Digital Pathology, Democratized by Browser-Native Streaming.
Ishika connects laboratory optical microscopes directly to modern web browsers via 30 FPS peer-to-peer WebRTC video streaming, WebHID hardware stage control, and a 60 FPS gigapixel Whole Slide Image (WSI) canvas engine with zero desktop software installation.
The Open Core Architecture
A zero-cost, privacy-first community foundation paired with enterprise clinical modules.
Browser-Native Tele-Pathology
Our open-source foundation connects optical microscope cameras and motorized stages to any modern browser with zero cloud storage of clinical video:
- Virtual Microscope Simulator: 100% client-side HTML5 Canvas with 4x–40x optical simulation and Z-depth focal blur.
- WebRTC Tele-Consultation: Sub-300ms 30 FPS peer-to-peer video streaming (DTLS-SRTP encrypted).
- WebHID Stage Driver: Plug-and-play stage actuation via USB gamepads, joysticks, and foot pedals.
- 60 FPS Canvas WSI Engine: Local deep-zoom navigation for gigapixel biopsy slides via DZI/WebP pyramids.
Clinical AI & Hospital Integrations
Turnkey proprietary extensions designed for diagnostic laboratory chains, hospital networks, and contract research organizations (CROs):
- AI Diagnostic Inference: Automated region-of-interest segmentation, mitotic counting, and atypia triage.
- CAP/CLIA Structured Reports: Automated one-click PDF generation populated from AI and clinical findings.
- Hospital PACS / EHR Integration: Full interoperability with DICOM WADO-RS and HL7 FHIR workflows.
- Private VPC Sandboxes: Dedicated HIPAA & DPDP-aligned cloud deployments with role-based access control.
The Product Ecosystem
From physical slide actuation to automated diagnostic reports.
Camera-based remote slide viewing via peer-to-peer WebRTC. Remote consultants join secure ephemeral rooms with synchronized pointers, interactive annotations, and shared stage telemetry.
Direct in-browser hardware communication with microscope motorized stages, USB gamepads, and surgical foot pedals using the standard WebHID API without installing local desktop drivers.
Client-side HTML5 Canvas tile engine rendering multi-resolution DZI/WebP biopsy pyramids at a silky 60 FPS with minimap viewport synchronization and zero server-side rendering overhead.
Mobile tele-pathology lab unit designed for Tier 2 and Tier 3 cities — connecting rural diagnostic centers to metropolitan specialist pathologists via low-bandwidth WebRTC relays.
Organ-specific diagnostic reporting engine. Automatically formats tissue classifications and pathologist annotations into CAP/CLIA-compliant PDF summaries with digital audit trails.
Powered By
Engineered for extreme responsiveness, clinical data privacy, and zero server OPEX.
WebRTC P2P Video
Sub-300ms 30 FPS video streaming directly between browsers. DTLS-SRTP encrypted with zero cloud video storage.
WebHID Stage Control
Direct USB gamepad, joystick, and foot pedal actuation through Chrome/Edge with zero native driver installation.
60 FPS Canvas WSI
Multi-resolution DZI/WebP pyramidal tile engine rendering gigapixel whole slide biopsy specimens locally at 60 FPS.
Cloudflare Durable Objects
Ephemeral WebSocket signaling relay transiting lightweight ~1 KB handshakes with cryptographic isolation and zero persistence.
Turnkey Lab Deployment & Engineering Services
Ishitham provides specialized engineering and custom integration services for diagnostic laboratories, medical device manufacturers, and digital pathology startups:
Hardware Integration
Connecting your optical microscopes (HDMI/USB C-mounts) to WebRTC streaming daemons with <300ms latency.
Private VPC Sandboxes
Custom-branded deployments on Google Cloud Run or AWS with strict patient data isolation and role-based access.
Clinical Integrations
Connecting with hospital PACS systems (DICOM WADO-RS) and automated CAP-compliant diagnostic report pipelines.