News That Loud

Military with 5G Tester Equipment & RF Drive Test Tools

0 16

The military sees 5G or Fifth-generation mobile network technology as the future! 5G is gradually being adopted by the world not only for general communications but also for various military operations as well as defense applications. 5G is a high-speed, greater bandwidth, and lower latency Internet network, hence the Indian Army is looking to establish a 5G network along borders. to improve better communication and high-speed data network to support military operational requirements of field foundations and for various military applications, the 5G network will be an ideal selection. So, now let us see how 5G along with Reliable 5g tester, 5G test equipment, 5g network tester tools and Reliable 4G Testing RF drive test software, Cellular LTE RF drive test tools & equipment will benefit Military.

As 5G provides special military-friendly features like high bandwidth, high speed, and low latency connectivity. Therefore, for a field army, it will facilitate not only training and operations on the battlefield but also a validation of military use cases such as smart surveillance, telemedicine, drone control, and real-time augmented and virtual reality. 5G’s high bandwidth capabilities ensure that battlefield imagery inspection and low latency ensure the delivery of time-sensitive data, such as the control of robotic devices. Moreover, with 5G, some of the important use cases for military applications are Real-Time Cyber-attack Detection and Response, real-time maps in battle networks, battlefield wearables, 5G drones, and artificial intelligence. 

Role of 5G for Military Communications

When it comes to the overall 5G vision for the military, the technology today is an end-to-end network that combines numerous sophisticated technologies for quicker, more reliable, and more secure transmission. 5G holds the promise of abundant high-speed data connectivity, improved intelligence, surveillance, and reconnaissance (ISR), more efficient logistics; swarming unmanned vehicles, mission rehearsal, and most importantly instant situational awareness anywhere on Earth along with rich access to mission-critical data on the leading edge of the military battlefield. 

5G utilizes software-defined networking (SDN) and network functions virtualization (NFV) to provide many levels of security which offers the flexibility and security needed to build routing paths using virtualized network services for mobile end-devices connecting with a dynamic application environment.

For the military, 5G could improve Intelligence, Surveillance, and Reconnaissance (ISR) systems, and signal processing, which will enable new command-and-control applications in the military base. Also, 5G could give the military broad access to augmented and virtual reality in terms of 5G smart warehousing, dynamic spectrum use, and distributed command and control. 

There are some challenges that 5G addresses through a multi-layer approach by identifying an end-to-end security concept. Hence it is more benefitted the military segment more.

  • With 5G, all user traffic is encrypted, and the end device along with the application can overlay additional end-to-end encryption, which will help provide another layer of application-specific security thereby meeting all the network-related disputes in military applications.
  • The application of the Zero Trust approach can be implemented or validated by 5G especially when the concept that no user, device, application, or data flow is trusted. It will be enhanced through the requirement of Zero Trust Security in the military industry with a 5G network, which necessitates automatic security embedded in every device as part of the device configuration.
  • The impact of DoS (disk operating system) attacks is minimized through 5G network slicing, which enables to split of the network into different virtual infrastructures based on devices used and provides the ability to isolate the virtualized infrastructure within each slice. This will help in the military as dedicated anti-DoS gateways further isolate and protect different parts of the network.


When 5G wireless communication comes up in the market, it is all set to replace the present standard we are using (4G LTE) network performance to a whole new level. 5G is likely to move voice, video, text, and image data with high bandwidth of 300 GHz, beneficial for the military battlefield. 5G can provide programs for the Indian army which include a battlefield management system, and future infantry soldier as a system. 

Network detection and response (NDR) solutions have been increasing in the military network just to confirm whether the network is secured or not. So, analysing, monitoring, and testing the network in the military is crucial. Compared to the traditional method, the non-traditional method of network testing is more simple, more convenient, and budget friendly. Choose RantCell to test the military network by installing an app to your test device and conducting a 5G/4G test even remotely by non-technical personnel. 

Leave A Reply

Your email address will not be published.