These technologies are intended for use in warfare. These technologies cannot be used in civilian applications. These weapons are only intended to be used in military operations and should only ever be used by personnel who have received military training. There is no way that these technologies can be used by civilians without special training.
Airborne Tactical System
The Airborne Tactical System is a groundbreaking approach to Augmented Reality for air combat training. The system allows the integration of virtual assets into real life, which facilitates coordinated maneuvers to combat synthetic threats. Red 6 was responsible for developing the system, with the intention of revolutionizing the training methods of allies.
It can be used in both military and civil operations. An example of this is a full-featured electronic computer system that projects digital images and motion photographs onto a flat surface. An aircraft may also be equipped with search and rescue equipment, flares and flares, as well as guns. All of these can be controlled by a store management system. The system must also offer 360-degree radar coverage.
Directed Energy (DE) weapons
Directed energy (DE) weapons, a new weapon type in military technology, uses energy to kill targets. They are not like laser weapons in that they don't produce loud explosions or a large red light. They can shoot targets out of thin air without causing collateral damage. They are capable of tracking targets in space and can be used in battle against enemy forces.
Directed energy weapons are gaining ground in military technology and are being developed by the United States and its adversaries for both conventional and unconventional warfare. They can be used on the ground, in space, at sea, or air and for base defense. Directed energy weapons have several advantages, including a deep magazine, long-range engagement, and the ability to destroy electronics without causing harm to people.
VR
The military is using new technologies to increase training and resilience in real life situations. Virtual Reality can be used to help soldiers navigate through complex environments and collaborate with other units. It also helps them improve their teamwork skills. It can also assist combatants suffering from PTSD and mental health issues. Training in VR for military personnel is a great way to help recruits adapt to military life.
Before "virtual reality", the Pentagon was already testing interconnected virtual realities. Air Force Captain Jack Thorpe published a paper in 1978 describing a system of networked simulators for distributed mission planning. The Defense Advanced Research Projects Agency took the project onboard, and later the Army. This project was stuck in its early stages due to its awkward design.
IoT
The military needs to increase its IoT and Internet of Things (IoT) capabilities. Soldiers need access to vital information 24/7 and the ability make fast decisions in potentially dangerous environments. The military has made significant investments in research and development to enhance IoT systems. A soldier could use an IoT device, for example, to gather data about his orher operational context. This data could then be used to context-adaptive authenticate in the wild, and continuously monitor the soldier's psychological condition in a dedicated edge computing structure.
IoT technology has been slow adopted by the military. However, technological limitations do not account for the slow adoption of IoT technologies by the military. Despite the deployment of millions upon millions sensors by the military, many of them have been created in silos which make it difficult to communicate between each other. Although there are many successful IoT deployments in the private industry, very few military applications have fully utilized the IoT's potential. Rather, this slow adoption is likely due to structural and cultural differences.