Artificial intelligence is a powered tool to mimic human behavior, actions by addressing a variety of responses through human voice automation, wireless channel estimation, etc to surpass human intelligence thereby eventually giving a seamless user experience to better wheel our lives every day with the boon of technology. Besides, AI can make devices more energy efficient and allow us to interact with them in more convenient ways, like with an always-on voice user interface.
The amalgamation of artificial intelligence and machine learning is driving a new spectrum of mobile app development possibilities in varied industries like healthcare, eCommerce, retail, manufacturing, supply chain, and logistics, IT to name a few. The acceleration of empowered AI has led to a resurgence of on-demand mobile apps for business, software developers to string better user interaction with machines in the digital world as per the changing personalized need and behavior of users.
Wearable technology has been an inherent part of our being for many years but has been catalyzed with the convergence of AI to produce smart techie wearables like a watch, ring, eyeglass, medical chest strap, etc. The wearable artificial intelligence industry has witnessed good digit growth coupled with poised forecast prediction categorically to increase global market share by 2025. Wearable technology has been a stellar revolution with IoT disruption that incredibly transitioned the quality of human life.
How AI Wearable technology is implemented and used in different industries in the digital world?
The wearable AI market is segmented based on type, application, and region. Based on type, it is divided into smartwatches, smart glasses, smart earwear, smart gloves, and others. Based on application, it is categorized as consumer electronics, healthcare, automotive, military & defense, media & entertainment, and others. Region-wise, it is analyzed across North America, Europe, Asia-Pacific, and LAMEA.
Google Inc, Fitbit, Huawei Technologies, Apple Inc, Amazon, Garmin Ltd, IBM, Motorola Mobility Inc, Sony, etc are some of the companies which are pivotal players in the AI wearable market had rolled out AI-enabled wearable technology products since last few years to catalyze the ambit of tech space encompassing our lives.
1. Healthcare Industry
The healthcare industry has undergone a significant transition that led to better more accurate functionalities with real-time insights, inference, statistical analysis on patient’s health diagnosis and reports. The medical devices and applications are connected to the healthcare IT system through IoT which is AI-led and known as the Internet of Health Things(IoHT).
Every patient data, diagnostic and treatment report are being processed through Machine to Machine communication and connectivity to a cloud platform through which data generated by devices gets captured, stored, and analyzed.
Wearable AI intricately collects data through real-time health monitoring wearable sensors, fitness wearables, wearables for elderly care, etc. to furnish timely reports to doctors on various medical or health parameters for fast treatment execution of patient.
In the healthcare industry, a Mathematical algorithm developed to identify and project various levels of retinal hemorrhage due to high sugar levels is an example of AI-induced diabetic eye disease seamless detection under the Google Brain Research initiative.
An Israel-based company OrCam Technologies is soon to unfurl “OrCamEye ” an artificial vision for visually impaired persons thereby pioneering wearable technology for a niche target customer chunk in the digital world. A voice assistant smart sensing device is embedded on the glass to recognize faces, read a book to fortify the cognitive skills of the patient. The mission of the company is to make “ AI Wearable as part and parcel “ for blind or visually impaired people through its breakthrough novelty to cater and ease the set of congenital physical challenges in their mundane lives.
2. Sports and Fitness Industry
The sports and fitness industry has likely been on the pathway to leapfrog more personalized innovation to keep up with the high octane increasing competition in the tech cosmos. A French sports tech startup venture “ PIQ” developed AI conjuncted wearable in boxing to rephrase to fight tooth and nail competition more efficiently. Boxing MMA fitness sensor “ PIQ Robot”, a hand wrap wearable gauges the speed and the number of punches through AI data analytics intelligence.
Furthermore, Indian homegrown company Boltt Sports Technologies possesses a large chunk of customers for their Smart Running Sneakers which has fitness trackers and stride sensors synchronized with the company’s mobile app to meet user goals.
AI-enabled Bluetooth devices that double up as a fitness tracker are featured with biosensors that detect heart rate, elevation, motion, proximity, and touch. These headphones have an AI-based personal trainer, which helps in working out more smartly by providing real-time tracking of running, cycling, and other exercises. So, AI wearables through body-mounted devices, voice assistants are successful to provide real-time data information to keep users taking care of themselves.
