control room | | video | | 2023-04-26
Integrating drones and private broadband communication systems with AI systems will take this effectiveness of the Zaragoza fire brigade to a new level.
The gradual availability of 4G and 5G private networks for public safety and emergency response environments will enable a host of new applications for various agencies to work more efficiently. In the framework of the European project “Flying Forward 2020”, Teltronic is working with the Zaragoza fire brigade on a training exercise to search for people with drones.
To this end, the company has deployed a private portable 4G system on band 68. It has recently been allocated for use “by public protection systems and disaster relief operations” by a number of European regulatory bodies. Reach the command post in real time.
Command had a satellite connection through which images were sent to a centralized artificial intelligence platform dedicated to advanced recognition of people and objects.
In this way, both the display and analysis of the video captured by the drones can be downloaded for later review, both from the vehicle in which the operation took place (the tactical command vehicle) and remotely from other locations. could be done in real time without waiting for .
The Zaragoza Fire Department confirms that the integration of drones into its work team has made a decisive contribution to the resolution of numerous emergencies. Integration with private broadband communication systems and AI systems takes this effectiveness to new levels. That means more, faster information and better image processing power. All of this results in more agile, efficient operations and more accurate decision-making processes.
Video from multiple devices
Video applications are the fastest growing in this new ecosystem of solutions emerging thanks to broadband networks. Public safety agencies have long sought to incorporate video services into their required security and QoS requirements. This is because of the many benefits that video services bring. However, it also provides materials for subsequent investigations and legal proceedings.
In this sense, to meet this demand from law enforcement, the industry has developed technology that enables audiovisual recording of police actions. For example, the well-known personal camera, whose subsequent evolution also allowed real video transmission. time. As a result, handheld devices and body cameras have become available, allowing officers to share video images with other officer devices and control centers.
Additionally, the system can incorporate stationary video systems as well as integrate with AI systems for facial recognition (such as identifying suspects and missing persons) or license plates.
Video will likely usher in new broadband applications for public safety, but the future will see the use of sensors, such as wearables that monitor a police officer’s vital signs, or consult maps and large databases. , will become commonplace among hyperconnected users. Who can get more information and the best tools to work more efficiently.
