Healthcare: AI‑Powered Medical Image Analysis

Client: Radiology Network • Objective: Faster, more accurate triage and reporting
Medical imaging AI dashboard
0%
Detection Accuracy
0%
Faster Triage
0x
Throughput
0%
Fewer False Positives

Project Overview

A radiology network needed to reduce reporting time while improving consistency of findings across modalities. We designed an AI pipeline for detection and triage with seamless PACS/RIS integration and clinician‑friendly overlays.

Challenges

  • DICOM variability and strict privacy requirements
  • Class imbalance and calibration for rare pathologies
  • Real‑time GPU inference and viewer integration

Neuradigi Solution

We built a secure DICOM pipeline, trained UNet/ResNet‑based models with MONAI, and deployed GPU‑backed inference services with monitoring and human‑in‑the‑loop review.

1
Data & Pipeline: DICOM ingestion, anonymization, QA, and augmentation.
2
Modeling: UNet/ResNet ensemble, cross‑validation, calibration, drift checks.
3
Deployment: TorchScript/Triton serving, PACS/RIS integration, dashboards.

Business Outcomes

  • 96% detection accuracy (AUC‑aligned)
  • 70% faster case triage
  • 3x cases processed per day
  • 30% fewer false positives

Approach & Architecture

  • Ingestion: DICOM store, anonymization, validation; optional HL7 bridge.
  • Training: MONAI pipelines, experiment tracking, model registry.
  • Serving: Triton/ONNX/TorchScript behind FastAPI gateway; autoscaling.
  • Integration: PACS/RIS connectors, heatmap overlays, feedback loop.
  • Compliance: HIPAA/GDPR controls, RBAC, audit trails, encryption.
Medical AI architecture

Our radiologists now focus on complex cases while routine findings are surfaced instantly. Triage times dropped significantly with fewer misses.

Lead Radiologist, Partner Hospital