Emergency Operations Center AV —
Designed for Day Three, Not the Ribbon Cutting.
Creation Networks designs and installs emergency operations center audiovisual systems for counties, cities, states, and federal agencies. Video walls sized from what has to be read rather than from the wall dimensions. Layouts built around your ICS structure and your real data feeds. Redundant signal paths so one device cannot blind the room. And a training mode for the 360 days a year you are not activated.
Installed
Experience
Nationwide
AV Solutions
What makes an effective emergency operations center AV system?
Three requirements, none of which demo well. First, the wall must display the sources responders actually need during an activation — computer-aided dispatch, GIS, automatic vehicle location, weather, cameras, WebEOC, and broadcast news — laid out around your incident command structure rather than around a rendering. Second, redundancy: independent signal paths and a failover processor so a single device cannot take the common operating picture down mid-incident. Third, operability by whoever is on shift, using presets labeled by activation level.
Video wall size is calculated from readability, not from wall dimensions. The driver is the smallest text anyone must read from the furthest seat — typically a CAD incident list or a GIS label — which sets required pixel pitch and image height.
The most common EOC failure is disuse. A room activated four times a year fails on the fifth. Effective designs include a training mode, scheduled automated self-test, and remote monitoring so degradation is found months before an activation finds it.
An EOC That Impresses a Tour and Fails an Incident Is Not a System
It is a capital expenditure that produced a false sense of readiness — which is worse than having no room at all, because now the plan assumes it works.
EOCs fail in predictable ways, and almost none of them are equipment quality problems. The wall shows the wrong sources, because the layout was designed around a demo instead of an incident action plan. A single video processor has no failover, so one device takes the whole picture down. The control interface requires knowledge that left with a retired technician. The room was acoustically treated like an office and everyone is exhausted by hour six.
Creation Networks has delivered command and collaboration systems for FEMA and for the FAA's Air Traffic Control System Command Center — a 63,000 square foot facility that coordinates the national airspace system and has no acceptable downtime window at all. That work sets the standard we bring to a county EOC.
We design against the specific failures above: sources driven by your ICS structure and your actual feeds, defined and tested failover, presets named the way your plan names activation levels, and acoustics sized for a room where many people talk at once for days.
From Concept to Completion
A proven 5-phase methodology — designed right, built right, supported for the long term.
What Goes Into an EOC That Works on Day Three
Readable • Redundant • Operable under stress
Video Wall & Visualization
Direct-view LED or tiled LCD sized from viewing distance and smallest readable element. Multi-window processing with layouts saved per activation level, and a service access plan that does not require closing the room.
Video wall solutions →Common Operating Picture Integration
CAD, GIS, AVL, weather, camera feeds, WebEOC, and broadcast news presented through the least brittle path available — API, stream, or KVM — so a vendor software update does not break the wall.
Command & control AV →Redundancy & Failover
Independent signal paths, hot-standby processing where budget allows and documented manual failover where it does not, verified UPS and generator circuits, and a one-page procedure taped inside the rack door.
Remote monitoring →Audio & Acoustics
Intelligible reinforcement for briefings, conferencing audio that works with many open positions, and acoustic treatment sized for continuous multi-talker occupancy rather than for a meeting room.
Acoustic design →Interoperable Collaboration
Secure video conferencing to mutual aid partners, the state EOC, and field command posts — on the platforms your partners actually use, not the one we prefer to sell.
Video conferencing →Activation-Level Control
Presets named the way your plan names them, one touch panel, no chained remotes, and a recorded training session plus printed runbook that outlive the staff who attended.
AV programming →Training & Exercise Mode
A configuration that lets the room be used for training, exercises, and routine meetings between activations — which is what keeps both the equipment and the staff fluent.
Training room AV →Alerting & Notification Displays
Integration with your mass notification platform so facility-wide alerts reach every screen and revert to operational content automatically after the event.
