SCIF AV Systems —
Everything AV Does Is What a SCIF Prevents.
Creation Networks designs audiovisual systems for SCIFs, SAPFs, and accredited secure spaces — where the AV system's ordinary behavior is the accreditation risk. AV captures audio, transports signals, crosses network boundaries, radiates energy, and often reaches a manufacturer cloud by default. Every one of those is a problem in an accredited space. We design with your security officer from schematic, not after the walls are up.
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What is a SCIF, and what makes AV design different inside one?
A SCIF — Sensitive Compartmented Information Facility, pronounced "skiff" — is an accredited area constructed and operated so that Sensitive Compartmented Information can be stored, discussed, processed, and displayed inside it without being accessible from outside. Accreditation is granted by a designated accrediting authority against Intelligence Community Directive 705 and its technical specification, and can be revoked if the space is modified without approval.
AV is unusually difficult inside one because nearly every normal AV behavior is what the facility exists to prevent: capturing audio, transporting signals across boundaries, connecting to networks, radiating electromagnetic energy, and reaching manufacturer cloud services by default.
Five constraints recur on every secure-space AV project: acoustic isolation (loudspeakers and duct penetrations work against the sound transmission requirement); controlled boundary penetrations (every cable through the boundary is a reviewed item); emanations-aware equipment selection and cable routing; strict network enclave separation with no bridging; and portable electronic device policy, which generally rules out wireless microphones, wireless presentation, and Bluetooth peripherals.
The Room Where the Normal AV Answer Is the Wrong One
Wireless presentation. Cloud-managed room systems. A soundbar with a far-field microphone array. Every convenience the commercial AV market has spent a decade perfecting is a problem here.
Most AV failures in accredited spaces are not security incidents. They are schedule and budget failures — a system designed to commercial norms, presented to a security officer late, and then substantially redesigned. Wireless microphones removed. Penetration count reduced. A room system swapped for equipment that will not attempt to reach a vendor cloud. Loudspeaker placement changed because the original layout compromised the acoustic boundary.
All of that is avoidable by involving AV at schematic, alongside the security consultant and the architect, and by designing to the constraints from the first drawing rather than defending a commercial design against them.
We work with your security officer, special security officer, and accrediting authority from the start. On facility and personnel clearance questions for your specific requirement, ask us directly — we will tell you exactly what we hold and what we do not, before you invest a procurement cycle in us.
The Five That Drive Every Secure Space AV Design
| Constraint | What it means for AV | Design response |
|---|---|---|
| Acoustic isolation | The boundary must meet a sound transmission requirement. Loudspeakers, ducts, and any penetration work against it, and amplified audio inside raises the level the boundary must contain. | Coverage-oriented low-level distributed audio rather than high-SPL reinforcement; loudspeaker placement coordinated with the acoustic boundary; sound masking where the standard calls for it. |
| Boundary penetrations | Every cable crossing the boundary is a controlled item requiring approved treatment and documentation. | Minimize penetration count by design — AV-over-IP on an in-boundary network instead of many discrete runs; consolidate and document every crossing early. |
| Electronic emanations | Equipment selection, cable type, routing, and separation affect the technical security posture of the space. | Equipment and cabling selected with emanations in mind; separation maintained per the applicable specification; choices documented for review. |
| Network enclave separation | AV endpoints must stay inside their enclave and must never bridge classification levels. | Physically separate switching per level; no shared control processors across boundaries; endpoint configuration that cannot reach outside the authorized enclave; unused services disabled. |
| Portable electronic device policy | Wireless microphones, wireless presentation, Bluetooth peripherals, and cellular-connected devices are generally incompatible. | Wired microphone and presentation paths designed in from the start, with user expectations reset at schematic rather than at installation. |
From Concept to Completion
A proven 5-phase methodology — designed right, built right, supported for the long term.
Secure Space AV Applications
Classified Conference Rooms
Wired microphone and presentation systems, displays and switching separated by classification level, and control that cannot bridge enclaves. Designed so the room is usable without a technician present.
Military & defense AV →Secure Briefing Rooms
Large-format display or projection, podium control, controlled source switching, and audio engineered for intelligibility at low reinforcement levels to protect the acoustic boundary.
Briefing room AV →Watch Floors & Operations Centers
Multi-source visualization within an accredited space, with separation maintained between levels and a common operating picture that respects the enclave boundary.
Command & control AV →Secure Video Conferencing
Codecs and room systems configured to reach only authorized infrastructure, with default cloud paths disabled and the configuration documented for the accreditation package.
Video conferencing →Sound Masking & Speech Privacy
Masking systems where the standard requires them, engineered so that masking does not itself become an intelligibility problem for the people in the room.
Acoustic design →KVM & Multi-Level Operator Positions
Operator positions serving multiple enclaves through approved KVM, with unambiguous visual indication of which level is active at every position.
Operator positions →Accreditation Documentation
Equipment lists with firmware baselines, cable schedules showing every penetration, network topology, configuration baselines, and TAA and Section 889 attestation — delivered as project deliverables.
