Digital Cloud Imaging

This technology features a fully proprietary Web DICOM Viewer that supports HTML5 browsers on various devices, including smartphones, tablets, and PCs.

It also enables the online viewing of medical images within popular apps such as Facebook, WeChat, WhatsApp, Twitter etc. The pure HTML5 browser-based platform supports advanced 3D reconstruction technologies like MPR, MIP, VR, and CPR, and offers PET/CT fusion with SUV measurements. It ensures cross-platform image interoperability and operates on a cost-effective, high-availability SaaS model. The system is compatible with major cloud providers, including Microsoft Cloud, Google Cloud, Amazon Cloud, Baidu Cloud, Alibaba Cloud, Tencent Cloud, Huawei Cloud, China Telecom and AWS China (Western Cloud/Aurora). The interface is optimised for both mobile and PC environments, with a responsive hanging layout.

New Generation RIS/PACS System

Pure Cloud Computing Architecture

The overall system architecture can be based on public or private cloud infrastructure. DICOM and other files are stored in cloud storage and can be distributed via Content Delivery Networks (CDNs), ensuring users receive fast and stable access to images.

Ultra-High Image Compression

The DICOM images utilize innovative compression technology with ultra-high compression ratios, supporting up to 16-bit grayscale images and achieving up to 20x compression.

Six-Level Cache Acceleration

The system leverages network and browser characteristics to implement up to six levels of caching from the cloud to the browser, providing users with a smooth and stable image rendering experience, especially when browsing large DICOM sequences like CT and MR images.

Hardware-Accelerated Computation

The platform supports hardware-accelerated 3D reconstruction features, including MPR, MIP, VR, and CPR, by utilizing standards and technologies such as Web Worker, Web VR, WebGL, VML, ASM.js, and Google’s V8 engine.

Proprietary Improved DICOM

Our Proprietary Enhanced DICOM System is meticulously designed to ensure the utmost protection and compliance for patient data in medical imaging. Our system meets both clinical and regulatory requirements with the following features:

Clinical Compliance: The system adheres to the DICOM format, ensuring 100% vector-based data with no distortion or degradation. It maintains the integrity of data, preserving both qualitative and quantitative aspects without loss or omission.

Regulatory Compliance: It features robust encryption and secure storage solutions, capable of safeguarding patient data for up to 15 years, in accordance with regulatory standards in China.

This advanced DICOM solution not only upholds the highest standards of data fidelity but also meets stringent regulatory requirements, ensuring comprehensive protection and compliance for medical imaging data.

Comparison: Our Core Proprietary Technology vs other current technologies

Transmission speed: 1-2 seconds vs 5-10 minutes.
Lossless compression: 110x vs < 5x.
Data Fidelity: no distortion/qualitative quantitative change/loss/omission/degradation vs present.
Data Security: 2048-bit *3-factor vs 128-bit *1-factor.
Transmission Method: Multi-modular cross dynamic parallel connection vs serial connection.
Storage Method: Mixed opto-magnetic and cold/heat storage vs magnetic storage.