Five Instances of Intelligent Healthcare Technology
Russel Pillai
Senior Solutions Specialist @ Flynaut | Business Management| Startup Consulting| Idea Validation | Application Development| SaaS Development | AI Consultant| Mobile Application Development
This blog discusses five instances of connected ER solutions, AI, telemedicine, smart hospital development, and smart monitoring as examples of smart technology and digital transformation in healthcare.
In the largest heart health research study in history, smart wearables were utilized to test 10,000 participants for suspected atrial fibrillation with a 94% accuracy rate. Huawei Technologies' study demonstrates the potential of smart technology for the healthcare industry.
In order to identify irregular heart rhythms, the study used smart wearables to gather heart signals from willing participants. The data would be sent by the devices to a cloud server, where AI would use a common platform to alert medical management.
Services like telehealth, remote care, and health monitoring technology, which connect patients and doctors like never before, are examples of how smart technology and the digital transformation of healthcare are already changing the way patients are treated.
Contact us today to learn how your healthcare company can accelerate its digital transformation and create a roadmap.
What Could Digital Transformation Mean for Smart Technology in Healthcare?
Devices that use Artificial intelligence (AI), the Internet, cloud connectivity, and other more contemporary features are called smart technology.
Some examples of smart technology in healthcare are AI-powered inventory management systems that can track and monitor inventory and automatically order new supplies when needed or smart beds that can track patient movements and notify nurses when a patient leaves the bed.
This article will examine five instances of smart technology in healthcare that increase proactive care practices, improve patient experiences, and eventually lead to a healthier global community.
1. Automated healthcare systems and remote surveillance
A rising trend that transcends traditional healthcare and into common society is the remote monitoring of patient's medical conditions. Many people now use fitness trackers and smartwatches as normal equipment to monitor several health parameters, including blood oxygen levels, heart rate, irregular heartbeats, and more.
By continuously monitoring patients' conditions and providing proactive care based on data analysis and projections, healthcare providers are utilizing technology to better assist their patients.
For instance, linked inhalers are an example of smart medical technology that saves lives by assisting patients in monitoring their consumption and informing them when to take their dose in order to keep a regular schedule.
With connected inhalers and other smart technology monitoring, 66% of asthma-related deaths may have been avoided.
Healthcare providers and individuals can enhance overall healthcare by utilizing various wearable goods or devices, such as:
Hospitals also employ wearable biosensors as a form of technology. These enable healthcare professionals everywhere to keep an eye on their patients and give preventive care. These wearable sensors track important health indicators like heart rate and temperature to provide medical professionals with more data and understanding of the course of diseases, illnesses, and general wellness.
By keeping an eye on patients to identify symptoms and other indications of the virus, these biosensors assisted in the global tracking of the COVID-19 outbreak. Thanks to these devices, medical professionals can monitor patient data and prevent needless exposure.
2. Distance Learning and Telemedicine
Patients expressed satisfaction with their telehealth services up to 78% of the time. Furthermore, according to 68% of doctors, they would like to employ telemedicine in their practice more frequently.
Nowadays, telehealth is a common term, having gained popularity among consumers and healthcare professionals throughout the epidemic. Conferencing technology allowed medical professionals to virtually treat patients via video call, write prescriptions, and conduct follow-up visits.
Utilizing medical portal technology, safe online healthcare portals were created as part of this virtual care to assist patients and clinicians in tracking therapy, storing medical records, and gathering and accessing data from wearable technologies or clinic visits.
Hospitals will likely continue to use telehealth and remote treatment even if their use increases after the COVID-19 pandemic started. It is evident that both patients and practitioners have benefited from using this technology.
"The odds of ICU mortality were significantly reduced by telemedicine." - Emergency Medicine.
3. Networked Response Systems for Emergencies
The effectiveness and response times of emergency treatment can be significantly enhanced via connectivity, which may mean the difference between life and death. Real-time reactions are facilitated by the reasonable speed at which data can be shared between ambulances, doctors, first responders, accident and emergency departments, and other parties using modern smart healthcare technologies.
Faster communication, video chats with doctors from inside ambulances, quicker patient histories, and simpler hospital admissions with pre-established symptoms and history are all made possible by this technology.
Doctors may already have patient information on hand before they arrive, such as vital signs, blood pressure, heart rate, temperature, etc.
4. Astute Hospital Administration
By linking digital technologies to make it simpler to access information like bed occupancy, device usage, equipment status, materials and supply counts, and other operational data, smart hospital management can help enhance efficiency and effectiveness, improve the patient experience, and assist physicians.
By keeping track of this data and utilizing it to guide decisions, medical staff may minimize waste, enhance resource management, and prevent shortages brought on by poor data collection or monitoring.
Through the use of several cutting-edge technologies like (AI), (IoT), and telehealth, smart hospitals will play a significant part in the future of healthcare.
Features of an Intelligent Healthcare Facility
The Internet of Things is a major factor in the development of smart hospitals and the digital transformation of the healthcare industry. Hospitals can obtain up-to-date information on patient health by enabling sensors and medical equipment to communicate with one another. This makes remote patient monitoring possible, which we discussed previously, and enables medical professionals to monitor vital signs, treat chronic illnesses, and take preventative action.
