Get the knowledge of Neoteric Frontiers in Cloud and Edge Computing with the upcoming VIT Webinars

 

VIT is proud to offer a free online webinar series for anyone interested in learning more about information systems and industry best practices that drive software, hardware, and efficiency / innovation. in organizations around the world.

The VIT Webinars are offered by the world's largest companies in their respective fields and represent decades of professional experience. The collaborative learning you will get from these webinars is invaluable in challenging your current thoughts and expanding your horizons on how to become a true global leader in business, management, and information technology systems (STI).

The IT world is changing rapidly. In this webinar you will meet an international cloud computing expert, to explore the latest innovations in this field, including the innovative architecture for creating elastic clouds and the experimental results of the use of the cloud and big data / IoT applications, deep learning / artificial intelligence, satellite image processing and much more. Join in and stay connected to the 21st century vision for computers.

In a cloud computing architecture, all data is gathered and processed in a centralized location, usually in a data centre. All devices that need to access this data or use applications associated with it must first connect to the cloud. Since everything is centralized, the cloud is generally easy to secure and control while still allowing for reliable remote access.

The "edge" refers to an IT infrastructure close to the original data sources. It is a distributed IT architecture and infrastructure in which data is processed at the edge of the network as close as possible to the original source.

Fortunately, the choice of advanced computing or the cloud with Neoteric Frontiers in Cloud and Edge Computing is a suggestion of one or the other. With the proliferation and performance of IoT devices, companies must implement efficient, state-of-the-art IT architectures to exploit the potential of this technology. By integrating cutting edge computing with centralized cloud computing (a network infrastructure sometimes referred to as fog computing), organizations can maximize the potential of both approaches while minimizing their limitations. Many of them will try to do this by merging their IT infrastructure with a data centre.

In this upcoming webinar of VIT Australia Webinars on new business improvement opportunities, we provide insights into business process improvement and business process modelling. We will also examine the management of business processes and enterprise systems for efficient and innovative management.

For all the people, machines, and things that are expected to generate 800 zettabytes of data by 2020, storage issues are unlikely to go away anytime soon. Cisco estimates that IoT devices alone will be 85 zettabytes in size. In most advanced computer architectures, much of this data is ultimately deleted because the devices on which it is being collected do not have enough storage space. Even if they could store it all, accessing and backing up all this unstructured data would be a logistical nightmare.

Benefits of Neoteric Frontiers in Cloud and Edge Computing

Edge computing is used to manipulate the definition of computing resources for optimal processing you can know about it in VIT Available Webinars.

 

·         Time-critical data can be processed at the place of origin by a localized processor (a device with its own computing capacity).

·         Intermediate servers can be used to process data in close geographic proximity to the source (this assumes that the intermediate latency is correct, although real-time decision making should be as close as possible.

·         Cloud servers can be used to process less urgent data or to store data over the long term. With IoT, this manifest is shown in analytics dashboards.

·         Edge application services dramatically reduce the amount of data that needs to be moved, the resulting traffic, and the distance that data must travel. This reduces transmission costs, reduces latency, and improves quality of service (QoS) (source).

·         Edge computing removes a major bottleneck and potential point of failure by less stressing the dependency on the base computing environment.

·         Security improves as encrypted data is verified as it passes through protected firewalls and other security points where viruses, compromised data, and active hackers can be detected early.

·         The periphery is based on scalability, as the functions of the CPU are logically grouped as required, which reduces the costs for real-time data transmission.

By combining the data collection potential of advanced computing with the storage capacity and processing power of the cloud, companies can get their IoT devices up and running quickly and efficiently without losing valuable analytical data that could help them improve services and drive innovation.

It is unlikely that the future of network infrastructure will only be on the edge or in the cloud, but somewhere in between. As companies try to transform these two models and integrate them more effectively, they are sure to find new ways to get the most out of their respective advantages and use them to overcome their weaknesses.

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