FIVE KEY DIFFERENCES — ONE BETTER WAY

Traditional vs.
Modular SCIF Construction.

Two paths to the same accreditation — but radically different in timeline, cost, predictability, and risk. Here is exactly how the two approaches compare across the five dimensions that matter most.

TIME SAVED

30 – 50 %

LEAD TIME

90 – 150 DAYS

STANDARDS

ICD 705 . JAFAN 6/9

ACCREDITATION

SAME OUTCOME

THE COMPARISON

The five dimensions that define the gap.

Every SCIF program has to choose how it gets built. Here is how the two approaches stack up across the dimensions program managers care about.

APPROACH ONE

Traditional Construction

APPROACH TWO — RECOMMENDED

Modular Construction

01 — CONSTRUCTION SITE

Built Fully On-Site

Every wall, every conduit, every shielded penetration is fabricated in place — exposed to weather, site conditions, and the schedules of every trade.

01 — CONSTRUCTION SITE

Factory-Built, Assembled On-Site

Modules are precision-built in our climate-controlled facility while your site prep runs in parallel. When modules arrive, they install in days — not months — with finished interiors already in place.

02 — TIMELINE

Longer, Weather Delays

Sequential trades, weather exposure, and unpredictable site conditions stretch timelines and push accreditation dates back. Schedules slip by quarters, not weeks.

02 — TIMELINE

Faster, Parallel Build

Site prep and module fabrication happen at the same time. Total project duration runs roughly half of ground-up — typical lead time is 90 to 150 days from contract to ready-for-accreditation.

03 — COST

Variable, Cost Overruns

Change orders, site discoveries, and trade rework drive budgets past the original number. Cost certainty erodes from kickoff to closeout.

03 — COST

Predictable, Lower Costs

Factory production locks in materials, labor, and process — we quote fixed-price. Programs save 30 to 50% of total construction cost compared to traditional ground-up.

04 — QUALITY & COMPLIANCE

On-Site Variability

Crew rotation, weather, and trade coordination introduce variability. Shielding seams, STC seals, and TEMPEST integrity depend on field execution quality.

04 — QUALITY & COMPLIANCE

Factory Controlled, SCIF Compliant

Controlled-environment fabrication delivers repeatable shielding seams, certified STC ratings, and tested TEMPEST integrity. Built to ICD 705, JAFAN 6/9, UFC, NEC, NFPA, IBC, and passes third-party STC 50 inspection.

05 — FLEXIBILITY

Hard to Modify or Expand

Future expansions and relocations mean tearing down and rebuilding. Once accredited, the facility’s footprint and location are largely fixed for life.

05 — FLEXIBILITY

Easily Adaptable, Scalable

Modular construction is relocatable, expandable, and scalable. Add modules as the mission grows, or pick up the facility and move it when the location changes.

THE BOTTOM LINE

Same accreditation. Half the time. Half the cost.

Modular construction is not a compromise on security or compliance. It is the same ICD 705 accreditation, achieved by moving the build into a controlled environment, eliminating weather risk, and parallelizing site prep with fabrication.

OUTCOME 01

Faster Time-to-Mission

Site prep and fabrication happen in parallel — programs are accredited and operational months sooner than ground-up equivalents.

OUTCOME 02

Fixed-Price Cost Certainty

Factory production eliminates the change-order spiral. Programs save 30 – 50% versus ground-up — with the final number known on day one.

OUTCOME 03

Built to Move and Grow

Modules can be added to expand the footprint, or picked up and relocated to a new site — without rebuilding from scratch.

Ready to skip the ground-up timeline?

Tell us the mission, classification level, footprint, and site. Our engineering team will return a fixed-price quote and a real timeline within one business day.