Explore the continuous evolution of ClinicalRIS: diagnostic imaging speed, embedded clinical AI, interoperability, and workflow automation.
Introduces dedicated Cardiothoracic Ratio (CTR) quantification in the diagnostic viewer, multi-channel report notifications with Date-of-Birth verification, high-throughput translation batching, and public compliance portals.
Added a dedicated Cardiothoracic Ratio toolbar button in the primary diagnostic viewer toolbar, automatically computing heart-to-thorax dimension ratios on PA chest radiographs.
Added Date-of-Birth identity challenge for all SMS, WhatsApp, and email report-ready notification magic links, ensuring strict HIPAA privacy compliance.
Enhanced internationalization pipeline to batch translation queries with sub-second dictionary hydration across all 5 supported languages.
Launched a dedicated public compliance hub at /hipaa and /data-protection detailing encryption, access governance, and BAA protocols.
Major engine update to the Diagnostic PACS Viewer: cascaded active stack prefetching, instant 2D MPR from in-memory volume cache, WebGL2 shader hardening, and mobile touch workstation grids.
Replaced on-demand single-slice downloading with nearest-slice cascading active prefetch, keeping visible series cached in memory for fluid 60fps scrubbing.
Enables radiologists to instantly reconstruct orthogonal axial, sagittal, and coronal planes directly from in-memory volume textures in under one second.
Resolved GLSL shader compilation crashes and eliminated blank canvas anomalies across heterogeneous client GPU chipsets.
Introduced a structured 2-row mobile touch grid with 40px touch targets, pinch-to-zoom gestures, and landscape viewport orientation locking.
Introduces advanced Dental CBCT curved panoramic reconstruction, the universal AI inference gateway for coronary calcium and vessel stenosis, and paperless electronic consent forms.
Auto-reconstructs panoramic dental curves from 3D cone-beam CT volumes and supports mandibular nerve canal tracing for implant planning.
Integrated automated Agatston coronary calcium scoring and 3D vessel centerline extraction with NASCET/ECST lumen stenosis grading.
Enabled receptionists to dispatch modality-specific consent forms to patient smartphones for touch e-signatures, auto-syncing to the medical record.
Engineered automatic cascading to deterministic local calculation pipelines when network latency exceeds predefined thresholds.
Direct WhatsApp business notification integration with $0 per-message delivery fees, tokenized magic-link patient portal access, and multi-slice web DICOM uploading.
Integrated self-hosted WhatsApp gateway allowing diagnostic centers to pair their official clinic numbers via QR code for automated report dispatch.
Provided patients with secure, passwordless one-click access to their diagnostic images and verified reports via SMS and WhatsApp.
Built a browser-based multi-file uploader allowing technologists to ingest external imaging CDs and referral folders directly into PACS.
Multi-tenant white-label branding studio with dynamic color themes, Google fonts, medical director seals, granular subscription plan permissions, and online billing checkout.
Diagnostic centers can configure custom light/dark logos, custom typography (Inter, Outfit, Poppins), brand color tokens, and portal headlines.
Automatically applies high-resolution clinic letterheads, accreditation badges, and verified digital signatures to exported PDF reports.
Integrated direct patient co-pay checkout with instant digital tax receipts and automatic settlement into center billing ledgers.
Synchronized dual-viewport prior comparison, standardized HL7 FHIR R4 interoperability APIs, real-time voice dictation, and LLM-assisted report synthesis.
Dual-viewport reading with linked crosshairs, synchronized slice navigation, and locked window/level for comparing current against prior exams.
Published RESTful FHIR R4 endpoints for bidirectional EHR synchronization of Patient, Observation, and DiagnosticReport resources.
Hands-free voice transcription paired with generative clinical synthesis that merges template findings with active quantitative measurements.
Cloud-native PACS archival architecture, multi-tenant DICOM routing, cross-center teleradiology pool, and preliminary report verification workflows.
Scalable cloud DICOM archive with automated tenant partitioning, lossless medical compression, and instant study indexing.
Unified cross-center worklist allowing credentialed sub-specialists to read and sign cases across multiple diagnostic facilities.
Complete semantic design system overhaul with dark/light mode tokens, restored cardiac and colonoscopy datasets, and client-side 3D volume rendering.
Standardized typography, spacing, and high-contrast color tokens across all public pages, dashboard views, and diagnostic viewer panels.
Interactive client-side volume rendering using ray-casting shaders for Bone, Soft Tissue, and MIP visualizations.
Initial commercial launch of the ClinicalRIS platform: diagnostic worklist triage, patient MRN tracking, Modality Worklist (MWL) integration, and verified PDF reports.
Comprehensive patient registration, examination scheduling, technologist completion, and radiologist interpretation queues.
Standard DICOM C-STORE reception from X-Ray, CT, MRI, and Ultrasound imaging systems with automated metadata indexing.
Review full clinical role manuals, viewer specifications, and AI capabilities in our Documentation hub.