Defense forces are acquiring advanced technologies and wearables to improve soldiers’ combat. As a result of the increased demand for current army wearable technologies in recent years, it is expected that research into their development and deployment will expand significantly in the coming years. The smart soldier wearables are capable of reacting to, sensing, and adapting to the operating environment.
The integration of new technology is intended to provide an opportunity for increased efficiency, usefulness, safety, and cost savings. Advanced wearable technologies have shown to be quite valuable to warriors. Wearable technologies improve sensing sensitivity, enabling artificial intelligence (AI)-based solutions, augmented reality (AR), and cognitive capacities. Such technologies have a broader impact on battlefields at the strategic and operational levels.
The global super soldier wearable technology market produced $5.42 billion in revenue in 2019 and is expected to exceed $9.80 billion by 2025, at a CAGR of 12.80 percent over the forecast period, 2020-2025.
Rising defense funds, which result in increased troop modernization initiatives, are one of the primary motivators for defense agencies to buy and enhance soldier wearables. Over time, both rich and developing countries have allocated a large portion of their GDP to defense spending.
The charts below depict the top 5 defense expenditure countries and their defense budgets for 2017-2019.
The concept of a super soldier that can shred your enemy in a millisecond, neutralize threats and possess powers that most humans lack in all of society’s dreams about warfare. Providing warriors with expanded capabilities could be a lifesaver for them.
Smart Wearable Devices
Some smart wearable gadgets are more eminent than others, namely:
- Soldier Uniforms: Soldier uniforms are made with wearables and sensors that are scientifically customized to meet forces. While growing computing power, artificial intelligence systems, and enhanced processing speeds are expected to provide operations a head start, dependence on computer networks demands modern security solutions.
To accomplish the most modern military operations, sensors, armaments, and network technologies will rely on secure computing. The soldier’s wearable gadget will connect the target information, drone, and opponent tracking data right away. Soldiers would require embedded sensors, night vision goggles, and wireless communication links to enhance the security techniques. The soldier’s wearable gadget will connect the target information, drone, and opponent tracking data right away.
- Helmet Device: Soldiers may monitor some graphical data, digital maps, intelligence, position, and more on the helmet’s computer and sensor display. Furthermore, the gadget on the helmet can work with the thermal imaging weapons sight put on the weapon in the soldier’s hand, allowing the soldier to cover themselves in the firing corner of the opposing party.
- Smartwatch Device: Air Force pilots and crew members can use smartwatches to detect severe fatigue. It can have an impact on the pilot’s ability to keep the aircraft stable and the coordination required to refuel, land, or solve difficulties in the air.A watch that tracks the pilot’s circadian rhythm or an internal 24-hour clock that manages the sleep-wake cycle is part of the system. Many people may sense the time difference after traveling since their mind and body will be different when it comes to falling asleep or waking up. One thing that may be noticed is how many crew members are flying against their biological clock.
Because of the numerous uses of smart wearable devices, the combat model has shifted. The fighting capability of the individual soldier system directly influences the strength of the total combat capability of the battlefield in the new war mode, emphasizing the importance of smart wearable gadgets in the military.
The practice of warfighting has been influenced by technological advancements. A considerable transformation in the character of combat has been noticed in the post-Cold War era, owing mostly to technological advancements. Soldiers have also begun to utilize application-based skills to improve the efficacy of current technology, and a few technologies have been adapted in novel ways for use on the battlefield.
Military technology has advanced substantially in recent years, and contemporary soldiers are now carrying micro-Unmanned Aerial Vehicles (UAVs/drones) as portable equipment. In the future, the military will embrace wearable devices in large numbers.
Military strategies have changed with the nature of conflict over time. Guns, tanks, aircraft, battleships, submarines, and space systems are still weapons in wars. Intelligence techniques must be present at both the strategic and tactical levels to meet conflicts.
The concept of non-contact combat should not be taken to a logical conclusion. Robots can only fight battles, but conflicts are ultimately won by people. Wearable technologies have a position in today’s security architecture, according to current geopolitical circumstances.
To summarize in a few words, the Armed forces might benefit from wearable technologies in a variety of ways. These technologies improve sensing, provide artificial intelligence-based solutions, cognitive capacities, and enhance reality. Such technologies allow military troops to be more flexible in their actions. Soldiers receive timely information that helps them advance their campaign. Such technologies might have a great influence and provide answers to the battlefield and other relevant requirements at both the operational and strategic levels.
It ensures that soldiers who use internet-based wearable technology do not reveal their position or other sensitive information to the outside world. Militaries would be more accepting of such technology if lighter and more durable batteries could be used to replace the backpack power sources.