A wearable device is a kind of miniature computer: bracelets, glasses, watches, and even garments – with a wireless local or remote connection to other computers. These devices are equipped with sensors that track various forms of physical activity or parameters of the user’s environment. Often, the term “wearable device” is replaced by another, which has a more specific meaning: “wearable computer”.
A wearable computer can be worn on different parts of the body, for example, on the wrist when a “smartwatch” combines the function of a watch and a smartphone at the same time. A wearable computer gives you the ability to work and communicate from anywhere in the world. This technology has been successfully applied in medicine for bleeding detection, and engineering – interactive manuals, 3D atlases of repaired devices, and in the military.
One of the types of wearable computers is “interactive glasses”. An image is usually projected onto the inside of the glasses, replacing or complementing the visual picture of the outside world. A typical device has a mini-computer with a webcam, various sensors, Wi-Fi, and other features. The device can be worn by the soldiers in order to see where there are more threats and better understand what is going on the battlefield.
On our website, you can find details about wearable devices for military use.
Innovative Wearable Device
- Consumer Wearable Devices
Wearable devices can include an accelerometer, camera, GPS navigator, thermometer, compass, barometer, etc. These devices collect information using external and internal sensors. Most often, they support Wi-Fi, GPS, and Bluetooth technologies.
IDC predicts the market will reach 279 million units by the end of 2023, with a compound annual growth rate of about 9%. In the military sector, wearable devices can help speed up emergency calls via Bluetooth.
The lack of interactive glasses in the forecast from the international consulting company IDC suggests that wearable devices are so new that experts have not yet decided what technology is applicable to wearable devices.
- Global wearables
Global wearable device shipments have grown from 202 million to over 501 million. In 2015, approximately 17% of these could be attributed to enterprise end-users, which means more than 34 million wearable devices are active in corporations today.
Global wearables include the following h functions:
- Increased productivity
- Indoor and outdoor use
- Monitoring health parameters, well-being, injury detection, and stress levels of soldiers in the military. An accelerometer allows you to determine a fall (by detecting a sharp change in its position and height) or detect the prolonged immobility of a soldier or unit. An alarm can also be triggered if a military unit crosses into a dangerous area.
- Minimizing human error
- Activation of an alarm on a bracelet or smart helmet in case of danger
- Mil-Spec connectors
Used in radios, tablets, headsets, and GPS systems, Mil-Spec connectors enable soldiers to increase their efficiency, making them the “soldiers of the future”.
Anything a soldier touches wears, moves, or communicates requires lightweight, strong, and secure connections.
The following trends drive military technology innovation:
- Water immersion. There is a growing demand for technology that can withstand immersion to help soldiers stay connected in harsh environments.
- Reliable protection. Technology worn by soldiers must provide strong protection against radiation emissions and the interception of communications by opposing armies.
- Communications. The a growing need for high-speed data and signal strength to provide communications for troops in any environment.
The main challenges that wearable technology designers aspire to overcome are:
- Developing components that can be cleaned quickly and easily
- Creating rust and salt-resistant equipment, protecting against moisture and immersion in water.
Wearable devices for military use FAQ
Wearable devices allow us to monitor our physical health constantly. Thanks to wearable devices, you can even detect early symptoms of COVID-19.
Wearable devices are capable of informing you about physical health. Therefore, they allow you to quickly identify diseases such as cancer, cardiovascular disease, diabetes, etc.
The 500 mg tablets are taken 2-3 tbl, 3 times a day for adults, and the 1000 mg tablets are taken 2-3 times (2 tablets). The dosage is lower for those experiencing kidney problems.
Biometric sensors allow a soldier’s heart rate and respiration to be monitored remotely while they are in the field. They can also detect injury or bleeding, if a soldier is in a state of shock, or is otherwise unavailable.
Lithium-ion (Li-ion) and Lithium-ion polymer (LiPo, Li-Po, LIP, Li-poly) batteries are the most popular batteries today for wearables. Small LiPolymer cells or LiCoin Rechargeable cells are used most often.