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AI in Video Analytics: An Overview

With the advent of video analytics, the automobile industry is taking on a new look. The latest AI and manufacturing combo promises a more powerful, efficient, and trouble-free working environment in factories. AI-powered production is expected to revolutionize how you work using technologies like video analytics, allowing you to do more with less effort and achieve better, more polished results. The basic purpose of AI-based Video Analytics is to automatically detect temporal and spatial events in videos.

The Advantages of AI-based Video Analytics

It's difficult to manage and maintain video surveillance systems, especially when there are a lot of them. It is difficult to keep track of everything that is going on, and it takes a lot of labour to deal with it. This is not true of video analytics. It analyses video streams using broad and advanced algorithms. Examine camera photographs pixel by pixel, nearly nothing is lost. Analytics filters that intelligently tailor to specific security or commercial requirements.

What are the Complications of Video Analytics?

  • For many years, the amount of data collected through video analytics technologies has increased; data storage is becoming a challenge due to the massive amount of data obtained.

  • CCTV surveillance systems collect data that is as successful as your team can handle. If your human resources are unable to handle the knowledge you have deployed.

  • With more examples of hacking and internet breaches reported every day throughout the world, the security component of the CCTV surveillance system poses a significant concern for your company's day-to-day operations.

What technologies are used in video analytics?

Video analytics is a difficult job; a video will be read frame by frame in video processing, and image processing will be performed for each frame to remove the features from that frame. There are numerous image processing libraries available. OpenCV is a free and open-source computer vision and machine learning framework designed for image recognition and video processing. Tensorflow, on the other hand, is a Google open-source machine learning toolkit designed to recognize high precision objects. Video processing can be thought of as a combination of three major tasks:

  • Detection of Objects

It is a type of computer vision that recognizes and locates items in an image or video. Using this identification and localization method, object recognition can count items in a scene and detect and record their exact positions, even while accurately labelling them.

  • Recognizing Objects

Object recognition is a type of computer vision that recognizes items in images or recordings. Object recognition is the primary outcome of deep learning and machine learning algorithms. When humans look at a photograph or watch a film, we can swiftly identify characters, things, situations, and visual information.

  • Tracking of Objects

Object tracking is a computer vision discipline that tries to track things as they move through a sequence of video frames. Items in a soccer game are usually humans, but they can also be animals, cars, or other significant objects, such as the ball.

  • Real-Time Video Analytics

Because video cameras generate massive volumes of data, surveillance teams are sometimes unable to manually evaluate the stored material in order to complete a post-incident report.

  • Activating Real-Time Alerts

Personal real-time warnings are activated when aberrant behaviour is spotted, and video recognition technology improves situational awareness. Here are a few examples:

  1. Video surveillance operators can tailor a warning based on entity appearance resemblance requirements.

  2. Alerts can be issued when a specified number of objects (vehicles or persons) are spotted in a pre-defined place during a given time period.

  3. If facial recognition technology is allowed, intelligence services may use it to quickly identify offenders and provide real-time warnings based on digital photos derived from film or externally imported.

How does Video Analytics function?

The design of a solution may vary depending on the individual use case, but the scheme remains the same, so there are two methods of reviewing video content: in real-time, by configuring the device to trigger warnings for specific events and accidents that occur in real-time, or in post-processing, by running specialized searches to enable forensic investigation activities.

Video Analytics Solutions

Many off-the-shelf AI-based Video Analytics applications exist, ranging from traditional surveillance platforms to more complicated circumstances such as smart homes or healthcare software. If one of these common solutions fits your use case, it may be a viable option for you. Perform some type of program modification or parameterization, and these implementations only allow for limited flexibility. However, using a video analytics strategy, which requires more targeted technologies, most firms aim to gather unique data in order to reach individual goals.


AI-based Video Analytics technologies assist us in our daily operations. Many industries can profit from this technology, especially since the sophistication of possible applications has improved in recent years. Video analytics creates more dependable and less repetitive procedures. It is less expensive for businesses, ranging from smart cities to surveillance controls in hospitals and airports. Individuals that follow retail and shopping malls. We recommend speaking with one of our experts.

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