How will Mobile Technology Drive the Future of Healthcare?

Mobile technology in healthcare refers to the use of mobile or wireless devices for health research and healthcare services delivery; also, it can enable patients to access their providers, log in to patient portals, track their health data, and receive remote care. Mobile healthcare technology can also be used as a tool for various health issues such as prenatal care, lifestyle diseases, surgery, and medicine.

Mobile technology can have benefits such as faster access to care, improved outcomes, and increased compliance. As a result, healthcare app development as a service is opted by many of the top healthcare businesses. Some examples of mobile devices associated with mobile technology are smartphones, wearable monitoring devices, and biometric sensors.

Today, mobile technology in healthcare is a broader term and it is applied even to healthcare mobile apps that help not just health enthusiasts and patients but also healthcare providers of all kinds.

How mobile technologies in healthcare is on the rise?

According to the research giant Statista, the statistic reflects the size of the mobile healthcare/medical apps market worldwide in 2017 which was valued at around $2.4 billion whereas an estimated market size in 2025 is likely to expand to over $11 billion.

The data shows that there is immense potential in healthcare app ideas for businesses. It could be one of the fruitful businesses that would rule in the future.

Benefits of mobile health technology

When integrating mobile technology the advantages for healthcare business are huge. To provide you with a brief overview, mobile healthcare apps are software solutions that facilitate several health-related services. They have many benefits for both patients and healthcare providers, such as:

• Telemedicine: Telemedicine technology allows patients to consult with doctors remotely via video calls, chat, or voice calls which can save time and money. Additionally, such technology can increase access to healthcare for people in rural areas or with mobility problems.
• PHR/EHR: You can have a mobile app for healthcare equipped with health records (PHR) or electronic health records (EHR) to store and manage the medical history, prescriptions, allergies, all types of tests, and other data of patients. They can be accessed and updated by patients and authorized providers anytime and anywhere. Such mobile technology in healthcare can improve the quality and continuity of care, as well as reduce errors and duplication.
• Data analysis: When building Healthcare app focus on providing an analytical tool within the product that uses data from various sources, such as PHR/EHR, sensors, wearables, or surveys, to generate insights and recommendations based on evidence-based medicine. This enables patients and doctors to make better decisions, as well as learn trends and patterns for disease prevention.
• Cost efficiency: Mobile healthcare technology reduces the need for physical visits, paper records, or expensive equipment. They can also increase the efficiency and productivity of health providers by automatizing tasks, restructuring workflows, and facilitating collaboration and communication.
• Clinic management: You can build customized mobile healthcare apps to manage the administrative and operational aspects of a healthcare facility, such as scheduling appointments, billing, inventory, staff management, and patient feedback. Healthcare mobile technology for clinics can improve customer service and satisfaction; plus it optimizes the use of resources and space.
• Lifestyle improvement: This involves using mobile healthcare technology apps to monitor and track various aspects of one’s health and wellness including calorie intake, physical activity, heart rate, blood pressure, sleep quality, mood, and so on. This can help health enthusiasts set goals and track their progress; also, they can use it for getting feedback and motivating themselves to adopt a healthier lifestyle.

Future of Healthcare with Mobile Technology

Mobile technology in medical science has been constantly evolving and innovating to improve the quality of healthcare. However, there is no denying that the latest technologies can impact the overall cost to develop a healthcare app, but individual doctors and corporate hospitals are ready to take up the extra investment as they are getting the best return from these technologies.

Here are some of the latest mobile technologies transforming the field of medicine to benefit both doctors and patients:

Cloud computing services in the medical sector

Cloud computing is the facilitating of computing resources over the internet like software, storage, servers, databases, and analytics. Cloud computing services can help medical professionals access and share data, collaborate with other experts, and streamline workflows.

For instance, cloud-based electronic health records (EHRs) help doctors access patient information from any device and location; plus, it also brings down costs and tightens security. Cloud computing can also facilitate telemedicine through which healthcare services remotely use video conferencing, mobile apps, and wearable gadgets.

