Digital signage that never drifts.
Signage runs statelessly and updates or repurposes remotely from Switchboard, so a network of displays stays as reliable as one.
The screen no one is watching is the one showing an error.
Digital signage runs unattended in lobbies, stores, stadiums, and transit hubs, until a player app drifts, crashes, or gets stuck on an update and starts showing a desktop, an error dialog, or a black screen in front of every customer. Across a network of displays, keeping every endpoint healthy and on-message is a constant, invisible maintenance load.
The pressure points in signage networks.
Player drift & crashes
Media players degrade over time and fail in public view.
Visible errors
A stuck or crashed display shows the wrong thing to everyone.
Scattered locations
Displays are spread across sites with no local hands.
Painful updates
Pushing content or OS changes risks leaving a screen stuck.
Stateless displays, as reliable as one.
Never drifts
Each display runs statelessly and boots to the same verified state.
Self-recovering
A crashed or stuck screen returns to baseline on reboot.
Update remotely
Push content and changes to the whole network from Switchboard.
Repurpose on demand
Change a display's role centrally, no site visit.
Displays drifting out of their intended state.
When every screen boots the same baseline, a network of displays behaves like one.
Signage operations, answered.
What happens when a player crashes?+
It recovers itself. The next boot returns the display to its verified baseline, so it doesn't sit broken in front of an audience.
Can we manage displays across many sites?+
Yes. Update, monitor, and repurpose the entire network centrally from Switchboard, no local technician required.
Will it run our CMS or player app?+
Yes. ZeroCore runs your authorized signage workload locally and statelessly.
“A wall of screens should be as reliable as one. When each one resets to the same state, it is.”
See the stateless endpoint on your own hardware.
Flash an idle machine into a live endpoint and run your real workloads. You buy no hardware and sign nothing.