By performing site specific Vulnerability & Mitigation Strategy Studies in which independent (structural) building elements are analyzed under e.g. VBIED blast loading, we provide actual risk visualization plotted as Vulnerability Maps.

Where calculated performances of elements fail to achieve the required level of Protection, we propose feasible concept Mitigation Measures to minimize vulnerability.

Our blast engineers determine the minimum safe standoff required for any defined threat to achieve the acceptable structural response condition of each structural element.

The adopted methodologies incorporate e.g. Kingery-Bulmash equations (UFC 3-340-01), the equivalent 3 seconds static equivalent design loads (ASTM F2248-19), Fluid Dynamics, FE, SDOF (SBEDS, HAZL).

Based on component response criteria, the building level of protection for each case is determined in accordance with UFC (4-010-01) DoD Minimum Antiterrorism Standards for Buildings.

We understand that maximum security requirements demand the highest standards of precision and quality in manufacturing.

In our steel and aluminum production facilities, we achieve this through the expertise of our highly skilled team and advanced (CNC) fabrication machinery.

The close integration of engineering, product innovation and project management ensures seamless collaboration, proving invaluable in delivering the world's safest solutions for any threat scenario.

Our security products are shipped and installed worldwide. With highly experienced supervisors collaborating seamlessly with local installation teams, we ensure successful and certified installations every time.