Telemedicine Platform Architecture: The Components of Telemedicine Application

The healthcare industry has been transformed by technology, allowing for more efficient and effective delivery of care. One such technology is telemedicine, which has become increasingly popular in recent years. Nearly 30 million US patients are expected to reach healthcare services remotely by the end of 2024. 

Nevertheless, what goes into the architecture of telemedicine platform? In this blog, we’ll explore the various components and considerations that go into designing a telemedicine platform that provides seamless and secure communication between healthcare professionals and patients.

In a Nutshell of Telemedicine

Telemedicine is the process of provision of remorse clinical services to patients using relevant technology to facilitate remote consultations between healthcare providers and patients. Telemedicine is usually delivered in the form of phone calls, video calls, or messaging between a patient and a healthcare services provider about non-emergency conditions that do not require face-to-face consultation. Telemedicine platforms will not substitute traditional healthcare, but rather complement it.  

Telemedicine Platform Architecture

The ultimate goal of telemedicine platform is to ensure that a patient and a doctor have nearly the same experience as if they were seeing each other in the same room. For that. various components need to be integrated into the platform architecture. Let’s take a closer look at these components:

Hardware

Basic telemedicine platforms entail two fundamental components that ensure seamless communication between medical personnel and a patient. These are a camera and microphone on both ends. More advanced telehealth platforms will include “smart” sensors capable of relaying vital health data to remote physicians. These data are typically heart rate and blood pressure that can alert healthcare professionals on sudden changes and deviations that require urgent action from medical staff. 

Secure Storage

Every hospital and medical center must maintain an in-house physical data center composed of servers and databases to store patient information safely; however, many centers are now turning to cloud services which offer increased computing power at more reasonable costs.

Smart Scheduling

Convenient onlime scheduling is at the core of telemedicine platforms. For effective scheduling to occur, software must connect patient with available practitioners, help them book, reschedule, or cancel appointments. In case an appointment gets canceled unexpectedly, advanced systems can fill the void time through waiting list services to save hospitals money and time.

Smart Workflow

Workflow is also highly important as it helps make the hospital as efficient as possible. This means that everything must be connected digitally, including EHR and billing. This way, the patient can connect with the correct practitioner at the correct time. In their turn, practitioners will have access to all the information they need. 

Cut Overhead Costs while Building Telemedicine Platform

Building a telemedicine platform from scratch is challenging and expensive, especially with in-house hiring. One of the best solutions to develop a top-notch telemedicine application without breaking the bank is to hire remote developers with Voypost. They’ve built an innovative platform for quick and easy hiring telemedicine platform developers – Voypost Talent Pool https://www.voypost.com/hire-healthcare-app-developers. With Voypost Talent Pool, you’ll access hundreds of vetted telemedicine platform developers ready to take off the project. All programmers have undergone a robust screening process aimed at testing a range of soft and hard skills, including the level of English proficiency. 

To Sum Up

Telemedicine has transformed healthcare delivery, giving patients easy and accessible healthcare services. Understanding what constitutes a robust telemedicine platform architecture enables healthcare organizations to develop and deploy successful applications. From hardware and storage solutions to scheduling and workflow optimization, all elements play a vital part in providing exceptional remote care experiences. Embracing this technology not only improves patient outcomes, but also increases overall healthcare delivery efficiency.