The dramatic rise in IoT devices that transmit vast amounts of data has given way to a steadily expanding market of devices that transmit video for surveillance purposes. Current surveillance systems produce massive amounts of video content while operating 24 hours a day, seven days a week. Huge video data streams have to be processed quickly in order to summarize events occurring during a specific time frame at a particular location. Concepts like fog computing—based on data processing closer to where the data is produced—will reduce the need for extensive bandwidth and remote processing power of existing cloud-based solutions.
The wide-area video and audio surveillance pilot project ensures that video and audio streams produced by cameras are processed at the extreme edge of a network. Thanks to small computational devices located next to cameras, unnecessary network exchange and—in the case of wide-area video and audio surveillance with many cameras—significant overhead is avoided. When sufficient edge resources are not available, processing can be offloaded to other computational devices—either at the same location (e.g. a server) or in a private or public cloud. This offers the considerable benefit of reduced bandwidth, given that 1,000 cameras can produce up to 125 TB of data in one hour of video stream. Another key benefit is the lowered risk of data leaks and compromised data integrity in the event of an attack.
The research consortium has created the components and the framework to enable deployment of distributed processing applications on both cloud and edge devices. Furthermore, the PrEstoCloud framework is built on top of an intercloud virtualization layer and mesh network that can be used to connect the deployed applications. It fully supports fog deployment. This pilot shows how PrEstoCloud enables applications to scale in a dynamic fashion while at the same time cutting costs and bandwidth.
The consortium unites a total of eleven partner organizations from industry and research, working on the efficient exploitation of infrastructural resources from mobile edge devices to the clouds. The aim is to improve cloud infrastructures’ capabilities for handling big data applications. The project was officially launched on January 1, 2017 and will run for three years. Software AG has been entrusted with project leadership of PrEstoCloud.
For more information, please visit www.prestocloud-project.eu.
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Software AG (Frankfurt TecDAX: SOW) helps companies with their digital transformation. With Software AG’s Digital Business Platform, companies can better interact with their customers and bring them on new ‚digital‘ journeys, promote unique value propositions, and create new business opportunities. In the Internet of Things (IoT) market, Software AG enables enterprises to integrate, connect and manage IoT components as well as analyze data and predict future events based on Artificial Intelligence (AI). The Digital Business Platform is built on decades of uncompromising software development, IT experience and technological leadership. Software AG has more than 4,500 employees, is active in 70 countries and had revenues of € 879 million in 2017.
To learn more, visit www.softwareag.com.
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