AI-enabled imaging product suite for stroke and aneurysm detection

Introduction

In the race to accelerate diagnosis and elevate patient care, a leading US-based healthcare organization, renowned for AI-powered clinical decision-making, sought to bring advanced medical imaging capabilities directly to clinicians’ hands. Focused on improving stroke, aneurysm, and pulmonary embolism care, the client envisioned a mobile-based, AI-enabled imaging suite that could offer high-resolution 2D/3D scans, real-time collaboration, and faster decisions at the point of care. To make this vision a reality, they turned to CitiusTech as a trusted innovation partner.

The Challenge
Expanding AI capabilities beyond basic imaging

The client used a basic TIK DICOM viewer that limited their ability to support complex conditions through mobile. They needed a powerful, intuitive DICOM solution, purpose-built for mobile, capable of rendering advanced visualization for stroke, aneurysm, and pulmonary embolism detection. Additionally, they needed a scalable platform to enable remote collaboration and rapid diagnostics.

The Solution
Advanced mobile-first DICOM viewer for intelligent diagnostics

CitiusTech developed a responsive mobile DICOM extension using the latest UI frameworks and integrated it with an open-source DICOM viewer. It enabled:

Optimized memory management for generating and rendering Multi-Planar Reconstructions (MPR) of Stroke, Aneurysm, and PE datasets directly based on axial scan on the client side.
Better decisions with enhanced 3D visualization with Maximum Intensity Projection (MIP) to assist in stroke diagnosis by rendering vascular structures after removing bone and non-vascular tissues.
2D viewing capabilities for left-right carotid and vertebral arteries extracted from axial scans.
A robust, AWS-based real-time image-sharing framework, allowing care teams to collaboratively view, manipulate, and analyze DICOM images (Zoom, Pan, WL, Scroll, MIP, 3D Rotation) in live sessions for taking immediate feedback on complex cases.

AI-enhanced visualization at the point of care

Outcome	Impact
Rapid development	Delivered a full-featured DICOM viewer in record time
High app stability	Nearly zero crash rate across supported mobile platforms
Optimized image delivery	Compliant, cost-effective rendering using AWS architecture

Ready to elevate diagnostic precision with AI-powered imaging?

Transform care with intelligent, real-time imaging solutions