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IoT additionally enhanced asset tracking, which guarantees the availability and functionality of medical equipment and simplifies hospital operations. With IoT systems self-regulating energy use for cost-efficiency, energy management is further enhanced.
The tracking of movements by IoT-enabled technologies also improves patient flow inside the hospital, cutting down on wait times and raising overall operational effectiveness.
Smart hospitals are built on the Internet of Things (IoT), which promotes connectivity and data sharing for improved patient care and operational performance.
Not only do smart hospitals use AI, but artificial intelligence is also at the forefront of innovation. AI's ability to evaluate large datasets speeds up the diagnosis process and helps medical professionals make rapid, correct conclusions.
Predictive analytics, which identify possible health problems and provide patients with additional options for preventative care, is also powered by this technology. AI-driven chatbots and virtual assistants improve patient engagement from the standpoint of the patient experience by offering prompt answers to questions, appointment scheduling, and rudimentary advice.
AI streamlines operations on the administrative side by automating processes like data entry and billing. This helps create a more effective and patient-centered healthcare environment while also giving healthcare professionals back crucial time.
Here, AI takes on the role of the cognitive powerhouse, enhancing healthcare skills and enhancing results in every way.
It is a cornerstone of patient-centered treatment in intelligent healthcare facilities. Because smartphones are so widely used, MHealth apps help people to take an active role in their own health.
People can track health measures and communicate real-time data with healthcare practitioners, making remote patient monitoring straightforward. MHealth and telehealth services go hand in hand since they support one another.
Preventive care is promoted by health and wellness apps for mobile devices, which provide individualized exercise tracking, dietary advice, and mental health assistance. Additionally, MHealth makes it easier for individuals to keep track of their prescriptions and medications.
MHealth turns healthcare into a personalized and accessible experience that goes outside the hospital walls by making some parts of it more easily accessible.
Redefining communication in healthcare through digital transformation and enhanced technology is telehealth, a fundamental element of smart hospitals. The main benefit that telehealth offers is the capacity to get around regional limitations, guaranteeing that a larger population can receive treatment.
Telehealth improves patient-physician relations, enables prompt interventions, and lessens the need for in-person hospital visits through video consultations and remote monitoring. Telehealth's cost-effectiveness is demonstrated by lower travel costs and better use of available resources.
Hospitals with chronic diseases can also benefit from telehealth by receiving daily reminders, individualized treatment regimens, and frequent virtual check-ins.
Furthermore, telemedicine plays a vital role in emergency scenarios by offering prompt access to medical guidance. In the end, telehealth promotes continuity, efficiency, and accessibility of healthcare outside of traditional venues.
Technologies like AR and VR, or extended reality, provide creative and immersive solutions for teaching the next generation of healthcare professionals and for smart hospitals.
AR enhances the learning process in medical education by superimposing digital data over the actual environment to create lifelike surgical simulations. Conversely, virtual reality (VR) offers an entirely immersive setting, which is advantageous for managing discomfort during medical procedures and rehabilitation exercises.
Because AR and VR technologies are visual and interactive, they also greatly facilitate surgical planning by providing surgeons with a comprehensive, three-dimensional image. By reducing pain and increasing participation in rehabilitation procedures, these technologies not only improve professional education but also improve patient care experiences.
The patient experience, healthcare education and training, and medical operations are all improved by the immersive and interactive experiences that AR and VR deliver.
It gives smart hospitals' handling of patient data an extra degree of security and openness. Its decentralized and tamper-resistant design protects against unauthorized access and data modification, guaranteeing the integrity of patient records.
Blockchain improves interoperability by enabling safe health information exchange across various systems and encouraging smooth cooperation. Blockchain is used in supply chain management to track the provenance and delivery of medications and medical equipment, guaranteeing transparency.
Blockchain-enabled automated and secure agreements known as "smart contracts" simplify administrative tasks by streamlining procedures like insurance claims and billing.
Blockchain contributes to the reliable and efficient functioning of smart hospitals by strengthening data security, interoperability, and efficiency. However, it's important to remember that HIPAA laws are a significant factor in healthcare firms' data security as well.
5. AI in the Medical Field
As previously said, artificial intelligence (AI) will play a significant role in smart hospitals. However, with proactive care forecasts, faster data analysis, and speedier diagnosis, AI may also assist physicians in making better decisions and significantly enhance patient care.
AI's potential in healthcare
Wait times can be substantially decreased by processing and diagnosing patients four times as rapidly when trained AI is used to identify and diagnose specific diseases from test data.
Smart technologies and digital transformation are driving a complete makeover in the healthcare sector.
Healthcare is undergoing a digital revolution and smart technology revolution that is changing the industry completely. Medical professionals can leverage AI-powered data analysis, smart monitors, and other cutting-edge tools and technology to support a more proactive, data-driven approach to healthcare by having more monitoring, greater accessibility, and a greater range of treatment options available.
Every day, real lives will be saved if healthcare services are provided in a more proactive, preventative, and data-driven manner.
Explore more solutions at Flynaut right away to learn more about the steps that healthcare and other companies must take to digitize their spaces and prepare for the future.
Senior Solutions Specialist @ Flynaut | Business Management| Startup Consulting| Idea Validation | Application Development| SaaS Development | AI Consultant| Mobile Application Development
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