Question: Is there a system that uses AI-powered alerts to detect and respond to potential security threats in public areas?

If you're looking for a system that uses AI-powered alerts to detect and respond to potential security threats in public areas, Flock Safety could be a good option. Flock Safety's all-in-one platform combines License Plate Recognition (LPR) cameras, gunshot detection and video intelligence to offer real-time monitoring and situational awareness. The system uses AI-powered people detection alerts to monitor restricted areas and respond to potential security threats, helping law enforcement, businesses, property managers, schools and homeowners associations ensure safety.

Another good option is Turing AI, which offers a cloud video security system that can be integrated with video surveillance systems, robotics and health solutions. Turing AI offers advanced search and real-time alerts for critical areas, people, vehicles and license plates. It works with most existing VMS and third-party cameras, and offers flexible licensing options, making it a good option for improving safety and security operations across a range of industries.

Eagle Eye Networks also offers a cloud-based video surveillance platform with advanced AI analytics. It offers immediate access to video, video search, license plate recognition and AI analytics, and can support unlimited locations, users and cameras. The platform offers continuous video streaming and remote monitoring, making it highly scalable and accessible from anywhere, which can be particularly useful during emergencies.

If you're looking for a more complete security platform, check out YourSix. YourSix combines surveillance, access control, audio, sensors, AI and video monitoring into a single cloud-based platform. It includes AI-driven smart sensors, real-time video verification and professional monitoring. YourSix's open technology and scalable architecture make it a good option for businesses looking to upgrade their security infrastructure and improve operational efficiency.