With the devastating news of yet another fatal shooting, this time at Apalachee High School in Georgia, school safety concerns are escalating, and traditional security measures often fall short. The monitoring platform OpticSense, owned by Huvr, employs cutting-edge artificial intelligence (AI) merged with patented fiber optic ring interferometer (FoRI) technology to address this gap. It creates a proactive layer of security in schools that offers real-time threat detection and analysis.
← AIREZ Newsroom
Company NewsDecember 5, 20241 min read
School Safety in Focus: OpticSense’s Role in Perimeter Monitoring Amid School Shooting Concerns
With the devastating news of yet another fatal shooting, this time at Apalachee High School in Georgia, school safety concerns are escalating, and traditional security measures often fall short. The monitoring platform OpticSense,…
By Airez TeamUpdated August 10, 2026
Related stories
Company NewsSeptember 30, 20265 min read
Securing the New Perimeter: How AIREZ HAWK Defends Facilities Against Drone Threats
As unauthorized low-altitude airspace activity becomes a critical vulnerability, organizations require a modernized approach to secure their environments from above.
Read more
Company NewsSeptember 24, 20265 min read
Why Legacy Perimeter Security is Failing Critical Infrastructure (And How to Fix It)
Traditional perimeter security relies on disjointed cameras and sensors that generate overwhelming false positives from weather and wildlife. A Physical Intelligence Layer solves this by fusing data from existing cameras, radar, and fiber-optic sensors into a single edge-computing platform. This autonomous system cross-verifies threats in real-time, eliminating alert fatigue and enabling automated, logic-based responses for remote and critical infrastructure.
Read more
Company NewsSeptember 1, 20265 min read
Critical Infrastructure Perimeter Security Guide
Securing utility grids, data centers, and government facilities requires a flawless approach to perimeter protection. Legacy systems rely heavily on standard cameras and simple motion sensors. These outdated tools are fundamentally reactive and generate thousands of false alarms triggered by heavy wind, moving shadows, or wildlife.
Read more