoMT) and explore how it equips defense forces worldwide with the tools to enhance their intelligence, responsiveness, and ability to neutralize threats.

The Power of Military IoT:
IoMT systems and equipment are increasingly employed by military organizations to improve
operational efficiency and security. Through virtual management of logistics, personnel, and
global asset monitoring, command staff can gain real-time insights into their operational
environments, leading to better decision-making capabilities.

Market Outlook:
While estimating the precise size of the IoMT market remains challenging due to sensitive
devices and ongoing research, a 2022 GlobalData research paper titled “Internet of Military
Things” provides an overview of its growth potential. The market was valued at $439 billion in
2019, reached $486 billion in 2020, and is projected to reach $807 billion by 2025, with a
compound annual growth rate of 11% during this period.

Applications of IoMT in the Military Sector:
The IoMT and the Internet of Battlefield Things (IoBT) leverage edge architecture, rapid data communication, and connected devices to enhance military performance. Some notable applications include:

  1. Achieving a Tactical Advantage:

    Unmanned aerial drones equipped with cameras and sensors allow armed forces to scan the battlefield, transmitting real-time data to the command center. This data enables officers to monitor the terrain, track enemy locations, and make informed decisions swiftly.

  2. Safeguarding Military Installations:

    IoT sensors, both active and passive, assist in identifying potential threats by collecting biometric data such as fingerprints and iris scans. By employing these sensors, military installations can enhance their perimeter security and identify individuals who may pose a risk.

  3. Soldier Health in Focus:

    IoT sensors can track various aspects of a soldier’s health, including behavioral traits analyzed through speech patterns, as well as physical metrics such as pulse rate, body temperature, and thermal distribution. This data helps in ensuring the well-being of soldiers and enables timely intervention when needed.

  4. Smarter Maintenance, Stronger Defense:

    Efficient vehicle maintenance is crucial for successful military operations. IoT sensors integrated into vehicles provide real-time information on parameters such as location, fuel efficiency, mechanical condition, and potential damages. This data enables prompt problem detection and resolution, ensuring optimal performance and readiness.

  5. Immersive Training for Modern Warfare:

    IoT-powered training simulations using augmented and virtual reality environments allow military personnel to practice and improve their skills in realistic settings. Historical real-world data is utilized to create accurate virtual battle scenarios, and trainees are equipped with VR/AR gear to record and evaluate their performance metrics. Commanders can then adjust parameters based on real-time feedback, optimizing training outcomes.


The Internet of Things has brought about a paradigm shift in the military sector, empowering defense forces with advanced connectivity and data-driven capabilities. Through IoMT and IoBT applications, armed forces gain enhanced situational awareness, improved security measures, real-time monitoring of soldier health, efficient equipment management, and immersive training experiences. As technology continues to evolve, the military sector will rely increasingly on IoT solutions to maximize operational efficiency, protect personnel, and stay ahead in an ever-changing threat landscape. Omnetics Connector Corporation’s contributions further strengthen the foundations of this transformative journey.