Receiving, picking, counting, transfers — every workflow keeps running when the Wi-Fi drops. Klovio writes each scan to a durable local queue with a timestamp, then syncs and merges them in order the moment the network returns. Nothing lost. Nothing double-counted.
Cold-storage rooms, metal shelving, basement docks, and remote yards eat Wi-Fi. Most scanning apps just freeze, throw an error, or worse — silently swallow the scan. The work stops, or the count quietly goes wrong. Offline Mode treats the network as optional, not required.
A picker scans in a dead-zone aisle, the app errors out, and the count never updates. Nobody notices until the shelf and the system disagree by a dozen units.
Receiving halts at the cold-storage door because the handheld can't reach the server. A truck waits. A team stands around. Productivity dies in the gaps between access points.
Naive sync logic replays a queue out of order, or applies a scan twice. The count overshoots, and now you're reconciling a discrepancy that the "fix" created.
Same freezer, same dead-zone aisle, same team. The only difference is what happens when the signal drops.
Scan offline, queue locally, merge in order on reconnect. The worker never sees a spinner, and the count never sees a duplicate.
A worker scans in the freezer or a dead-zone aisle with no connection. The handheld captures SKU, lot, quantity, location, and a precise timestamp — instantly.
The scan is written to a durable on-device queue before the screen confirms. Restart the device, drop it, swap shifts — the queue survives until it's safely synced.
The moment the device sees the network, the queue uploads and replays by timestamp. Atomic operations apply each scan exactly once — no loss, no double-count.
When a worker pulls the trigger, Klovio writes the scan to durable storage on the device itself — then shows the confirmation. That ordering matters: by the time the screen says "captured," the scan already exists somewhere it can't be lost.
Reboot the handheld, hand it to the next shift, or walk it from a freezer to a loading dock with no signal the whole way. The queue persists, timestamps and all, until every entry is acknowledged by the cloud.
While one device is offline in the freezer, another is online on the dock — both moving the same SKU. When the offline device reconnects, naive systems either overwrite the newer count or apply a scan twice. Klovio does neither.
Queued scans replay by timestamp into the same atomic counters that power real-time inventory. Each entry has a unique ID and applies exactly once. The offline pick and the online pick both land — in chronological order, with no double-count.
From a trigger pull with zero bars in the freezer, to a clean, ordered merge into your live count the moment the network returns.
20 minutes is all it takes to see Klovio keep scanning — and stay accurate — right through your worst signal.
