Next-Generation Volumetric Medical Imaging & AI Diagnostics
Zero-footprint, cloud-native DICOM workstation powered by NVIDIA VISTA-3D segmentation, 2D Film-to-Slice & Image↔Video synthesis, 4-stage Autonomous Scan, and Ayurveda Research Studio.
Engineered for Clinical Precision
Next-generation medical imaging suite running completely in your browser with zero latency and native 3D shader compute.
WebGPU 3D Volume & MPR
Client-side WebGPU shaders compute real-time Multi-Planar Reconstructions (Axial, Sagittal, Coronal) and 3D Maximum Intensity Projections at 60 FPS with zero server GPU overhead.
NVIDIA VISTA-3D AI Bridge
Direct serverless integration with NVIDIA NIM VISTA-3D foundation models for interactive organ, anatomical structure, and lesion segmentation with sub-second round-trips.
AWS S3 DICOMweb Archive
High-speed cloud PACS backed by AWS S3 and CloudFront CDN. Full support for standard WADO-RS, QIDO-RS, and DICOMJSON streaming with zero standing EC2 costs.
HIPAA & SOC2 Enterprise Security
Enterprise identity management featuring AWS Cognito User Pools and Google OAuth SSO with encrypted JWT storage and client-side access control.
Distributed Clinical Cloud Topology
A zero-footprint distributed system connecting high-performance browser WebGPU shaders directly to serverless medical archives and AI inference bridges.
Zero-Footprint WebGPU Viewport
Cornerstone3D volume rendering engine executes client-side. Renders 512³ CT slices with GPU raycasting at 60 FPS without streaming video from expensive GPU servers.
AWS CloudFront Edge Acceleration
Over 600+ edge Points of Presence caching DICOM metadata, application assets, and WADO-RS streams with sub-20ms first-byte delivery worldwide.
AWS S3 Medical Object Store
High-throughput serverless PACS archive with intelligent tiering. Direct HTTP range requests for multipart DICOM instance retrieval with 99.999999999% durability.
NVIDIA VISTA-3D NIM Bridge
Serverless Lambda AI Bridge connected to NVIDIA VISTA-3D foundation model for automated 127-class anatomical organ and lesion segmentation.
Enterprise Healthcare Security
Engineered from the ground up for strict healthcare data protection standards, clinical identity management, and encrypted transit.
TLS 1.3 & AES-256 Storage
Every DICOM byte is encrypted in-transit via TLS 1.3 and at rest with AWS KMS managed AES-256 server-side encryption.
AWS Cognito Identity Management
Dedicated clinical user pools in us-east-1 with rotating cryptographic JWT tokens, password complexity enforcement, and Google OAuth 2.0 federation.
Zero-Retention Ephemeral Viewports
All diagnostic reconstructions are rendered purely in ephemeral browser WebGPU VRAM. No unencrypted PHI is ever cached to client hard drives.
HIPAA & CloudTrail Auditing
Comprehensive CloudWatch and AWS CloudTrail telemetry logging every PACS read, DICOM retrieval, and authentication event with immutable audit trails.