ONVIF is the leading global standard initiative for IP-based security products which led to the introduction of Release Candidate for Profile M. It also standardizes metadata communication as well as event handling via analytics for smart Appliances. It also makes a way for increased vulnerability of IP Cameras as well as Analytics applications with Video Management System in accordance with easier integration with IOTs.
ONVIF standardizes the communication of metadata between edge devices as well as clients which include Video Management Software over cloud-based services. It also resembles software integrators in which the point user can flexibly mix as well as match different solutions with the Integration of cloud services with IoT applications. It generally supports Analytics configuration and simultaneously streaming of metadata for geo-location, vehicle, license plates, human faces as well as body. It also defines interfaces for event handling as well as people counting using JSON (JavaScript Object Notation) and MQTT (Message Queuing Telemetry Transport) for IoT applications.
ONVIF uses metadata cases that involve highlighting objects of interest in a video stream such as heat mapping in a retail store using human geo-location metadata as well as a parking lot by scanning Vehicles as well as geolocation metadata. The interface includes crowd control, queue management by people counting Analytics thereby accessing IoT. Profile M event handling interface for room temperature control is being used whereas the camera detects humans in the room and simultaneously sends ONVIF event over MQTT to an IoT platform that triggers a smart thermostat to adjust the room temperature.
ONVIF is a leading and well-organized industry that drives interoperability for IP-based physical security products. This Organisation has a global membership base of a video management system that can access more than 19000 profiles.
ONVIF generally Profile S for streaming video, Profile G for video recording and storage. Profile C for physical access control. Profile Q for improved out of box functionality. Profile A and T for broader access and control co-ordination. Profile D works for access control peripherals. Technological Advancement, Cloud Hosting, data analysis as well as Machine learning attributes which proves to have a wider and broad area in terms of technology.
