How Do Bespoke Software Solutions Transform The Healthcare Industry?

Even minor technological advances in the healthcare industry can affect how and where patients are treated since the industry is quite dynamic. This article provides information on some of the leading bespoke healthcare software solutions that seem to transform the healthcare industry over the next couple of years. 

1. EMR/EHR Software

Medical billing and reporting have shifted from paper-based to electronic over the past few years. EHR software solutions help send electronic bills in compliance with the rules in the industry. Medical practitioners will definitely benefit from all these digital documents since they can view all the care the patient gets and sort out potential diseases with a click of a button. Hospitals and doctors can easily share the patient’s information via a connected computer or mobile phone. 

Medical software facilitates longitudinal documentation of patients and guarantees the integrity of the healthcare system. It also combines the information with data on reimbursement and helps eliminate mistakes as the healthcare system evolves. Healthcare providers are able to view patients’ records without relying on obsolete fax machines and paperwork. All in all, bespoke apps help medical professionals to easily access patients’ records while offering more personalized care depending on the medical history. 

2. Wearable Software App 

Apple launched a patented EKG software program for its watches – certified by a healthcare provider. Fitbit and other similar electronic software products offer daily cardiovascular information to individuals. It provides an extra layer of health information to consumers for them to maintain a healthier body. Such a device is crucial and provides an early warning to those with coronary artery disease. In fact, it could be the difference between life and death for the patient. Coronary artery disease affects more than 2.5-million citizens in the U.S. every year.

Wearable software products will alert the wearer of the device when accelerated heart rates are observed. The patient can then share this information with his/her healthcare provider if the problem worsens. All this is done through software programs and without even stepping inside a hospital or medical center. That is why wearable software apps are considered the latest breakthrough in the healthcare industry.

3. Blockchain-Based Security Systems

Security is a critical issue when sharing confidential patient information via software programs. In fact, healthcare data can be devastating when it gets into the wrong hands. Blockchain systems can be used to encrypt patient information to make it more secure. It allows for quick transfer and keeps the information protected at the same time. In fact, only those with permission can access blockchain-based security systems.

Security mechanisms are generated on a private ledger using blockchain-based systems. Only doctors and patients who are eligible to see the information could cryptographically sign up to access the information. In fact, EHR software systems and medical records are highly rated for their ease of sending information back and forth – revised and extended.

When captured by unwanted sources, personal and financial data of patients can be used against the patient or the hospital. Blockchain technology is the best way to secure information, and it is widely available now. 

4. Augmented Reality Apps

AR & VR is another new technology that’s transforming the healthcare industry right now. In fact, augmented reality helps enhance reality using sounds and visuals. AR & VR technology has already taken control of leisure, sports, healthcare, and education. In fact, the healthcare industry is capitalizing on augmented reality to add value to the sector.

Just imagine how easy it would be to get into a procedure when you know that it has been carried out by your physical several times in the past! On the other hand, a surgeon will be at more ease when he or she goes into an operation with prior experience. That is where augmented reality comes in handy. The technology provides training on conducting medical processes on a 3D model of a human body to practicing physicians and trainees. The doctor is placed in an educational atmosphere with low-risk where he or she can work on simulated patients without the dire consequences of failure.

The healthcare provider can easily focus on the job at hand while truly appreciating the work and becoming more prepared to handle the real thing. Virtual reality technology can be used to show the patient how to precisely administer medicine or wash and dress up an injury. The patient can do it him/herself rather than having to always rely on a doctor.

5. Telemedicine Software 

The use of telehealth tools became quite popular after the coronavirus pandemic. Over 43.5% of primary care visits in the healthcare industry relied on bespoke telemedicine solutions in April 2020. The interaction between the healthcare provider and patient is minimized with telemedicine software systems. Wearable devices help healthcare providers know about patient data in real-time without meeting the patient in person.

Telemedicine software systems are here to stay even after the disease outbreak. At the start of the COVID-19 pandemic, over 71% of people in the U.S. were using telemedicine while 50% of them had already used virtual appointments. The pandemic gave a significant boost to the industry’s growth. In fact, the telemedicine market is looking likely to break the $186-billion mark by 2026.

One should analyze the many characteristics of the app when developing a telemedicine application. Location services, safety, video and audio communication, appointment scheduling, cloud storage, healthcare provider feedback, wireless testing via wearable incorporation, and visit history are some of the most critical features to consider in this regard. In fact, these features are essential for usability and protection purposes when developing a telemedicine application for the healthcare industry.