Operator surface
Tauri interface
Packing and receiving sessions show the task, the items, device feedback and proof.
Fixed station operations
The application connects to Ysend for each session and uses the workstation’s scanners, printers and cameras. It can also exchange data with other devices on the local network when that option is enabled, without turning the workstation into a required warehouse application server.
Station anatomy
Operator surface
Packing and receiving sessions show the task, the items, device feedback and proof.
Local I/O
The per-station agent handles scanner, printer and camera access close to the hardware.
Authority
The authenticated backend remains the source of business state and accepted operations.
Secure session
The station establishes an authorised SaaS session for the operator and site.
The bundled bridge receives only the bounded device calls required by that session.
Scans, prints and camera proof stay attached to the current task and items.
SaaS validates the resulting operation before downstream state advances.
Peripheral loop
Identifies order, LPN, carton, pallet, item or station context.
Produces the label selected by the active packing or receiving workflow.
Captures bounded proof associated with the task instead of an unscoped image folder.
Keeps local device access behind the authenticated desktop operation.
Local SQLite
The station can preserve bounded local state through a short connection loss.
Pending device events remain distinguishable from server-accepted warehouse work.
The same operation identity supports safe retry when the SaaS path returns.
Optional mesh role
Mesh participation is an optional resilience function. Handheld peers continue to work without the desktop bridge.
The station can participate in the signed warehouse peer mesh.
It may help upload replicated work while SaaS deduplicates by event identity.
The station itself connects through the configured SaaS URL.
Station boundary
Bring packing or receiving steps, scanner and printer models, camera-proof needs and network constraints. We will map the per-station bridge and optional mesh role.