Azure-Based Hybrid Application

Azure-based hybrid application

In order to make healthcare more accessible and available to everyone, a rapidly expanding healthcare firm decided to create a hybrid app. There were four distinct sister apps in this multi-tenant application for patients, physicians, labs, and pharmacies. Through the app, patients may interact with doctors, order home delivery of medications and mobile lab testing. We created a PaaS application running on Azure that let patients receive treatment whenever they needed it.

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Solution

We created the greatest solution after fully comprehending the needs and difficulties of the customer. Since application availability was one of the key factors, we chose Azure cloud hosting. We could handle the development, testing, deployment, management, and upgrading of the application with Azure PaaS, and we had control over the data. With the help of Cloud Atlas and Mongo Db, we integrated Azure PaaS services including Azure App Service, Azure Functions, and Azure DevOps. As there are several user types that will log in to the application using various devices, we recommended a hybrid application to ensure responsiveness. Patients could be utilising a mobile device, whereas a doctor might be using a desktop, for instance. .

Azure app service

By using Azure App Service, we can host the application cost-effectively and without having to worry about the security, load balancing, autoscaling, and DevOps risks associated with operating the server. While restarting Azure applications services only takes 15 seconds, setting up or restarting a server can take up to 15 minutes.

Azure functions

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lAzure functions provide a customizable price structure based on a consumption model, allow a wide range of automated deployment choices, and provide app analytics. Azure Function is utilised to handle time-triggering processes and features that are essential to the application's efficient operation.

Azure DevOps

A variety of services, including Azure Boards, Azure Pipelines, Azure Repos, Azure Test Plans, and Azure Artifacts, are available with Azure DevOps and may be utilized as needed. Without affecting the services, we can build, test, and deploy artefacts using agile methods, workflows, and CI/CD pipelines.

Cloud Storage

Storage that is affordable, scalable, and secure is essential to guarantee availability. Because of its speed, adaptable architecture, and sophisticated querying and analytics capabilities, we used the cloud database Mongo Db Atlas. We subscribed to an Azure Blob storage account for the purpose of storing extra data, such as code, logs, pdf reports, etc.

Outcomes

Cost savings;

With the Azure app service, the overall operational expenses have been reduced by 35%.

Faster time to market;

We have boosted agility in the development, testing, and deployment processes with Azure DevOps.

Near-zero downtime;

Downtime has been reduced to 2-5 seconds using CI/CD procedures, assuring application availability, which is mission-critical.

Lesser Complexity;

Azure apps have eased the connectivity with applications and streamlined the functions.

Auto scalability;

Improved performance by scaling down or up when the number of users with Azure applications services changes.

Multiplatform support; The app provides maximum performance and quick loading time on all devices thanks to Azure functionalities.

Improved efficiency; Ensures that all consumers receive high-quality service by coordinating process workflows.