3. Gaming Industry
Mobile App and wearable gaming are gaining popularity being the young users the most target buyers. Mobile gaming is in vogue for many reasons but this could mainly be because it is cheaper than other forms of gaming like console gaming.
In the gaming industry, wearable smartwatches ring upon artificial intelligence-enabled real-time audio and visual trackers to make the user interface augmented or virtual reality engaging towards utmost hedonist user experience. Your Game Incorporation leveraged AI and enhanced its user-added value proposition with virtual golf assistant “Caddie “ to facilitate golfers derive data-driven inference during playing time.
Wearable gaming doesn’t just concern smartwatches. It also includes VR devices that have been released by different companies like Apple, HTC, Lenovo, Google, and many more. With the release of these VR devices, more and more people are starting to become more interested in this type of gaming.
Therefore, gaming and wearable devices are often symbiotic linear racer with common goals to give the target customer mainly the AI-driven users an uninterrupted experience.
4. Consumer Retail Industry
A roadmap for the evolution of mobile apps in sync with AI-driven wearable apparel like jackets, hand gloves, etc to put a user’s safety in place. Consumer retail (clothing) company Lumenus designed and produced bicycles for bicyclists, motorcyclists, runners, etc to guide their journey to the destination safely.
Lumens has created advanced performance wearable technologies pushing to enhance our existing understanding and achievement of personal safety. Trackable detection of the potential danger of collision could be avoided securely by bicycle riders or motorcyclists. Predictive turn signals engage, brake lights flash, and pace lighting guides you all without the need for user interaction.
The clad apparel software aggregates information about the user destination which is in sync with the company mobile app. Brakes, flashlights, etc piloted by IoT data points from different sources like API’s, GPS, sensors to monitor color, brightness, and other intrinsic functionalities of the user wearable. Lumens goes further by creating smart active lighting by connecting washable hardware and advanced” Zero UI “ software that works in harmony to optimize lighting and maximize visibility.
Machine learning algorithms, GPS data were adopted to bring about “Jiobit” devices to analyze daily routes and routines of the kids as target group users to map their tracking for live data-driven activities information by the parents.
Wearable AI by Google and Apple
Google Voice Assistant and Apple’s Siri had long back rolled out the smart wearable device with their watch, AirPods which compress proximity to offer functionality through affix of the non-wearable gadget(mobile) with a wearable device. Apple’s Smartphone-based AR technology-led mobile application development has already been incorporated which gathered much acclaim in the tech space.
A kind of sunglasses that can project holographic images, a smartwatch with a digital screen and analog pointers, a tattoo that can turn the corresponding skin into a touchpad, and a virtual reality controller that can perceive objects in the digital world. These are projects that Google has been quietly developing or funding to develop the next generation of wearable technology devices, according to the introduction of the white paper and demo video content.
According to CNET, the smart glasses and watch project comes from Google’s Interaction Lab, which aims to integrate digital and physical experiences. This is part of Google Research, which is an important part of Google, rooted in academia, and focused on technological breakthroughs.
Benefits of Wearable AI in Digital World
Wearable Technology has branched out into different industries soon to disrupt the untapped market ecosystem or zones. Gradually, with its novelty breakthrough continual innovation when one day AI wearable would be “under our skin”.
AI-driven wearable pushes greater efficiency and more responsive reactions to data, the potential application of wearable technology will grow further – and remains a sector to watch.
In a nutshell, AI technology powered wearable devices are continually making pathways to make a foray across untapped industries like telecommunication, finance, etc. The digital cosmos is pushing its boundaries every day to amplify user experience for a better living.
While few schools of thought regarding human behavioral and psychological perspective, the incorrect harness of AI tech potency might stagger negative responses from the user. Microsoft was forced to shut down its chatbot “Tay” in 2016 because of its contemptible racist tweet on Twitter which propelled netizens’ outrage to close down the chatbot.
AI technology invention or innovation to endow human life with ease and happiness is fairly evident as far as socio-economic growth is concerned.