API for working with digital images for diagnostic purposes

API service for medical diagnosis based on histopathological images

#Healthcare #C# #Asp.NetСore #ABPFramework #MedicalDiagnosis

Project definition

Location
Europe
Client
Private clinic in Europe
Project type
API development, Server development
Industry
Healthcare
Service list

Back-end Development

Service Integration

Team size

M-Size (4–8 engineers)

Budget

$50,000 – $250,000

Task

A private clinic approached us with the task of updating their system for managing histological diagnostic data

Solution

Using .NET in conjunction with the ABP framework, the server-side of the application was developed. The application allowed staff to view historical histological research data and add new results. The administration could restrict access to the resource both for individual employees and for entire departments, providing flexible access control for all clinic staff. Additionally, the administration had the ability to view data "on behalf of a user", which solved the issue of error reporting: admins could log in as a client experiencing an issue and assess the situation from their perspective, allowing them to create a well-informed support request

Impact

The cloud-based diagnostic platform streamlined laboratory workflows, improving documentation processing efficiency by 35% and enabling granular multi-department access control. The innovative "view as user" feature for administrators reduced support ticket resolution times, while centralized data management significantly enhanced both diagnostic reliability and staff productivity across the clinic

C#
.Net 7
ASP.Net Core
ABP Framework
Azure Blob Storage
Entity Framework Core
PostrgeSQL
Redis
Autofac
xUni
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Project development highlights
01
Tools for image processing

We developed an API for the LIMS (Laboratory Information Management System) used for managing, analyzing, extracting, and reporting on digital histopathological images

02
Notifications

We developed a specialized notification functionality for both medical staff and system administrators

03
Improving user experience

We added new functionality that significantly improved the user experience with histopathological images

04
05

Development Process

We built the solution on .NET 7 and the ABP Framework, following a modular monolith architecture hosted in Azure. The system included case management, test ordering, results delivery, and integrated financial and document management with PDF and CSV support.Multi-tenant functionality allowed several clinics to work independently in the same environment, while flexible access control improved security and compliance. Notifications, email integration, and improved UX for handling medical images further streamlined operations. With PostgreSQL, Redis, and Azure Blob Storage managing data at scale, the platform provided both reliability and future-ready extensibility

Technologies

C#
.Net 7
ASP.Net Core
ABP Framework
Azure Blob Storage
Entity Framework Core
PostrgeSQL
Redis
Autofac
xUni

API for working with digital images for diagnostic purposes

API service for medical diagnosis based on histopathological images