The FaaS cloud-based service is now integrated within Genetec Security Center 5.3 (SR 2) and can monitor events, status information, and alarms from video devices, doors, automatic license plate recognition (ALPR) cameras, and intrusion panels between all participating sites in real-time, while also allowing independent sites to maintain local autonomy of their system.
With Genetec responsible for hosting and managing the Federation infrastructure in the cloud, FaaS helps minimize on-site hardware and simplifies the administration and maintenance required to manage a central monitoring system. This was one of the reasons why the Los Angeles Police Department (LAPD) decided to use FaaS to help ensure the security of athletes and attendees of the 2015 Special Olympics World Games (LA2015).
During the 12-day event, the LAPD leveraged FaaS to connect its command post to monitor over 400 video cameras that were spread throughout multiple venues including, the University of California, Los Angeles (UCLA), the University of Southern California (USC), the Staples Center and the LA Live entertainment complex area, along with other athletic complexes and event facilities in Los Angeles and the nearby city of Long Beach. With many of the sites already outfitted with their own Security Center system, and managed by their respective police and security forces, installation of the service was easy: no additional on-site servers were required, and the cloud-enabled Federation feature facilitated a seamless connection across all the distributed sites.
Controlling access to systems and maintaining the privacy of certain cameras was key in forming a successful partnership between everyone involved. Federation-as-a-Service enabled all stakeholders to define which cameras were shared, which operators could access them, how far back operators would be authorized to view recorded video, and what level of control the LAPD would have over the PTZ cameras. As the LAPD needed to be cautious not to overload the network at the command post, it was also able to cap the video stream quality when multiple cameras were being viewed, helping to limit the bandwidth required.