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Saving Lives With Military AI




Man in army uniform holding a gun, distorted by overlaid tech graphics.

Before AI emerged in the civilian sphere, military operations across the globe incorporated it into robots and software capable of protecting human life. From virtual reality simulations to healthcare, military AI is a remarkable resource. Though AI can be used in the military to take life, it has immense life-saving capabilities as well.

What Can Military AI Do?

Utilizing the powers of artificial intelligence in military operations saves time, money and lives. Some common uses of AI in these situations are:

  • Training and preparing soldiers for combat
  • Decision-making and strategic planning
  • Cybersecurity
  • Combat, transportation and healthcare robots

Capitalizing on these skills can significantly benefit the military at all levels of authority.

Here is an expansion on these AI operations and how they can save and protect the lives of military personnel and technicians.

1. Training and Preparation

With the right training, military personnel can have both the knowledge and physical skills to complete their missions safely. Studies prove AI-assisted training in the U.S. Army and Air Force improves retention and reduces completion times by up to 40%.

Artificial intelligence software that creates virtual reality models and simulations of combat provides a safe transition from the barracks to the battlefield. Furthermore, their practices do not need to use real weapons, cutting costs and the likelihood of injury with an inexperienced handler.

Simulations can help soldiers practice repairing, assembling and using their tools and weapons. It also works as an introduction to quick-thinking situations and strategies. To save lives in military operations, AI-assisted training can provide in-depth preparation for all conditions.

2. Decision-Making

AI-assisted technologies can also make tough decisions through their data processing. An active military operation or combat zone is a high-stress situation. It can be challenging for these soldiers to make lightning-fast decisions for the good of the team, mission and possible civilians.

Therefore, AI algorithms can quickly process data and predict possible outcomes and scenarios. With this information, the system can evaluate the best possible course of action for success and safety.

Decision-making processing also identifies patterns and creates summaries of performance for review. The military can then improve its strategies or see where possible points of human error arise.

3. Cybersecurity

Many people would not immediately think of cyber security as saving lives, but the classification of operations and new technologies are essential to a military’s success. Artificial intelligence protects this data and the networks from unauthorized sources, but it can also discern patterns in cyber attacks to increase its strategy.

With the extremely high level of confidentiality and the value of this information, military cyber threats are common worldwide. Therefore, governments usually emphasize the protection of these weapons systems and plans.

Militaries should also provide training to all levels of authority. Lengths of service may vary, but cybersecurity measures improve every day. Again, AI training programs personalize the experience by tailoring content to the user.

To keep the well-oiled machine turning, AI-assisted cybersecurity measures protect the confidential information and data of military operations.

4. Combat and Transportation

Combat and transportation are probably what most people think of when they hear about AI in the military. Processing and surveillance software can watch for threats and analyze possible dangers in a zone or mission plan. Drones can scope out an area before humans arrive to investigate routes and possible encampments safely as well.

Robots like Modular Advanced Armed Robotic System (MAARS) and Multi-Utility Tactical Transport (MUTT) protect and serve. MAARS is a ground vehicle and robot that accompanies a military team on missions. Finding threats like mines, coordinating drones and throwing grenades are all within its power.

MUTT is more of a companion and assistant, lugging up to 1200 pounds of equipment across treacherous terrain. Using MUTT helps soldiers conserve their strength and carry provisions and weapons more easily.

5. Healthcare

AI and robots can heal and provide medical assistance. Alert systems can find injured soldiers and pinpoint their location for medical professionals. Some robots are also equipped with medical care databases and can provide help and advice to fellow soldiers in times of need.

Trauma also leads to casualties very quickly on the battlefield. Soldiers need immediate action in these cases and medical robots are there to provide care. Everything from minor cuts and abrasions to extensive burns and gashes is under the radar of these robots. Their toolkit of information is vital to the safety and protection of soldiers and military personnel across the globe.

Items to Consider

Artificial intelligence is a fantastic resource that protects lives every day. However, remember these systems are not infallible and human supervision is always necessary. They have no fear and can determine actions, but their ability to understand ethics is not as sharp as a human being.

Their mission success is a great asset, but this also means someone could use these tools in disastrous ways or against civilians. The grey area of using new technologies in combat operations is nothing new and a topic to keep in mind as they integrate into various militaries worldwide.

Progressing Into the Future

AI technology saves lives in the right hands. Through extensive simulations and training, soldiers are better prepared for combat. Additionally, systems can make quick decisions, determine possible dangers and protect valuable data. These robots’ service to human protection is invaluable and will keep progressing to new heights in the future.

Zac Amos is a tech writer who focuses on artificial intelligence. He is also the Features Editor at ReHack, where you can read more of his work.