Technical Specifications

ICD 705 compliance engineering and physical hardening

Precision acoustic attenuation, RF/EMI shielding, and penetration schedule validation engineered to eliminate classified leakage paths before accreditation inspection.

STC 55

Acoustic Attenuation

TEMPEST

RF Copper Mesh

100%

First-Pass Accreditation

Core Systems

Architectural hardening subsystems

Complete structural isolation engineered to meet rigorous federal security mandates.

Acoustic Perimeter Walls

RF Mitigation Linings

Penetration Validation

Multi-layer drywall assemblies with damping compounds and perimeter door seals calibrated to STC 50 and STC 55 standards.

TEMPEST copper mesh and foil shielding delivering verified radio frequency attenuation across target gigahertz operational bands.

Rigorous engineering schedules for ductwork, electrical conduits, and structural joints to prevent acoustic and signal leakage.

Engineering Mandate

Acoustic leaks and RF bleed happen at the penetrations; that is where we engineer first.

Secure facility construction does not tolerate assumptions, ambiguity, or aesthetic compromises.

Execution Phases

Four-phase physical construction methodology

01
02
03
04

Baseline Survey

Shielding Design

Fabrication

Accreditation Handover

Comprehensive structural analysis of architectural blueprints and site perimeter vulnerabilities.

Detailed engineering schematics for acoustic attenuation and TEMPEST countermeasure integration.

On-site installation of secure perimeter barriers, specialized door assemblies, and filtered penetrations.

Complete documentation and pre-inspection validation ensuring zero-defect accreditor sign-off.

Submit architectural drawings for shielding assessment

Engage our engineering team for direct specification review.