Government signage →Readability Drives Everything Else
The most expensive EOC mistake is a wall sized to fill the architecture rather than to be read from the back of the room.
- Identify the smallest element that must be readUsually a CAD incident list row, a GIS label, or a status board line. Not the map, not the video — the text.
- Measure the furthest viewing positionFrom the seat of the person who has to read it, in a fully staffed room, not from the doorway during a walkthrough.
- Derive required image height and pixel pitchThose two numbers determine display technology and cost more than any other decision in the project. They also tell you when a smaller, closer wall beats a larger, cheaper one.
- Validate the layout against an actual activationWalk the incident action plan through the wall. If a section chief cannot see their own operating picture from their seat, the layout is wrong regardless of resolution.
- Plan service access before you finalize depthAn LED wall that cannot be serviced without closing the room is a problem you inherit for a decade.
Why Emergency Managers Choose Us
- SBA-Certified Small BusinessA fit for the federal, state, and local small-business set-aside requirements that large national integrators cannot meet — with the same engineering bench and the same compliant product lines.
- TAA, NDAA & Section 508 CompliantSystems and components meet Trade Agreements Act, National Defense Authorization Act Section 889, and accessibility requirements. See our TAA compliance guide.
- SAM-Registered with Six Active CMAS ContractsUnique Entity ID XMRUL5PM8K37, plus six California CMAS cooperative purchasing contracts you can buy from without running a new solicitation. Review the contract numbers.
- Decades of Government Past PerformanceDelivered for FEMA, the FAA, the U.S. Navy, Army, Air Force, ATF, the Army Corps of Engineers, and Veterans Affairs — inside occupied, operational facilities.
- End-to-End AccountabilityOne contract from needs assessment and design-build engineering through installation, training, and long-term managed support.
- Nationwide Delivery, Answered LocallyAll 50 states from our Nevada and California operations, with a certified partner network — and a team small enough that the engineer who designed your system answers the phone.
Buying AV Without a New Solicitation
Most agencies do not need to run a fresh competitive bid to work with us. There is almost always an existing pathway — and we will tell you plainly which one fits.
| Purchasing path | What it is | Available to you |
|---|---|---|
|
CMAS cooperative purchasing 6 active contracts |
California Multiple Award Schedules. Leveraged from contracts already competitively bid and awarded — so no new solicitation is required. | Yes — CA state & local |
|
SAM.gov / federal opportunities UEI XMRUL5PM8K37 |
Registered and active in the System for Award Management, including small-business set-aside solicitations. | Yes — federal |
| Small business set-aside | SBA-certified small business concern, eligible for set-aside awards that exclude large integrators. | Yes |
| Direct purchase order | POs accepted with Net terms for qualified public agencies, with TAA-compliant product supply. | Yes |
| GSA Multiple Award Schedule | We do not hold a GSA MAS contract in our own name. If your office requires one, we will say so up front rather than let a procurement cycle discover it. | Not held |
| Supplier registration | Registered on SAP Ariba and other procurement portals. If we are not in yours, we will register. | On request |
Mission-Critical Work, Delivered
Agencies that have trusted Creation Networks with mission-critical audiovisual systems.
FAA Air Traffic Control System Command Center
AV systems for the command facility that coordinates air traffic across the entire national airspace system — a 24/7 operation with no room for downtime.
Read the case study →Federal Emergency Management Agency
Video conferencing and collaboration technology supporting FEMA's coordination with other agencies, stakeholders, and disaster-affected communities during response operations.
Read the case study →Related Government AV Resources
Frequently Asked Questions — Emergency Operations Center AV
What emergency managers ask about video wall sizing, LED versus LCD, CAD and GIS integration, redundancy, keeping a rarely-used room ready, grant funding, and project timelines. Written by our CTS-D certified AV design engineers.
What makes an effective emergency operations center AV system?
