FEATURE : SMART CITIES
Scalability is more than just handling an increasing number of cameras or monitoring more locations . It also requires the ability to maintain high performance and reliability as the environment grows . This involves dynamic scaling of resources , such as switching between high and low-resolution images based on the available CPU power of the client computer .
This ensures optimal performance without compromising on quality . This feature is particularly crucial in urban settings where the density and complexity of the environment demand a significantly more flexible solution than what traditional VMS can deliver .
Integrating a modern VMS with other urban management tools is also important . This allows for a holistic approach to city management . Within this context , video data is not isolated but becomes part of a larger ecosystem . This environment includes traffic management , emergency response , and resource allocation systems .
For example , in a smart city , video feeds can be used not only for security but also for monitoring traffic flow , identifying accidents in real time , or even managing energy usage by analysing patterns of movement and activity .
By using a VMS that can work with a range of devices and platforms , city planners and business leaders can ensure that their security infrastructure contributes to the overall intelligence of the city . The Hanwha Vision Wisenet WAVE VMS , for instance , is a service that easily integrates with existing environments .
The adaptability of these systems extends to their user interface as well . With intuitive design features , such as drag-and-drop tools and customisable workspaces , an advanced VMS can empower users to tailor the system to their specific needs . For instance , either managing a single building or an entire city .
The ability to quickly access and manipulate video data , generate alerts , and conduct detailed searches is essential for effective urban management . This flexibility ensures that the system remains useful and relevant , regardless of the specific challenges or priorities of the moment .
As South Africa continues on its path towards smarter , more connected cities , the role of embracing a scalable VMS will only become more significant . These systems provide the foundation for a security infrastructure that is not only capable of meeting today ’ s challenges but is also prepared for the demands of tomorrow .
Use case of agriculture
The size of the Internet of Things , IoT in the agriculture market is projected to top $ 78 billion by 2031 , growing at more than 12 % annually from 2024 . Increased efficiencies , sustainability , and productivity are key areas behind this momentum as the sector globally is embracing automated , data-driven operations . As the agricultural landscape becomes more complex , there is a need for adopting scalable and adaptable connectivity solutions .
Of course , IoT is not just about enabling more advanced automation in agriculture . Instead , it is putting in place a connected environment where all aspects of farming can be integrated . Whether this is soil monitoring or fleet management , solutions like mesh technology can make LTE and Wi-Fi better to create a living connectivity mesh solution .
For example , the multi-radio distributed intelligence of Rajant BreadCrumbs allows for precision planting , field mapping , and harvesting to maximise every available centimetre of fertile land . Unlike traditional networks
Teresa Huysamen , Business Unit Manager , Duxbury Networking
THE SECURITY
MEASURES OF ANY SMART CITY MUST BE ABLE TO SCALE ALONGSIDE THE URBAN DEVELOPMENT
TAKING PLACE .
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