Section 889 compliance →Sustainment Inside the Boundary
Service models designed for a space where remote monitoring may not be permitted and every visit requires escort and scheduling — including spare-in-place strategies for critical components.
Maintenance & support →Why Secure Facility Teams Work With 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 |
Defense & Federal 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 — SCIF and Secure Space AV
What a SCIF is, why AV is unusually constrained inside one, whether wireless presentation and microphones can be used, how video conferencing works in an accredited space, and what documentation accreditation requires.
What is a SCIF?
SCIF stands for Sensitive Compartmented Information Facility. It is an accredited area — a room, a suite, or an entire building — constructed and operated so that Sensitive Compartmented Information can be stored, discussed, processed, and displayed inside it without being accessible from outside. Accreditation is granted by a designated accrediting authority against Intelligence Community Directive 705 and its technical specification.
A SCIF is not simply a secure room. It is a room whose physical construction, acoustic isolation, access control, and technical emanations characteristics have been inspected and formally accredited, and whose accreditation can be revoked if it is modified without approval.
What does SCIF stand for and how is it pronounced?
Sensitive Compartmented Information Facility. It is pronounced "skiff." You will also encounter SAPF (Special Access Program Facility) for special access programs, and open storage area for accredited spaces at other classification levels. The AV design constraints are broadly similar across all three.
Why does AV matter so much in a SCIF?
Because almost everything AV does is exactly what a SCIF is built to prevent. AV systems capture audio, transport signals, connect to networks, radiate electromagnetic energy, and frequently phone home to a manufacturer cloud. Every one of those behaviors is a potential accreditation problem. A conference room AV system installed without security review is one of the fastest ways to jeopardize an accreditation.
Can you install AV in an accredited space?
We design and integrate AV for secure and classified environments, working with your security officer, special security officer, and accrediting authority from schematic onward rather than presenting a finished design for approval. On clearance requirements for a specific facility, ask us directly and we will tell you precisely what we hold and what we do not — before you spend a procurement cycle. Vague clearance claims waste everyone's time.
What are the main AV design constraints in a SCIF?
Five recur on every project. Acoustic isolation — the room must meet a sound transmission requirement, and loudspeakers, ducts, and penetrations all work against it. Penetrations — every cable through the boundary is a controlled item requiring approved treatment. Electronic emanations — equipment selection and cable routing affect the technical security posture. Network separation — AV endpoints must respect the enclave boundaries and never bridge them. Portable electronic device policy — which frequently rules out the wireless presentation and BYOD features users expect.
Can we use wireless microphones or wireless presentation in a SCIF?
Usually not, and it is one of the first expectations to reset. Wireless microphones, wireless presentation, Bluetooth peripherals, and cellular-connected devices are generally incompatible with an accredited space's emanations and PED policies. Design accordingly from the beginning: wired microphone systems, wired presentation inputs, and control paths that do not depend on a wireless link. Discovering this at installation is expensive.
What about video conferencing inside a secure space?
It is routinely done, on the accredited network for the classification level involved, with equipment selected and configured so it cannot reach anything outside that enclave. The failure mode to design out is a codec or room system with a default path to a manufacturer cloud service. Endpoints are configured to reach only the authorized infrastructure, with unused services disabled and the configuration documented for the accreditation package.
How do you handle multiple classification levels in one facility?
By physical and logical separation, not by software policy. Sources at different levels do not share switching infrastructure, do not share cable pathways where the standard requires separation, and are visually distinguished at every operator position so a user cannot confuse them. Where a single display must show different levels at different times, the switching and its controls are part of the accreditation discussion, not an afterthought.
When should AV get involved in a SCIF project?
At schematic, alongside the security consultant and the architect — not after the walls are up. AV drives penetration counts, affects acoustic performance, and determines equipment that has to be reviewed. Projects that bring AV in late routinely pay for rework in both construction and schedule.
What documentation do you provide for accreditation?
Equipment lists with make, model, and firmware; signal flow and cable schedules showing every boundary penetration; network topology showing enclave separation; device configuration baselines with unused services disabled; and country-of-origin and NDAA Section 889 attestation for every component. Prepared as project deliverables rather than assembled under pressure before an inspection. Section 889 screening.
Is the equipment TAA and Section 889 compliant?
Yes. All supplied hardware is Trade Agreements Act compliant with country-of-origin attestation per line item, and screened against NDAA Section 889 covered equipment — which matters particularly in secure spaces, where cameras and video management systems are both the highest-risk Section 889 category and a common secure-facility requirement. TAA compliance guide.
How do agencies purchase secure space AV from you?
Federal components through SAM.gov opportunities including small business set-asides, or through subcontracting under a prime. California state and local agencies through our six CMAS cooperative purchasing contracts. Every path, with our status on each.
DESIGNED WITH YOUR SECURITY OFFICER
Bring Us In Before the Walls Go Up
Tell us the classification level, the accrediting authority, and where you are in design. We will tell you what AV drives in penetration count and acoustic performance — and give you a straight answer on clearance fit before you spend a procurement cycle.
