Why the Infinity Controller Belongs in Mission-Critical Environments

I spend a lot of time inside military control rooms during installations — setting up systems, integrating hardware, and talking directly with the operators who run these environments every day. We’re not there during live missions, for obvious reasons, but we are there when the system is being built, configured, and handed over. That’s when operators tell us exactly where their current setups fail them.

And almost every story starts the same way:
it’s rarely the LED wall that causes the problem.
It’s the chain of hardware feeding it.

Legacy control rooms rely on matrix switchers, external processors, scalers, and multiple senders tied together with long runs of cabling and complex rack layouts. That architecture introduces heat, latency, clutter, and more single points of failure than any mission-critical space should tolerate. Operators constantly tell us how often switchers freeze, processors drift out of sync, or scalers need yet another reset in the middle of a shift.

Infinity removes that architecture entirely.

It replaces the matrix switcher, the external video processor, and the scaler — while acting as the sender — all in one modular chassis. You load the input and output cards your mission requires, from HDMI to DP to SDI to IP, and Infinity scales up to extremely large LED walls without stacking additional hardware.

From a single browser-based interface, operators can route sources, build multi-window layouts, manage PiP or zoning, crop, reposition, and recall presets instantly. There’s no software to install and no workstation dependencies. Everything is direct, fast, and built to support operators who don’t have time to fight their system.

During installation, the benefits are obvious: fewer racks, dramatically less cabling, faster deployment, and a sharp reduction in failure points. Operators notice the difference immediately, because the usual layers of fragility simply aren’t there anymore.

Infinity is also built for continuity.

Its redundant power design significantly reduces the risk of outages or reboots caused by power fluctuations — an essential requirement in spaces where uptime is not optional.

Military and government teams need systems that are predictable under pressure, not delicate AV ecosystems assembled from multiple boxes and wishful thinking. Infinity simplifies the architecture, hardens the operational chain, and gives teams a system they can rely on long after we’ve left the installation site.

If your control room is still dependent on legacy switchers and processors, Infinity offers a cleaner, more resilient, mission-aligned approach — one built for the realities operators live with every day.