Healthcare Artificial Intelligence

Artificial intelligence (AI) is inducing human-like intelligence processes into gadgets and machines to facilitate learning, reasoning, and problem-solving. AI in mobile app development can assist medical professionals to perform various tasks like diagnosis, treatment, research, and education.

For instance, AI can perform analysis on large amounts of data such as scanned images, genomic sequences, clinical trials, and electronic health records. This data provides insights and recommendations to diagnose and treat ailments. AI can also help doctors monitor patients’ conditions, predict outcomes, and personalize care.

Robotics in medical science

Medical robotics is the branch of engineering that involves designing, constructing, operating, and applying robots in healthcare setups. Robots can perform tasks that are difficult, sensitive, or complex for humans. Advanced robotic technologies in healthcare mobility facilitate surgery, rehabilitation, drug delivery, and disinfection. For instance, surgical robots can remotely assist surgeons in performing complex and delicate procedures with high precision and accuracy.

Rehabilitation robots can help patients recover from injuries or disabilities by providing physical therapy and training. Drug delivery robots can transport and administer medications to specific locations in the body. Disinfection robots can sanitize hospital environments using ultraviolet light or chemicals.

Medical and health science chatbot

A chatbot is a software program that can interact with humans using natural language through text or voice. There is a significant rise in chatbot popularity these days. Chatbots can provide various services to patients and healthcare providers, such as symptom checking, appointment scheduling, medication reminders, health education, and emotional support. For example, a chatbot can ask patients questions about their symptoms and provide possible diagnoses and advice.

A chatbot can also help patients book appointments with doctors or clinics online; also, it can remind patients to take their medications on time and provide information about their side effects. A mobile technology chatbot in healthcare can also offer health tips and motivational messages to patients through a specially crafted app.

Mobile AR/VR in healthcare

Augmented reality (AR) is the technology that superimposes digital information or objects in the real world using the latest gadgets like smartphones or wearables. On the other hand, Virtual reality (VR) creates a simulated environment that users can interact with using devices such as headsets or gloves. AR/VR can improve and ease complex medical topics learned by medical professionals and patients in various ways.

For instance, AR/VR can help medical students and doctors learn anatomy and practice procedures in a realistic and immersive way. AR/VR can also help patients cope with pain, anxiety, or phobias by providing distraction or exposure therapy.

Internet of Things (IoT) in healthcare

The Internet of Things (IoT) is the network of inanimate objects embedded with sensors, software, or other technologies to communicate and exchange data with each other through the Internet. IoT in medical science can improve the efficiency and effectiveness of healthcare services and management as connected devices, systems, and people perform synchronized tasks.

For instance, IoT devices like smartwatches or bracelets assist in monitoring vital signs such as blood pressure, heart rate, or sugar levels and send alerts to concerned doctors in case of abnormalities. IoT devices can also help patients adhere to their treatment plans by providing reminders or feedback.

Machine Learning (ML) in healthcare

Machine learning is a subset of AI that includes the use of algorithms and data to learn from user inputs to improve performance without dedicated programming. ML can help medical professionals discover the latest knowledge and make better decisions based on data-driven insights.

For example, ML identifies patterns or trends in large datasets such as genomic data or medical records to find new biomarkers or risk factors for health ailments. Machine learning optimizes treatment plans or protocols as it finds the best combination of drugs or dosages for each patient. Thus, hiring ML engineers can be a boon for the healthcare industry.

The future of healthcare mobile technology is bright

These are some of the contemporary technologies in healthcare that can efficiently revolutionize the field and improve health outcomes for hundreds of thousands of people around the world. As mobile healthcare technology advances further in the future, we can expect more innovations and breakthroughs that will make healthcare more accessible, affordable, accurate, and personalized.

Mitesh Gosai

He loves challenges and adept at finding tech-solutions that complement business ideas. Working in the capacity of Project Manager at Prismetric he strives to leave no chance for glitches in his implementation. He incorporates his extensive experience in his writings about new gadgets, tech stories, updates and innovations in technology, management tips, and inspiring app technology related information.