Healthcare System
Management
The Healthcare system can provide an automated way of managing any hospital activities rather than a traditional system. Moreover, this system can operate regular hospital activities like inpatient, outpatient, billing, test, bed management, account sector, etc. accurately and efficiently. Appointment booking tool With the doctor, patient, and super admin modules. Secure Blazor WebAssembly with IdentityServer4. Role-Based Authentication and authorization using IdentityServer4. It also includes Voice/Video calling feature for doctors and patients. The most important thing is that an admin can observe everyone through the software. An internal messaging platform helps employees to communicate with each other as well. All in all, clinic management software helps you to be with trends, and it also gives you the chance to run your business administration digitally and very efficiently.
5
Team Size
9 Months
Duration
Technical Stack
| Technology | C# Blazor WebAssembly IdentityServer4 ASP.NET Core Entity Framework Core WebSockets |
| Tools | Visual Studio MongoDB Microsoft Azure Azure DevOps Twilio Chat APIs or SignalR Git Postman Swagger/OpenAPI |
Challanges
Developing a Healthcare System presents challenges such as load balancing, caching, and horizontal scaling of resources. Ensuring optimal performance, especially for complex healthcare applications handling large amounts of data, requires efficient code design, minimizing network requests, and optimizing resource usage.Compatibility issues may arise due to varying levels of support for WebAssembly across different browsers. Ensuring consistent performance and functionality across browsers can be challenging, requiring thorough testing and potentially additional polyfills or fallback mechanisms.
Solution
To address perfomance challenges in Healthcare System, developers can optimize Blazor WebAssembly applications by minimizing the size of the application bundle, reducing unnecessary dependencies, and optimizing code execution. Techniques such as code splitting, lazy loading, and caching can help improve loading times and overall performance.Thorough testing across multiple browsers and devices is essential to ensure cross-browser compatibility. Developers can utilize tools like BrowserStack for automated testing and adopt graceful degradation or feature detection techniques to handle browser inconsistencies gracefully.
