Signage that never sits blank, casting nobody can hijack, and an urgent message on every screen in seconds. We manage the fleet, so your IT team never becomes the support desk for your screens.
All hands at 2pm in the atrium. Visitor parking on level 2 is closed.
Soup of the day, grain bowls, salad bar.
Signage is mostly the same problem everywhere: a lot of screens, in places nobody is standing, that have to be showing the right thing without anyone checking. What differs is the content, and who notices when it goes blank.
Lobbies, floors, retail, warehouses, clinics, airports and billboards. Screens in places that are expensive to visit, each one reporting whether it is actually rendering rather than whether a command was sent. Boardroom casting with no cable to pass around.
Wayfinding, waiting areas, cafeterias, staff boards and emergency messaging across campuses. No patient data anywhere in the product, which is a shorter approval because there is nothing to review.
Casting a teacher stays in control of, signage that knows the bell schedule and the day rotation, and an urgent message on every screen at once. This is where the product grew up, and it is running in a school today.
The screen at the front of a room is the one screen in a building that regularly stops a meeting: the cable does not fit, the adapter is missing, or a guest is being walked through joining the wifi while everybody waits.
Whoever is presenting scans the code on the screen and casts from where they are sitting. Nothing is installed, no cable changes hands, and the person running the room decides who gets it and for how long.
The same mechanism serves a boardroom and a classroom. In a meeting room the host hands the screen to a colleague or a visitor. In a classroom a teacher hands it to a student to show their work, and takes it back. One product, one behaviour, whichever building it is in.
Single use, and it expires in the window the host set.
One screen, or every screen in the room.
Joins only from a network you have declared. No declared network, no joins.
Every join is attributable to the device that took the screen.
Ava Display is one surface of a larger platform. Most signage systems are a content manager with a media player attached: someone builds a slide, someone schedules it, and the screen plays it back. Ava works the other way round. She holds what your organisation actually knows, and the screens read from that.
A closure, a shift change, a room move or a visitor arriving is a fact about your operation, not a slide. Tell Ava once and the lobby screens, the floor displays and the front desk all reflect it, because they are all reading the same thing rather than each holding their own copy.
That is also why the screens know what day it is. Shift patterns, term dates, bell schedules, holidays and the days that break them are not signage content someone remembers to update. They are what the place runs on, and the screens follow.
Casting, signage, announcements, bell awareness, emergency broadcast and fleet management are one system with one login and one bill. Nothing between them needs wiring together, because nothing between them was separate.
The screens you already trust become the way a teaching partner reaches every room. Ava Classroom adds lessons, practice and the bridge home, on the same devices and the same login.
Runs in any browser today.
The same platform runs the rest of an operation, and in schools it runs teaching and family tools under Ava Classroom. Display is the safe place to start and nothing is replaced to go further.
Ava Display is built by Egosi OS LLC, by people who have been putting communications into buildings since 1999: one of the larger privately held internet providers of its era, an early hosted telephony and communications suite, and a decade running technology operations across more than a thousand sites for a Fortune 5 company.
That matters here for one reason. Screens in a building are an operations problem before they are a software problem, and the people who wrote this have been carrying pagers for buildings for a very long time.
The hardware, the software on it, the servers it talks to and the network in between are all ours. When something breaks there is no vendor to escalate to and no support queue between you and the people who wrote it.
The person who answers a question about how it works is the person who decided how it works.
We will show you the console, tell you what it costs, and explain what switching looks like. No procurement maze to get an answer.