Decoding SCIF Costs: What Drives the Price of Sensitive Compartmented Information Facilities
- Alex Leutwyler
- Feb 15
- 3 min read
Updated: 2 days ago
February 15, 2025

Building a Sensitive Compartmented Information Facility (SCIF) is a complex undertaking, far beyond simple construction. It involves a specialized blend of physical security, acoustic protection, visual controls, robust mechanical/electrical/plumbing (MEP) systems, electronic access control (ACS), intrusion detection (IDS), and TEMPEST mitigation. This intricate nature leads to a wide cost range, making careful planning essential. So, what factors influence SCIF pricing, and how can you manage them effectively?
Key SCIF Cost Drivers:
Several elements contribute significantly to the overall cost of a SCIF:
- Construction Type:Â Â Choosing the right construction approach is crucial. Options include conventional ground-up construction, tenant improvement (TI) within an existing building, and modular construction (roll-on, panelized, or container). Each has its own cost implications.
- Workforce Restrictions:Â Â Projects requiring a U.S. citizen or U.S. person workforce limit the available labor pool, potentially increasing costs and impacting project schedules.
- TEMPEST Mitigation:Â Â Protecting against compromising emanations (TEMPEST) is a critical security concern. Implementing required TEMPEST mitigations, as recommended by a Certified TEMPEST Technical Authority (C.T.T.A.), can significantly affect both cost and timeline.
- Fixed Costs:Â Â SCIFs have inherent fixed costs, including project management, oversight, design, IDS, ACS, and sound-rated perimeter doors with high-security hardware. These costs are relatively consistent regardless of the facility's size, meaning reducing square footage doesn't proportionally decrease the overall price.
- Material Costs & Availability:Â While material shortages and price spikes experienced post-pandemic have largely subsided, it's still essential to factor in material costs and potential lead times, especially for specialized items like RF shielding.
Understanding Cost Ranges:
While every project is unique, here are some general cost guidelines:
- Smaller SCIFs (under 200 sq ft):Â Budget a minimum of $800 per square foot, with potential costs reaching $1,200 or higher depending on complexity.
- Larger SCIFs (e.g., 8,000 sq ft):Â Costs can potentially fall below $500 per square foot.
These figures are influenced by factors like existing MEP systems and specific program requirements (e.g., backup power).
Comparing Construction Approaches:
- TI Construction:Â Often the most cost-effective, assuming no significant structural upgrades or remediation are needed. Average costs typically range from $600-$850 per square foot.
- Modular Construction:Â Roll-on modular is usually the least expensive for new construction, especially for larger facilities. Container (Conex box) options offer further cost savings but limit customization. Panelized modular, while the most expensive, provides greater flexibility in layout and relocation.
Controlling Costs:
Building a SCIF is a significant investment. Here's how to manage costs effectively:
- Define Requirements Clearly: Thoroughly understand your program's needs for acoustics, physical security, data/communications, TEMPEST mitigation, etc. Avoid over-specifying features that aren't necessary. Don't make assumptions—clarify needs to avoid costly changes later.
- Realistic Timeframes:Â Â Compressed schedules drive up costs. Allocate sufficient time for planning, permitting, accrediting official (A.O.) approvals, construction, and final accreditation. Be mindful of potential lead times for materials.
- Strategic Placement:Â Â Locating the SCIF within a controlled interior space (away from exterior doors and windows) can reduce security-related costs. Consider ground floor placement in multi-story buildings without concrete pan decks. Prioritize locations accessible only by U.S. citizens.
- Early A.O. Engagement:Â Â Contact your A.O. as soon as your DD-254 is issued. Early involvement allows their input to be incorporated into the design phase, minimizing costly revisions later.
- Expertise is Key:Â Â Engage a company with extensive SCIF design and construction experience. Their expertise can help anticipate and mitigate potential problems, saving time and money.

