The purpose

What a command center has to do

Every design choice in a command center traces back to four goals. The training kept returning to them.

1. Speed upShorten the time from signal to decision
2. CoordinateGet teams and systems working from one picture
3. Enable direct actionLet operators act without extra hand-offs
4. SustainKeep running 24/7, through failures

Command center vs. office space

This was one of the most useful framings. An office is built for convenience. A command center is built for continuity, and that changes everything downstream.

The alliance

Partners in the room

C2A brings together manufacturers and integrators across the command center stack. VigilLink was both listed as a partner and mentioned during the sessions.

• VigilLink
• Legrand
• Datapath
• Digital Masons
• Planar
• CTI
• NEOTI
• Black Box
• F.M. Valenti

The C2A build scope covers IT networks, voice, AV and video walls, KVM and matrix switching, monitoring, and sensor needs.

The market

Where command centers get built

The network

Networking: the issue is latency

Command centers sit where two worlds meet. OT (operational technology) runs the sensors and control systems. IT (information technology) runs data and business systems. They need to converge, and that convergence is where most of the risk lives.

The Purdue Model and WAN redundancy

Zero-trust networking

Traditional networks assume everything inside the perimeter is safe, so a compromised device can move around freely. Zero trust assumes any device can be compromised. It verifies continuously and validates and authenticates every request, which delivers "least privilege" access.

• Identity
• Devices
• Networks
• Apps
• Data

The network

Cybersecurity

The threats covered were ransomware, denial of service (DoS), malware, and advanced persistent threats (APTs). For federal work, CMMC (Cybersecurity Maturity Model Certification) sets the network requirements, and many rooms must handle both NIPR and SIPR, the unclassified and classified DoD networks.

The CIA triad depends on who you ask

Secure by default

Equipment should be built for security and should minimize the chance of human error. Specific points raised:

• No RMA. Many secure sites will not send failed hardware back to a manufacturer, because it compromises security.
• USB is a risk. USB ports are a common compromise path. Selective USB disabling, or no access at all, is expected.
• KVM and BYOD both raise security issues that customers will ask about.
• Cable security came up as an open question worth watching.

Reference sources mentioned: CISA white papers, NIST, and ANSI standards.

What is new

• AI built into security tools
• Interoperability across multiple platforms
• Multi-domain operations, such as JADC2, which connects all sensors
• Biometric physical security measures

The physical layer

Structured cabling

Cabling is the physical foundation of the room, and in a 24/7 environment it is also a potential single point of failure. The training covered it twice, once as an overview and once in depth.

• Redundant cabling, with physical weak points identified up front
• Controlled changes and upgrades
• Future-proofing and planning, including 40 to 60% growth capacity
• Dual or fallback power as a requirement
• CAT6A with shielding for 24/7 operation
• Fiber everywhere: one-directional and secure, with SC and LC terminations

The physical layer

Displays in the command center

The physical layer

Processing, scaling, and format conversion

Processing handles scaling, image manipulation, format conversion, video wall control, and multiview. The signal path looks like this:

1. InputMany sources, many formats
2. Scale + convertMatch resolution and format
3. Sync + latencyKeep sources aligned and fast
4. Route + composeBuild the multiview
5. One wallA single operating picture

The physical layer

Physical security

Physical security is critical and has to fail over like everything else. The approach is layered: access control, physical barriers, and intrusion detection, all feeding a unified platform.

The physical layer

Audio

Audio is easy to underrate. Good audio means clear communication and clear decisions, less operator fatigue, and a more comfortable space. It also carries audible alerts, so it needs redundancy. Sound masking and noise levels are part of the design.

The audio system covers microphones, VoIP, media, and alerts. AVoIP brings video, audio, and control onto the same network.

The physical layer

Redundant command centers

For many customers, a second site is required redundancy. The goal is failover with uninterrupted operability. The key questions to ask any customer:

• Do you need real-time failover, or is a short switchover acceptable?
• How much data loss, if any, can you tolerate?
• Will failover latency stay under the noticeable threshold of about 85 ms?

The people

Facility design and human factors

Design works from the outside in: room design, then workstation design, then the human-computer interface. Reconfiguration requirements, meaning how often the room needs to change, should be asked early.

Human factors to design for

• Contrast and color blindness
• Fatigue management
• Ergonomic standards, which are country-specific (dimensions of 4'6" and 50" were noted)
• Vertical and horizontal fields of view

AI combined with good UX/UI design can reduce operators' cognitive load, and C2A wants more UI input from its members.