Perimeter Protection Trusted by the World’s TOP Security Professionals
Barrier1 is an innovative designer and manufacturer of crash-rated and tested perimeter security solutions. Our expert team delivers customized vehicle access control solutions that protect people and property. Barrier1’s patented perimeter security systems, including our bollards, drop-arm gates, crash beams, wedge barriers, and net barriers, are relied on by the most mission-critical government and law enforcement sites in the world. Security and law enforcement professionals, facilities managers, engineers, and construction specifiers turn to Barrier1 for reliable, fast, American-made solutions they can trust to work when they need them most.
Ranked The #1 Market Leader in Barrier Technology
A security industry innovator since 2006, Barrier1’s Net Barrier redefined the industry standard for ‘less-than-lethal’ active barriers. Our Net Barriers put us on the map, and we didn’t stop there. Today, Barrier1 holds nine U.S. patents for its technology, which is built into its line of:
- High-Security Bollards
- Crash Beams and Drop-Arms
- Patented Net Barriers
- Vehicle Wedge Barriers
- Top Grade Cable Barriers
- Access Control Systems and Options
Barrier1 can easily integrate specialized controls with surveillance software, alarms, wireless remote controls, card readers, traffic signals, and much more. Customers across 13 countries trust Barrier1’s deep expertise in vehicle control access equipment manufacturing and design to solve complex perimeter security challenges.
Our responsive team handles every step of your perimeter security project, from engineering, design drawings, fabrication, and assembly to custom controls and electronics, testing and commissioning, and even equipment maintenance.
Barrier1 can design a solution when existing market offerings won’t solve the problem. That’s one of the reasons a 2021 Research Dive market report ranked Barrier1 the #1 market leader in Global Barrier Systems.
VP, Security Projects
VP, Fabrication & Assembly