Centralized Kiosk Management & Remote Monitoring Platform

The old way

A terminal stops working. Nobody at head office knows. A customer tries it, gives up, and either queues at a counter or leaves. Eventually a branch manager calls somebody, who calls the vendor, who sends an engineer, who arrives to find the printer out of paper. Meanwhile a new software version is distributed by emailing an installer to forty branches with instructions, which produces forty slightly different installations and no way to confirm which sites applied it.

The reporting is just as blind. Nobody can say how available each terminal really was last month, which device fails most often or whether the uptime clause in the maintenance contract was met, so hardware and support decisions are made on impressions.

The AtashiTech way

The client built into the kiosk application sends a regular heartbeat, so the console shows every terminal's state within minutes. Alert rules catch a terminal gone silent, an application that keeps crashing, a peripheral not ready and a tablet battery running low, and push them to the team's phones, with e-mail as an optional second channel.

Fixing follows the same route. A new build goes to pilot terminals first and then to the rest of the estate as a tracked release. A stuck application is fixed with a remote restart; only faults that need hands get a site visit, and the engineer already knows what to bring.

Bank and utility self-service networks

Payment and collection terminals hold cash and print receipts, which are the two things that fail quietest. Operators running our bill payment and collection kiosk use peripheral alerts on the printer and the cash module to send someone before a machine starts refusing customers.

Restaurant and retail chains

New versions must reach every store without a store manager running an installer. Chains running self-ordering kiosks or self-checkout terminals release a build to a pilot store first, widen the rollout and see which stores have updated.

Hospital groups

Registration terminals across several campuses are maintained by a small biomedical or IT team. A single fleet view with alert states tells them which terminal to attend first, and the shared error log answers most questions before anyone walks across a hospital.

Industrial sites and remote gates

Gate kiosks running safety induction or contractor access sit in gatehouses with poor connectivity. Events buffered on the device mean a site with an intermittent link still reports its history, and a new build reaches every gate as a tracked release.

Corporate campuses and shared services

Reception terminals, HR terminals and queue displays across a property portfolio are one estate for the facilities team. Terminals running our visitor management and employee self-service kiosks are enrolled the same way and monitored on the same console.

We run the console, you run the sites

Under an annual maintenance contract our team can operate the platform on your behalf. We watch the alerts, resolve what can be resolved remotely (a restart, a settings reload, a message to staff on the screen, a release that needs pausing), schedule software releases across the fleet, and hand anything physical to your field partner with the diagnosis already attached, so the technician arrives with the right part.

What a managed kiosk fleet looks like week to week

Alerts are triaged before they reach your staff, updates go to pilot terminals first, recurring errors are fixed in the next release, and the split of responsibilities between our team, your staff and any hardware partner is written into the contract.

Or keep it in-house

An operator that runs its own estate uses the same console; we provide platform support, client updates and alert-rule changes, and your team keeps day-to-day control.