Over the past years, the world has steadily embraced wearables—from hearing aids to smartwatches. However, the rise in the use of AI assistants and the development of the Internet of Things (IoT) has fueled the market expansion of wearables today. While it has been a part of our daily lives, the application of AI in IoT and wearable devices are now being utilized by many to launch or improve their businesses, ushering in a new commercial and consumer technology era. Adopting and investing in these technologies will enable consumers, companies, economies, and industries to use their capabilities and gain competitive advantages.
What is Artificial Intelligence?
One of the most popular technological advancements is artificial intelligence, or AI, which has proven applications in many sectors. It's a technology that operates more quickly while simulating human intellect. Consider the famous artificial intelligence systems like Apple's Siri or Amazon's Alexa. Due to this invention, there were many technological advances in various industries, including healthcare and finance. That's why it's a big step when AI is employed in the Internet of Things and wearable technology.
Why Do IoT and Wearable Devices Need Artificial Intelligence?
IoT enables devices to communicate with one another and act on these discoveries. These devices are only as valuable as the information they offer. The data must be gathered, saved, processed, and analyzed to be helpful for decision-making.
Because of this, organizations face a dilemma. They need help to effectively process and use the data for practical decision-making and insights. Hence, a rising need for artificial intelligence to come up with rapid, real-time decisions just like a human being. Without rapid data processing, lags may affect the performance and speed of these technologies, not to mention the dangers in emergencies.
What Are the Applications of Artificial Intelligence in IoT and Wearable Devices?
The usability and benefits of wearable technologies span a wide range. Each AI wearable device functions differently depending on the area they fall under, such as fitness, health, or entertainment.
Contrary to most beliefs, wearable devices have already been introduced into various situations. The most widely used wearable technology applications across many industries are as follows:
Sports and Fitness
Recently, the sports and fitness industries have merged with the tech world. These days, biosensors are a standard feature in AI-enabled Bluetooth fitness trackers. These biosensors can pick up motion, touch, proximity, elevation, and heart rate.
Developing smart headphones with an AI-based personal trainer, which directs the training process by providing real-time tracking details of cycling, running, and other exercises is another example of how AI is utilized in the sports and fitness business. As a result, body-mounted AI wearable devices can successfully give their customers comprehensive fitness statistics by using voice assistants and in-the-moment insights.
Healthcare
The healthcare industry has already undergone a digital transformation that has improved and increased the functionality of wearable AI analytics that provide patient health statistics and real-time insights, inference, diagnosis, and reports.
The Internet of Things, an AI-driven healthcare IT system, is now connected to medical apps and equipment. Patients can now take preventative healthcare steps at home by keeping track of their health information thanks to AI and wearable technology in healthcare.
The Internet of Things (IoT) artificial intelligence wearable intimately links all the data with real-time health monitoring sensors that provide timely reports and display various health factors that assist the patients in making quick judgments and taking the necessary actions to keep themselves well.
Retail
Wearable monitoring devices with artificial intelligence are also evolving in the retail sector. Consumer retail, particularly the garment industry, is already producing products using wearable technology's cutting-edge capabilities. Mobile apps are now synchronized with AI-driven wearable clothing like hand gloves, jackets, etc., to ensure the user's or wearer's safety. This fashion innovation, sometimes called smart clothing, has made its breakthrough recently.
Gaming
Mobile gaming will continue to be a thriving industry for the foreseeable future. It might be primarily a result of the introduction of wearable artificial intelligence in its sector. The industry is heading toward a hedonist user experience, from creating AR and VR-enabled games to real-time audio and visual trackers with AI capabilities. Gaming devices have seen a rise in user engagement thanks to AI-enhanced wearables.
Many people have expressed interest in AI-powered gaming due to the introduction of various VR devices. Since the target audience wants an interrupted AI-driven experience, wearable technology and gaming are frequently used symbiotically linearly.
Smart Homes
Artificial intelligence makes smart houses a reality. These homes leverage AI through linked sensors, appliances, and lighting to gather data for analysis. Additionally, with the help of AI, these gadgets can improve how you live your life by offering you utilities and other services that can make your existence more efficient.
Today's market has a wide variety of smart appliances; some of the more well-known ones are refrigerators, air conditioners, and lighting. For instance, smart refrigerators can help you save money and reduce carbon emissions. Depending on the type of food it contains, they alter the temperature. Other refrigerators with AI capabilities might even read recipes so you can stock up on the right things during your subsequent supermarket run. You'll have a lot of choices for smart technology while creating your smart home.
The Challenges Associated With Incorporating AI in Wearable Devices
Although the development of AI may have simplified processes and solved several issues, there are also some drawbacks. Let's look at them:
Battery Life
Maintaining the battery life was one of the main areas of difficulty throughout the entire AI project management cycle while developing and evaluating wearable fitness devices. The batteries in AI wearables frequently run out considerably sooner than desired because they have far less computing power than smartphones.
Privacy
A significant amount of data is required to apply wearable artificial intelligence properly. For instance, some AIs, such as those that use wearable cameras for facial recognition, are security-sensitive. That's why maintaining privacy as the primary priority, in this case, is crucial.
What Is the Future of Wearable Devices?
The future of wearable devices is promising. Smartwatches won't be the only wearables available; several other industries will also investigate wearable AI technology. What to anticipate from wearable technology in the future is as follows:
Energy harvesting: The use of wearable technologies extends battery life. It can be annoying to wear a smartwatch that must always be charged. In the future, such devices will have a function or energy that transforms solar energy or body heat into raw electricity.
Identification and authentication: Most apps demand two-factor authentication. However, wearable machine-learning technology will eventually have authentication capabilities. Users can access such apps with basic biometrics and other less complicated features. A few entrepreneurs also consider smart tattoo technology, which can scan identity information as it transfers.
Final Thoughts
Getting caught up in the sensors, hardware, and communication protocols of wearable devices and the Internet of Things is simple. Still, the essential differentiator of your solution will be the helpful intelligence it extracts from data.
Take the time to learn AI fundamentals and discover the truth. You will then be prepared to create a defendable business strategy armed with a potent arsenal. You can then build a more valuable company that will outperform competitors.
