Device Setup & Configuration
The hardware behind a POS system gets the least attention and causes the most damage when it's wrong. A terminal that lags during a rush, a kitchen display that drops a ticket, a Wi-Fi network that can't handle a full dining room and a delivery queue at the same time. Problems like these rarely show up during a sales demo. They show up on a Friday night, in front of guests, when there's no time to fix them. Most POS vendors focus on getting a system live rather than stress-testing it against the conditions of a specific restaurant. Network setups get left at default settings, printer pairing gets configured once and forgotten as the menu changes, and a dropped connection with no backup plan turns a small Wi-Fi hiccup into a full service disruption.
Strela configures POS terminals, kitchen display systems, printers, and card readers, and integrates each device into the network built for real service volume.
Service Areas
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Terminal and KDS placement and configuration. Every terminal and kitchen display gets positioned and set up based on the space and the workflow it needs to support.
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Network and Wi-Fi setup for POS connectivity. The network gets built to handle full service volume: multiple devices, high transaction counts, and simultaneous order channels running at the same time.
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Printer routing and pairing. Kitchen, receipt, and expo printers get mapped and paired correctly from the start, so tickets go where they belong without manual workarounds.
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Card reader and payment terminal integration. Payment devices get integrated cleanly with the POS so transactions process smoothly and reporting stays accurate.
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Backup and failover configuration. If a connection drops or a device fails, a fallback is already in place so service keeps running.
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Pre-launch hardware test under simulated rush conditions. The full setup gets tested under conditions built to mimic a busy shift before it ever faces a real one.
The Outcome
The system holds up when it matters most: a packed dining room, a full delivery queue, and a kitchen firing tickets back to back. Terminals stay responsive, printers stay paired correctly, and a dropped connection becomes a brief blip instead of a stalled service. The team stops thinking about the hardware entirely and gets back to running the floor.