The increase in the budget for procuring advanced video surveillance systems by various countries including the U.S., India, Russia, Israel, China, Singapore, South Korea, and among others, for procuring technically advanced video surveillance systems to track the individuals’ quarantine activity is playing a major role in strengthening the market growth.
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Stringent regulations posed by various governments to install video surveillance systems in educational institutes is expected to propel the market growth. For instance, in June 2015, the U.S. government passed a law in Texas to mandate the deployment of video surveillance units in special education classrooms including all public schools and self-contained classrooms. Further, the U.S. higher educational institutes have also planned to propose body-warn cameras and other video surveillance units due to the growing campus shootings. For instance, in May 2020, Konica Minolta Business Solutions U.S.A., Inc. received a contract from the Ohio Council of Educational Purchasing Consortia (OCEPC) to provide MOBOTIX Intelligent Camera Solutions to higher education institutions, local government agencies, and other public entities of Ohio to ensure safety and security.
With the video surveillance industry undergoing a paradigm shift, the use of Internet Protocol (IP) technology-based cameras using IoT has increased, resulting in transforming of the surveillance industry. The IP cameras allow the users to convert their local broadband connection into a home surveillance system. Some features of IP-based camera outpacing the traditional analog closed-circuit television cameras (CCTV) are as follows:
The cloud-based analytics offers intelligent video services without the need for additional hardware or licensing fees. The data coming from different locations through a single web-based interface is analyzed at one place. Since analog cameras work with digital video recorder (DVR) storage technology, they cannot highlight any event. In case of a crime detection event, it might take a longer period of time to play or analyze the full video. However, an IP system with video analytics can highlight or flag events with functions such as motion detection, camera tampering, and a range of other events.
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With the increasing adoption of video surveillance systems for various applications such as infrastructure security, business intelligence, and preserving law and order, the dependence on these surveillance systems has gradually increased. Their performance not only depends on efficiency but is also driven by promptness, accuracy, and embedded processors employed. These processors basically provide features such as securing intellectual property, lowering power dissipation, minimizing cost, and reducing the overall development time. Therefore, the developers are readily grabbing the opportunity of introducing such processors. The existing options for processors in the video surveillance systems are digital still camera (DSC) processors, application-specific integrated circuits (ASIC), digital signal processors (DSP), and field-programmable gate arrays (FPGA).
While several factors are working in the favor of extensive deployment and adoption of video surveillance technology, there are certain factors which are hindering its overall growth in the market. Although the demand for the video surveillance is increasing at a very fast pace, the privacy issues and the cost of deployment are some of the major concerns working against the massive proliferation of video surveillance. With the rising privacy concerns, the demand for bandwidth in order to set up a video surveillance system is one of the major concerns. The major challenge in providing cloud-based video services is the lack of available bandwidth. High bandwidth internet connection is required for the rapid transmission of data with a shorter response time, which may not be available at remote locations. Since real-time analysis and detection are not possible at such locations, they pose as a challenge against the deployment of video surveillance systems.
The attempt to deliver such solutions with the growing application across many verticals is considered as one of the major drivers for the video surveillance industry.
These video surveillance systems provide various benefits, such as asset and theft protection, remote monitoring services, gathering evidence to help legal authorities to arrive at the right decisions, increased workplace productivity, and traffic management via automatic license plate recognition.
Some private sectors, including banking and finance, hospitals, research labs, sports facilities, corporate headquarters, and auditoriums also require cutting-edge video surveillance technology with improved security features whereas commercial and residential sectors may require cost-effective and efficient cameras solutions, such as zoom-specific cameras and low-light cameras.One of the major factors that has led to the increasing adoption of these video surveillance systems has been the rise of IP camera-based solutions.
Further, IP cameras provide high-resolution images and wide-angle video capturing feature and also allows authorized access to live and recorded video footage on smartphones and tablets.
Since these cameras run on Wi-Fi signals, the problem of interference or loss of network in the transmission wires has been eliminated.With the arrival of video content analytics (VCA) and video surveillance as a service (VSaaS), the video surveillance industry is expected to grow at a robust rate.
The recognition software includes facial recognition and automatic number plate recognition systems, which are used specifically for identifying people and vehicles, respectively.
Video Surveillance technology Cameras in IoT ecosystems could detect motion or malicious activities and immediately send out notifications to owners and stakeholdersFor more information, visit here: https://www.adiance.com/how-is-iot-redefining-the-future-of-video-surveillance/
