Digital wearable devices in healthcare. The transformation of the healthcare sector has been ushered in by the advancement of wearable technology, rapidly turning the user experience into a more data-oriented approach from the conventional healthcare delivery system. Wearable devices can provide health information to medical experts about patients in remote areas invaluable to delivering effective medical treatment and provide healthcare with information useful in making accurate diagnoses collected. In contrast, a patient is engaged in normal day-to-day activities over a period of time, supplementing information obtained during the patient examination. Wearables' ability to analyze and collect massive amounts of information and transmit it easily via Bluetooth or other wireless technology, in addition to their decreasing cost, will most likely accelerate its acceptance and use in the healthcare industry.
The unprecedented awareness about physical fitness can be attributed to technological advances and rising smartphone penetration. It is seen that there has been a quick rise in the number of smartphone-based healthcare apps compatible with wearable devices. Wearable technology helps doctors get assistance and inputs in the operating room, encouraging patients to monitor their health and easily access patient history, bringing a change in the traditional 'doctor-patient' model. This has led to wearables switching to real-time clinical monitors integrating cutting-edge technology from basic fitness trackers. These are wearable technology in healthcare in 2020.
The world has witnessed transformation and advancement in every aspect of life since the dawn of the digital era. Wearable devices have shifted the industry aim to fostering awareness proactively rather than responding to the illness reactively - thereby redefining the idea of being healthy. Artificial intelligence in association with wearable devices can predict the onset of previously undetectable diseases before they are clinically diagnosed. A lot of industry giants like Apple, Fitbit, Xiaomi, and Google have invested a lot of time and resources to develop new and smart health solutions that are easy to use and portable. The device applications vary from helping improve fitness levels to tracking all vital parameters and even saving human lives in emergency situations. As software and application developers improve and expand the offerings based on demand, the availability of more powerful health applications is probable. Patients wearing wearable technology devices can be expected by healthcare providers to provide a considerable amount of information about the fitness levels of patients.
The acceptance of wearable devices by healthcare providers by consumers should not be assumed based on their interests in such wearable technology in the healthcare sector. When the patients learn about the amount and type of information collected using these devices, doctors, and others in the healthcare industry have to be prepared to address the concerns that may arise. The reliability and the accuracy produced by the wearable devices is debatable. Healthcare providers should develop policies and procedures addressing probable patient concerns and their rights or amend existing policies. They should inform patients of the information received from wearables as it relates to providing effective medical care, of the legitimate reasons for using wearable technology, of actions undertaken to secure the information and data received to prevent unauthorized distribution and use, and the steps taken to limit the gathering and dissemination of information. The data relayed by the wearable devices is important to both the users as well as the decision-makers. To ensure the quality of such devices and gadgets, accurate checks and data scrutiny are required. Although various regulatory bodies are tasked with this monitoring, only a few devices can qualify the parameters.
The ideal approach requires solving the problems by choosing the accurate and certified digital media wearable devices to be a part of one's life, not just problem spotting. The Digital Revolution will transform the present scenario based on emerging technology. The care delivery system will be more consumer-centric than the institution-based model, enabled by Artificial Intelligence algorithms and an open and secure platform, and highly interoperable data. The future will support real-time streaming and data-capturing at the same time to the care provider. Most issues will be resolved in real-time, and a patient will no-longer need appointments. The evaluation of wearable digital devices in phase I clinical trial is a crucial step.
The healthcare industry is presented with a brilliant opportunity to improve medical care quality with advances in digital media wearable devices and applications, the increasing availability of less expensive wearables incorporating more health-related features and sensors. Whether the healthcare industry appraises the benefits as well as the risks of wearable technology used with respect to the objectives and goals before, rather than later it becomes common, decides the success or failure of employing wearable technology to improve medical care. This is the role of digital wearable devices in healthcare.