China has launched the first mobile 5G base station dedicated to military use

FACTA

According to available information, this mobile station can serve over 10,000 users in a three-kilometre radius, providing high-speed, low-latency, and secure connectivity. It maintains a total throughput of 10 gigabits per second, with latency under 15 milliseconds, even while military units travel up to 80 km/h (50 mph) in challenging environments, such as in mountainous or densely built-up regions.

This development could accelerate the adoption of autonomous combat technologies, including drones, robotic dogs, and other unmanned platforms, likely to surpass the number of human troops in upcoming conflicts. Earlier military networks have struggled to accommodate the enormous data exchange these platforms require. That´s why making 5G connectivity is becoming a crucial enabler of future operations.

The system is reportedly can overcome communication issues as well as electromagnetic interference and is ready to be deployed on battlefields.

FUTURA

This development represents a significant advance in battlefield communications that enhances China's capabilities in modern warfare. It may revolutionize the way of combat, which will require less manpower, and emphasize the electromagnetic and communications dimensions of combat.

AI and 5G can bring the proliferation of swarms of drones, robotic dogs and autonomous vehicles on the battlefield and thus significantly reduce the need for human troops. The way of warfare may change to managing large fleets of intelligent, networked drones and machines rather than the traditional manoeuvres of manpower. Innovations will include command and control modules that bypass jammers, GPS-independent positioning systems, and autopilot functions that will allow drones to navigate autonomously to the battlefield, changing the nature of geographic accessibility for combat operations. Artificial intelligence will enable faster, more effective decision making and mapping of the battlefield situation with potential enemy targets. States will need to invest in robust cybersecurity measures and develop backup communications systems, as the introduction of 5G technology will lead to an increase in the significance of cyber-attacks and electromagnetic pulse strategies to disable communications.