Wearable has become an essential part of daily life. The first digital hearing device was published in the year 1980, and we could not have expected it back then to become an integral part of our lives today. Wearable became a massive phenomenon in 2004, which was marked officially as the year of wearable technology. However, there was a sudden spike in activity trackers after Apple Watch was launched, the developments that took place in the Wearable field are nothing short of total transformations.
In the healthcare industry, now known as the Internet of Health Things (IoHT), where medical devices, tools, and software connect to the healthcare IT infrastructure, the development behind wearable devices have been powered by IoT. But we have to wonder why the Internet of Things ( IoT) and Wearable operate without an AI engine, and why we need AI-first of all in wearable technology. This is because the real interest lies in knowledge and what is better than AI and Machine Learning, two critical insight devices.
AI in healthcare has helped Wearable to help fitness keepers with their routine workouts. They also help them monitor their activities. The drawback of these wearables is that people do not understand how to use the data after a certain level. In addition to following the data, AI-powered Wearable may also determine what the user eats, how much they should sleep, and how they should exercise to improve their health, amongst other insights. Today Wearable comes in various forms, shapes, and sizes due to the development in technology such as the introduction in Intelligent Voice Assistant, etc.
Advanced technology sensors are built into these wearable devices for monitoring, evaluating, and optimizing user-specific fitness or sport behaviors by creating real-time user insights. These smart Wearable often provide the consumer with actionable information to reduce the risk of injury. E.g., Smart biker helmets, smartwatches, smart glasses, yoga pants, fitness bands, to help you get the right poses
It will open doors for companies designing healthcare applications to create Wearable AI-enabled applications for global markets. In the techno market space, AI has always been famous. AI and Wearable will come together to forge Smart wearable devices to maintain double-digit growth, with 780 million units ready to sell. HealthTech Startups may take references from below listed AI Wearable Applications to mark their foot-longs in the wearable market allowed by AI.
Telemedicine or medical appointments online have already become a phenomenon. Insights monitored by wearable apps can be coordinated for online tests and medical appointments with medical practitioners at a health center. When an abnormality is identified, the patient can report it to their treating physician or an AI doctor.
A doctor with AI intelligence is usually a standalone neural network with a unique learning algorithm that can identify ailments faster than an actual doctor would. The machine learning algorithm ensures that the application, through a self-learning module, allows minimal errors and maximum detections. The machine learning algorithms are better because it shares the same amount of data as the application.
The blatant chronic illnesses are heart disease, diabetes, kidney disease, arthritis, asthma, and more. Using Wearable and trackers for preventive disease, you can monitor critical patients, such as blood pressure, heart rate, and more, making it easier for doctors to correctly identify their patients.
Such electronic media allow patients to connect with physicians by continuously synchronizing their medical details over the internet, allowing you to access your medical information with a fingertip. Some of Preventive Healthcare's famous applications are Heartisans, who let your blood pressure drop, anywhere. Another common application is 100Plus, which allows one single tap to track body weight, blood glucose, and much more.
The AI has enabled Bluetooth Headphones to double up as a fitness tracker and features biosensors to detect heart rate, elevation, motion, proximity, and touch. Such headphones have personal trainers based on AI, which assists by offering real-time monitoring of running, cycling, and other activities more smartly in working out. An ordinary meaning of Bluetooth Headphones enabled AI is V.
Powered by AI's smart assistance and intellect, Vinci is your wearable voice and personal assistance headphones, with intelligently sensed noise cancelation and immersive 3D sound.
You may be prescribed medicine by an AI-based doctor. The prescription is then sent to the wearable patient, who can refer to or even order the drug using the integrated contactless payment system incorporated in the consumable with the NFC chip. Even a consumer-friendly health app will alert you to take medicine.
Wearable and health tracking devices help track everything, including heart rate sleep cycles and a wide variety of other biomarkers. Such tools are effective if a patient performs a therapy regimen to strengthen his condition. If so, then these apps will effectively demonstrate their progress. Wearable healthcare devices that monitor blood pressure and pulse for stress management. The patient can also use these apps by asking them for routine walking reminders, heart rate, blood pressure, blood sugar, and weight statistics
AI and wearable devices are two state-of-the-art technologies that are disrupting many industries. Healthcare is an industry that can reap tremendous benefits from both Wearable and AI technologies. We saw in this blog how a combination of the two would bring significant improvements and make our health system more effective.
This can play an essential role in improving the health of chronic disease patients. They will be developing all of these innovations in the coming years, which will lead to an even more reliable healthcare system. We are still working with the latest changes to render immersive applications.