Designing AV That Never Sleeps

What Actually Makes a Command Center Different

Command and control environments — 911 dispatch floors, emergency operations centers, network operating centers — look, at a glance, like any other room full of screens. What separates them is that they never stop. “People say twenty-four/seven, they think casually about it sometimes,” says Marques Manning. “No, they’re legit twenty-four/seven. One crew comes in, one crew goes out.”

That distinction drives everything downstream. A classroom or a corporate huddle space might see eight hours of use a day, and often less. Hardware specified for that duty cycle simply isn’t rated for continuous operation. The second difference is signal density: a typical meeting room is one source feeding many displays, maybe two. In a command center, any workstation may need to be viewed at any moment, alongside live camera feeds, radio traffic, and monitoring systems all running at once.

Redundancy Is the Baseline, Not an Upgrade

Kontek recommends uninterruptible power on every system it installs, but in command and control it becomes non-negotiable. The reasoning is simple: AV is a collection of purpose-built computers, and a hard power loss can leave a device unable to come back — or unable to come back in the correct order, which matters more than most people expect. A UPS covers the milliseconds between a power event and a generator picking up, and keeps voltage clean through the transition.

Power is only the starting point. These sites also keep hot-swappable spares on hand for displays, encoders, and decoders, because waiting a week for a replacement part isn’t an acceptable answer at one in the morning. Control code, DSP files, and firmware are versioned and backed up off-site as well — a necessity in secure facilities where systems are deliberately segregated from any outside network and cloud backup isn’t an option.

Design Around the Operator, Not the Equipment List

Physical layout decides whether a system works. A thirty-foot video wall raises an obvious question that often goes unasked: can someone seated at the far left actually read what’s on the far right? Display size, mounting height, and brightness all follow from where people sit and what they need to see. A dark monitoring room doesn’t need a thousand nits of brightness — that just causes fatigue.

Cognitive load matters just as much. During a hurricane, an operator shouldn’t be navigating menus to get a feed on screen. “I don’t wanna have to hit four buttons to get this on screen,” Manning says — two or three presses at most, or better, a single emergency preset that sets displays, sources, and audio levels in one action. The test he applies is blunt: if it takes a five-page manual to operate the system, the design has already failed.

Get the Right People in the Room, and the Budget in the Right Order

IT comes first — they define what can touch the network and what can’t. But the operators and the room’s manager are equally essential, because they’re the only people who can explain how the space actually runs day to day: which feeds they watch, what they need to hear, how routing should behave. Facilities and construction round out the group on new builds. Bringing IT in late usually means reworking networks or reassigning addresses, which is wasted effort.

The budget conversation is where Manning sees projects go wrong most often. Arriving with a number chosen before anyone has scoped the work almost guarantees a problem, whether that number is high or low. The better sequence is a feasibility study — even a rough one — that captures the vision first and lets cost follow from it. When someone quotes a budget up front, his first question is how they arrived at it. If it came from a study, good. If it was a guess, the mismatch is worth surfacing early rather than at sticker-shock time.

Mission-Critical Means Commercial-Grade

The most common objection Manning hears is that the same display is available down the street for $1,500. His answer is direct: it isn’t the same. It looks identical on the outside, but the internals aren’t, and consumer equipment run 15, 18, or 24 hours a day fails sooner because it was never rated for that.

The same caution applies to being early on new technology. Kontek follows what’s coming, but a mission-critical room is not the place to test it. “You want something that is robust, it’s technologically sound, and it’s gotta be bulletproof,” Manning says. “You’ve gotta know that when you’re putting it together, it is going to work every single day.” If a space is genuinely critical, both the budget and the mindset have to reflect it.