Who would have imagined that scheduling a doctor’s appointment could be as simple as placing an internet restaurant order or cab reservation not so long ago?
Patients can now consult with doctors from the comfort of their homes thanks to telehealth apps. Patients can schedule an appointment and receive a virtual physical examination from the doctor using the telehealth apps.
However, these apps can help doctors, who are already under a lot of strain, better manage their time. It does away with the requirement for patient appointments in person.
Telehealth smartphone apps have evolved into a win-win situation for medical professionals and patients as the need for remote treatment rises. The market for mobile medical apps is anticipated to grow to USD 236 billion by 2026, according to studies.
This is absolutely the ideal time to invest in a telemedicine application if you’re wanting to establish one for your company. Hiring a Telemedicine App Development Company can be a great step to take in order to make sure that your app is up-to-date with the latest trends and technologies.
However, creating a healthcare app is only the beginning of the process. The telemedicine app development company must follow the most recent trends if you want to create a cutting-edge telemedicine app.
In this guide, we examine the major themes that will shape the creation of telehealth applications in 2023.
1. Artificial Intelligence
Can you envision a world without AI?
Nearly every aspect of our lives has been impacted by artificial intelligence, including telemedicine. Many powerful telehealth apps supported by AI technology will be created in 2023.
AI can be used with telehealth apps in a variety of ways, including chatbots, voice recognition, and automatic health warnings.
AI-enabled features can make it easier for patients to schedule appointments, interact with a professional, and ask inquiries about their health.
AI-supported features can assist doctors in quickly checking a patient’s history, seeing reports, generating digital prescriptions, and offering constant assistance.
In brief, AI can assist prevent burnout since it can automate routine activities and lessen the amount of labor that a doctor must complete.
2. Machine Learning
The software can learn to gain insights from data gathered by apps thanks to machine learning (ML), often known as ML.
Doctors can make quicker and more precise decisions when they have a deeper understanding of the patient’s health.
AI and ML work well together. A patient’s condition can be thoroughly studied using AI and ML algorithms, which enhance diagnostic capabilities. Rapid advice can be given to doctors based on a patient’s symptoms using a variety of algorithms.
Deep learning assists in discovering strategies for enhancing home healthcare in addition to diagnostics.
Deep Learning, a subset of ML, teaches algorithms to find patterns in data, assisting in the early detection of diseases.
3. AR, VR, and MR
You’re in for a surprise if you thought augmented reality and virtual reality were solely used in games like Pokémon Go.
Many medical apps are now adopting AR and VR integration as a basic feature.
A more accurate diagnosis may result from the interactive virtual environment created by mixed reality. Additionally, real-time coaching for patients with chronic pain can be provided using VR-enabled systems.
Numerous opportunities exist for the use of AR in the treatment of mental illness, neuropathic pain, and various forms of physical and athletic rehabilitation.
Additionally useful for improving treatment is 3D visualization and tracking patients’ movements with AR and VR.
4. IoT- Internet of Things
According to a PwC study, 49% of Americans own at least one type of wearable technology.
In the fitness industry, wearables like fitness bands, smartwatches, and other devices are already common. Telehealth applications can now access vital health data from these devices thanks to IoT technologies.
The processing of this data utilizing AI and ML skills can subsequently be used to address a variety of health issues and maintain good health.
Here are a few actual instances of the application of IoT in telehealth.
1. Correct Virtual Diagnosis
Consider a doctor who virtually examines a patient’s wound and rash. Now, the doctor is unable to take the patient’s blood pressure or hear their heartbeat. Wearable IoT devices are essential in this situation. All of this data can be displayed on the doctor’s screen by the telehealth application, enabling an accurate diagnosis.
2. Monitoring of patients in real-time
It’s crucial to keep an eye out for irregularities in the patient’s vital signs, such as heartbeat. Telehealth apps with IoT capabilities can assist users in keeping track of and managing their health.
Patient monitoring results in early intervention, avoiding unnecessary hospital stays and trips to the emergency room.
3. Assisting the elderly and those with impairments
Telehealth apps with IoT capabilities can offer voice- or speech-activated gadgets to assist the elderly and others with impairments.
5. Big Data
Telehealth applications provide a ton of data, including a patient’s medications, vital signs, reports, and other medical information. There are various sorts of this data, including texts, photos, and others.
The different data can be used to build comprehensive EHRs – Electronic Healthcare Records – using Big Data capabilities.
Big data might be crucial in telehealth apps since patients need convenient options and information access. It can provide an organized perspective of many data kinds that can be used for more accurate research and diagnosis.
Big data analytics contribute to better therapies, more precise diagnostics, medical research, and ultimately cost savings.
6. Cloud Solutions
The cloud has completely changed how data is stored and retrieved between various devices in telehealth.
Patients’, physicians’, and laboratories’ digital records are stored in the cloud on distant servers that may be accessed online.
Telehealth apps are ideal candidates for cloud solutions because to their scalability, agility, and elasticity.
According to the users’ given authorization level, cloud-based apps enable managing, sharing, and accessing vital medical information.
The clinician may access patient data from any location, improving care coordination and saving time.
Patients can view their test results online around-the-clock by storing their medical records in the cloud. It also has the potential to lower the price of paper records.
Patients will have easier and more convenient access to their medical records thanks to this.
Additionally, the cloud provides telemedicine systems and data with enhanced protection and privacy. Cloud service providers offer security measures including access logging, fine-grained access limits, and data encryption.
A telemedicine app offers convenience, but technology also creates possible security issues. These issues surround the information that patients and physicians communicate.
For instance, if a video conference between a patient and a doctor is conducted via an unprotected network, the patient’s location and other private data may be exposed.
The IoT medical gadget has the potential to capture or transmit patient data, making it accessible to outside users.
Using blockchain technology, these issues can be resolved.
Block-enabled telemedicine applications guarantee safe, immutable, and private network transactions. Blockchain fosters a seamless data flow and boosts users’ trust in telemedicine apps when used in this way.
This approach lessens some of the security issues associated with telemedicine while ensuring that several safeguards are in place to safeguard sensitive data.
A private key is used to encrypt and store patient personal health records on the blockchain so that only people with prior approval can access them. To preserve the patient’s privacy, this is done.
Blockchain technology provides tamper-proof, transparent, traceable, dependable, and secure remote healthcare services. It helps medical practitioners to precisely spot frauds involving physician educational credentials and diagnostic testing kits used at home.
8. Contact Tracing Technology
A lot of telemedicine applications use contact tracing technology. It was carried out to counteract the COVID-19 virus’s burgeoning clusters. This technology includes all necessary procedures, from locating and quarantining the sick individuals to keeping track of their whereabouts.
For instance, the app may instantly locate and notify the persons a person has recently been in contact with if they are diagnosed with the coronavirus. They will be advised to withdraw.
The state health authorities can immediately get in touch with persons who may have been exposed to COVID-19 with the aid of these smartphone apps. The app information is used to notify users who might need to be tested or placed in quarantine.
These apps that enable silent tracking of people are supported by the governments of numerous nations.
In 2023, this fashion was fairly widespread. Even in 2023, it’s anticipated to be in power.
Although worries about data security and privacy continue to be barriers to employing this technology, openness in the development process helps allay such worries.