Offline-first & low-bandwidth
The platform keeps working when the network doesn't — studies acquired at the point of care queue locally and sync automatically the moment a connection returns. It's built for intermittent power and bandwidth, so clinics on the edge of the grid never wait for infrastructure to catch up before they can scan.
How it works
Four layers that keep radiology moving with or without a link.
Installs as a PWA
A Progressive Web App installs straight to the device and caches the app shell plus reference data, so readers open a fully working interface even with no signal at all.
Queue locally, sync later
Studies acquired offline are written to a durable local queue and auto-upload the moment connectivity returns — no manual re-send, no lost acquisitions.
- Chest XR — portable2.4 MBSynced
- Head CT — trauma48 MBUploading 60%
- Obstetric US — clip11 MBQueued
- Wrist XR — 2 views3.1 MBQueued
Adaptive low-bandwidth streaming
Images are progressively compressed and streamed to fit the link available, dropping to diagnostic-first previews on 2G and backfilling full resolution when bandwidth allows.
Conflict-free hub sync
Edits made offline merge deterministically with the teleradiology hub, so two intermittently-connected sites never overwrite each other and the audit trail stays intact.
Sync queue (demo)
Studies captured across connected sites, held on-device and reconciled with the hub as bandwidth allows.
Offline sites are first-class members of the hub-and-spoke network — see how studies route to remote readers once they sync.
Capability figures (bandwidth floor, cache window, reliability) are illustrative and represent design targets, not measured guarantees. Sync queue and facilities are demo data — no patient information.