Designed for the Mission. Built for the Operator.

The challenge was not fitting monitors and keyboards into a room. It was designing a working environment where operators could perform at the highest level for hours at a time, under pressure, in a restricted space, without the cognitive or physical fatigue that degrades performance in critical moments.

The footprint was limited, but the information density was not. Multiple operators needed to monitor simultaneous feeds across a large display array while a supervisor maintained unobstructed sightlines across the entire suite. Operators carried firearms, so console surfaces had to withstand the daily wear of weapons belts without degrading. Flat, uncluttered work surfaces were non-negotiable: in a 24/7 environment, misplaced equipment is a safety and efficiency risk.

Installation would be handled by the agency’s internal team under a tight timeline, in a secure facility where external access is tightly controlled. The complexity of a custom build had to be matched by an assembly process the installation team could execute precisely, without LundHalsey engineers on-site.

In mission-critical environments, fatigue is an operational risk. Every display arm was fully articulating, allowing operators to fine-tune screen angle, height, and distance to their individual working posture. Viewing angles to the wall-mounted array were calculated precisely: 35 degrees from a 3-foot standoff on the primary configuration, and 33 degrees with a 12-degree tilt on the secondary, ensuring comfortable viewing over extended shifts without neck strain or eye fatigue.

The supervisor station was specified with an automated sit-stand mechanism, programmable to adjust on a timed schedule with manual override, to promote movement and reduce musculoskeletal fatigue. Console geometry was designed to minimize handover disruption between alternating shift pairs. Dedicated flat surfaces at each position accommodated paper logs and operational documentation, reflecting the reality of how people work in high-security environments where digital-only workflows remain uncommon.

The curved console geometry served two functions: it maximized the number of active operator positions within the available footprint, and it gave the supervisor station a clear, unobstructed view across all operator screens. The curved section of the suite was designed so that a single supervisor could maintain visual oversight of two operator positions, effectively enabling two people to perform the monitoring and response workload of four, without creating supervisory blind spots.

A standalone supervisor pod with motorized sit-stand capability was positioned to complement the main arc, providing an elevated oversight position that could be adjusted dynamically depending on the operational phase and the supervisor’s preference.

The federal security vertical places demands on AV and furniture infrastructure that most commercial environments never encounter: continuous operation, physical durability under working conditions, ergonomic standards tied directly to human performance, and installation requirements constrained by security protocols. Meeting those demands is not a matter of specifying better products from the same catalogue, it requires design thinking that starts with the operator and works outward.

The LundHalsey project demonstrates what that approach delivers in practice. A compact room supports a staffing model two people deep. Operators sustain focus through long shifts because the environment was designed to support them physically. A supervisor maintains oversight without moving. And the entire system was installed cleanly, in a secure facility, by an internal team working from a video guide delivered through a secure link.

For AV integrators and specifiers working in mission-critical government environments, this project is a working reference. The design decisions that made it successful — ergonomic display positioning, sit-stand automation, durable surface specification, custom assembly documentation — are replicable. The principle behind them is consistent: in a control room, the room is part of the mission.