Signage that never sits blank, casting students cannot hijack, and an emergency message on every screen in seconds. We manage the fleet, so your IT team never becomes the support desk for your screens.
Science fair set-up in the gym from 2pm. Buses depart from the south lot.
Chicken bowl, veggie chili, salad bar.
Casting hardware, signage software and the alerting system are usually three purchases, three renewals and three vendors. Here they are one product on one screen.
One message takes over every screen at once, sent from a phone, on site or across town. Written text is spoken aloud through the screens, it interrupts whatever was playing, and nothing else can outrank it. Screens that were asleep wake up for it.
A teacher opens Ava and casts to the room they are standing in. No pairing code to hunt for, no dongle to find, no adapter to unplug. Students cannot see a display on the network, let alone connect to one, and when a teacher wants a student to present they hand out a single-use code from the front of the room.
Each screen shows what matters in that place at that hour. Schedules, announcements, menus and the rhythm of the day, without anyone building a slideshow every week.
Morning news plays together across rooms, pre-loaded onto every device beforehand so the network is not carrying it at the moment it matters.
The screens know the schedule, including the days that break it. Assembly timetables and odd-even rotations change what is shown without anyone touching a screen.
Post to one room, a wing, a building or everything. Roles decide who can do which, and every action is recorded against the person who took it.
Every device reports its own condition continuously and we watch all of it. When something starts to fail, the work of noticing does not land on your IT team, and neither does the diagnosis. Most of the time the fix ships before anyone in the building raises a ticket.
Signal strength, link speed, the access point each screen is attached to, round-trip time, and dropped or errored packets in both directions. A room with a weak corner is a number, not a complaint.
Every thermal zone in degrees, against the temperature at which the device would start throttling. A screen cooking behind a cabinet door is visible long before it misbehaves.
Outbound connections are counted and identified, and anything unrecognised is surfaced. Debug and USB access are reported as state, so nothing quiet stays quiet.
Processor, memory, free storage and whether storage is still writable, uptime, installed version and pending updates. Failure modes that used to mean a site visit now announce themselves.
Updates roll out centrally. New versions install across the fleet without anyone visiting a room, and a device that was asleep or offline catches up when it returns.
Casting is checked, not assumed. The system confirms a screen is actually rendering, at what frame rate and resolution, rather than reporting that a command was sent.
Screens hold their own state. Each device keeps its schedule, signage and clock locally, so a network hiccup does not blank a wall.
No AirPlay, no Google Cast, no Miracast discovery. Students cannot see a display, let alone connect to one. Every session is opened by an authenticated staff member, and the port stays closed until it is.
Displays make outbound connections only, so a room comes online without inbound ports, firewall exceptions, or changes to how your network is built.
Students do not sign in, cannot send anything through it, and are never asked for anything by it. Content moves in one direction, from authorised staff to screens. There is no student record here to breach.
When a teacher wants a student to show their work, the teacher issues a single-use code from the front of the room. It works on campus, for that one session, and stores nothing about who used it.
Schools are funded one year at a time. Most classroom display systems are not sold that way, and the ones that are usually keep the hardware.
You buy the device once, for $50, and you own it outright. Nothing to hand back at the end of a term, and no rented receiver that stops working when a contract lapses.
$90 puts a screen in service for its first year, hardware included. $40 keeps it running every year after. Nothing to sign for three years.
Signage, casting, scheduled announcements and emergency broadcast are the product. No premium tier holds the safety features, and there is no per-feature upsell once you are deployed.
We do not know what you were quoted, so we will not guess. Enter what you pay today and see the difference against our list price.
Based on our list price of $50 per device once and $40 per screen per year. Your current figure is whatever you enter; we make no claim about anyone else's pricing.
The hardware is a one-time purchase you own. The licence is annual. There is no quote to chase and no tier that holds the safety features back.
Licence is charged per device you hold, not per device that happens to be plugged in on a given day. Move a screen, store a screen, or take a wing offline for the summer; the billing does not change and neither does your entitlement.
A screen that has to be right in a school at half past seven is the same problem as a screen that has to be right on a production floor at shift change. Nothing about the system is education-specific underneath.
Wayfinding, reception, meeting-room boards and company announcements, controlled centrally rather than by whoever sits nearest.
Shift information, safety notices and live operational displays across sites, with the same alerting path as a school emergency.
Scheduled content per location and per hour, pre-loaded so a soft connection never becomes a blank screen.
Thousands of screens across many buildings, each reporting its own condition, with updates that never require a visit.
If you already install and service screens, this is the layer underneath them: hardware you buy outright, a licence you resell annually, and a console that tells you which of your customers has a problem before they call you.
We will show you the console, tell you what it costs, and explain what switching looks like. No procurement maze to get an answer.