Security Permiter- HVM

  Picture this scenario. A government facility completes a full security audit. CCTV coverage: comprehensive. Vehicle access barriers: crash-rated and certified. Perimeter fencing: to specification. Manned guarding: in place. The audit signs off. Six months later, an incident review flags the one control point that was never independently tested, the pedestrian turnstile at the staff entrance. It is an uncomfortable pattern, but it is not an unusual one. Across the UAE and wider GCC, pedestrian access control remains the most consistently under-specified element of critical infrastructure security. Not because facility managers do not take it seriously. But because the standards that govern it are less visible, less familiar, and far less often demanded during procurement than vehicle security equivalents. That is starting to change — and for good reason. Pedestrian Access Is Not a Secondary Threat Physical security planning in the public sector has, historically, been driven by ve...

  How to Install High-Security Bollards: A Field Guide for Facility Managers and Public-Sector Security Teams By Frontier Pitts Middle East Technical Team • March 3, 2026 High-security bollards are only as effective as the layout, foundations, and commissioning behind them. The professional approach is simple: design the array from a threat-led plan, build consistent civil works, then commission with documented testing and a maintenance plan . That’s how you get reliable hostile vehicle mitigation (HVM) performance and fewer operational failures after handover. To install high-security bollards correctly, start with a threat-led layout and utility survey, then excavate consistent foundations, keep the run aligned, and pour to spec with proper curing. For automatic bollards, coordinate civil + electrical integration early and commission with safety devices and documented tests, guided by BS EN 12453 risk-assessment principles. Why selection and layout come before excavation In...