Trusted Advisors: security solutions & All-hazard engineering

threat assessments

Services Offered:

Threat and Vulnerability Assessments
Security Master Planning
Turnkey Engineering Technical Services
Facility Planning / Site Planning
Homeland Security & Disaster Response
DoD/DOS/DOE
Threat Reduction, including CBRNE

Vulnerability, threat assessment and structural analysis should be the first step to determining an All-Hazard mitigation solution along with gaining a clear understanding of any codes or specs that must be met. Protective Technologies can perform Threat and Vulnerability Assessments for threats including:

Blast - Anti-Terrorism/Force Protection and VCE Explosions
Ballistic/Active Shooter
Crime
Force Entry
Fire/Toxicity
High Wind/Shear
Seismic
Sound Transmission Control

Efficient Planning and Delivery of Solutions - A well performed TVA is the basis for developing an efficient and effective delivery of perimeter security and structural hardening as well as a integrated Security Preparedness Plan for schools, data centers, energy production, chemical processing, and other commercial applications as well as military, federal and municipal requirements.
Protective Technologies' analysis and design services include P.E. and S.E.. staff members with decades of experience in Threat and Vulnerability Assessment services. Our engineers also have an expert understanding of Physical Security Standards compliance, including Unified Facilities criteria, Department of State, Department of Defense, General Services Administration and all other federal and military Anti-terrorism/Force Protection requirements.
We will work effectively with the owners, architects and contractors to ensure project hazards codes are met and designs are not only efficient and effective but aesthetically appealing.
Including Protective Technologies from the beginning of a project that has an Anti-Terrorism/Force Protection or other hazards mitigation requirements can help control cost overruns. We can assist our clients in understand the code requirements of the hazard mitigation portion of their project, assessing their situation correctly, and providing a effective and efficient solution the first time around.