A robust and scalable remote health care platform utilizing a microservices architecture using React.js, Node.js, and MongoDB. Containerized using Docker. Deployed to AWS EC2 instance. Integrated AWS API Gateway as a reverse proxy to enhance security and manage incoming requests.
For development, you will only need Node.js and a node global package, Yarn, installed in your environement.
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Just go on official Node.js website and download the installer. Also, be sure to have
gitavailable in your PATH,npmmight need it (You can find git here). -
You can install nodejs and npm easily with apt install, just run the following commands.
$ sudo apt install nodejs $ sudo apt install npm -
You can find more information about the installation on the official Node.js website and the official NPM website.
If the installation was successful, you should be able to run the following command.
$ node --version
v8.11.3
$ npm --version
6.1.0
If you need to update npm, you can make it using npm! Cool right? After running the following command, just open again the command line and be happy.
$ npm install npm -g
In order to run this container you'll need docker installed.
To start the backend service which will be running in the containers, run the following command from the root of the project
$ docker-compose build
$ docker-compose up
To start the frontend server, run the following commands from the root of the project
$ cd frontend
$ npm i
$ npm start
Doctors and Patients can create profiles with their relevant information.
Doctors can set their availability time slots for appointments.
Patients can search for doctors based on various criteria, such as specialization, location, or availability.
Patients can book appointments with doctors for the next 7 days.
Both doctors and patients can view and manage their appointments in their respective dashboards.
Patients can upload and update their medical history documents in the secure Electronic Health Records system.
After successful appointment booking, doctors can request access to the patient's medical documents.
Patients are notified of the access request and can accept or deny the doctor's request.
Upon successful request acceptance, doctors are granted temporary access to the patient's EHR.
Patients can revoke access to their Electronic Health Records after the appointment if needed.
A unique video conference room is automatically created for each appointment, containing appointment details, and shared with both the doctor and patient to facilitate remote consultations.
This system aims to streamline the appointment booking process, enhance doctor-patient communication, and provide a secure platform for managing medical records.
- @RBiswa787
- @Anas-Ahmad-Siddiqui