Three things, none of which demo well. The right sources on the wall — CAD, GIS, AVL, weather, cameras, WebEOC, and broadcast news simultaneously, laid out around your ICS structure rather than around what looked good in a rendering. Redundancy — independent signal paths and a failover processor so one device cannot blind the room. Operability under stress — presets labeled by activation level, runnable by whoever is on shift at 3 a.m., not by an AV technician who left three years ago.
How big should the video wall be?
Sized from viewing distance and content, not from wall dimensions. The practical driver is the smallest text anyone must read from the furthest seat — usually a CAD incident list or a GIS label. We calculate required pixel pitch and image height from that, then check it against the room. A wall sized to fill the architecture rather than to be read is the most common and most expensive EOC mistake.
LED or LCD video wall for an EOC?
Direct-view LED gives you a seamless image with no bezels and excellent longevity, at higher cost and with a depth and service-access requirement. Tiled LCD is less expensive and easier to service panel by panel, but you live with bezel lines through your common operating picture. For a 24/7 room where the wall is the primary decision surface, LED is usually worth it; for a room activated a few times a year, LCD often is not the wrong answer. See video wall solutions.
What about the 360 days a year we are not activated?
This is where most EOCs quietly rot. A room used four times a year fails on the fifth. We design a training mode and a scheduled self-test: the system exercises its signal paths and reports status, the room is usable for training and routine meetings so staff stay fluent, and remote monitoring flags a failing component months before an activation finds it.
Can you integrate our CAD, GIS, and WebEOC?
Yes. We present them; we do not replace them. Integration is normally via supported APIs, RTSP or other streaming, or KVM extension — chosen so that a software update on your side does not break the wall. We prefer the least brittle path even when it is less impressive, because an EOC display that breaks when a vendor patches their software is worse than no integration.
How do we handle classified or sensitive content in an EOC?
By separating it physically and logically. Sources at different sensitivity levels do not share switching infrastructure, control is access-restricted, and the room's design documentation is prepared for security review. Where a portion of the facility operates as a secure space, different rules apply entirely. See SCIF and secure space AV.
What about a COOP or alternate site?
A continuity facility has a specific and unusual profile: it must work on first use after months of dormancy, and it must mirror the primary site closely enough that no retraining is required under stress. We design COOP rooms for automated periodic self-test, monitored readiness reporting, and interface parity with the primary facility. Federal civilian agency AV.
Can the room work during a multi-day activation?
That is the design target. Continuous-duty-rated displays rather than conference room panels; verified UPS and generator circuits rather than assumed ones; seat layouts and sightlines checked against a full staffing model rather than a half-empty tour; acoustic treatment for a room with many simultaneous talkers; and a one-page failover procedure taped inside the rack door that a duty officer can execute without calling anyone.
Can homeland security grants fund EOC AV?
Frequently yes — EOC equipment and interoperable communications are commonly eligible under the State Homeland Security Program, UASI, and EMPG, but eligibility is determined by your state administrative agency, not by a vendor. We will produce the itemized, justified documentation those programs require. We will not tell you something is grant-eligible in order to close a sale.
How long does an EOC project take?
Typically 6 to 14 months end to end. Assessment and design, 6 to 12 weeks. Procurement, 2 weeks to 6 months depending on path. Large-format display and LED lead times, 8 to 20 weeks and highly variable. Installation and commissioning, 4 to 10 weeks. The procurement path is usually the biggest controllable variable. Choosing a purchasing path.
How do we buy it?
California agencies through our six CMAS cooperative purchasing contracts without a new solicitation. Federal components through SAM.gov and small business set-asides. Others through direct purchase order, supplier registration, or competitive solicitation. All paths, with our status on each.
ACTIVATION-READY • REDUNDANT • MONITORED
Walk Us Through Your Activation
Tell us your activation levels, your data feeds, your staffing model, and your worst recent failure. We will come back with a wall layout, a redundancy plan, and a budgetary range you can take to a grant administrator.
