What are the benefits of the Global Edge Computing Marketing?
Posted by Andrew Thomas on June 28th, 2019
Edge computing helps organizations break the limitations imposed by cloud-based networks. Cloud computing plays an important role in modern network architecture. The exciting opportunities presented by Internet of Things devices, which makes it possible to process the data closer to the source, force companies to rethink their approach toward the IT infrastructure.
According to research by a leading market research company, the global edge computing market will expand at a compound annual growth rate (CAGR) of 32.6% during the 2018-2023 period. The principles behind the working of edge computing are pretty simple to understand, yet the benefits offered by this new approach are yet to be understood clearly.
The best benefits of edge computing:
1. Speed: one of the best benefits of edge computing is its ability to combat latency and hence increase network performance. IoT edge computing devices near the data centre, the data does not travel as far as it would have to in a traditional cloud architecture setup. By processing the data closer and reducing the physical distance information needs to travel, edge computing can greatly reduce latency. A single moment of latency and downtime can cost a company millions and hence speed is the most vital advantage presented by this new approach.
2. Scalability: building a dedicated centre is an expensive affair. Besides the construction costs and issue of constant maintenance, there is the problem of answering tomorrows needs. If the business grows beyond expectation, they might lose out on opportunities due to insufficient computing resources. Edge computing offers a far less expensive route to increase scalability allowing companies to expand their computing capacity through edge computing devices.
3. Security: IoT edge computing devices provide important security advantages. This is essential as IoT edge computing proliferation increases the overall attack surface for networks. Edge computing distributes the storage, processing and application across a wide range of data centres and devices, making it difficult for a single disruption to bring down the whole network. One major drawback of IoT edge computing devices is that it can be used as an entry point for cyber-attacks. This is a genuine concern, which is eased by the distributed nature of edge computing, making it easy to implement security protocols at different gateways. Edge computing reduces the risk of the amount of data that is vulnerable at any one time, as a major chunk of the data is being processed on local devices rather than being transferred to a central data centre.
4. Reliability: not only does the global edge computing market provide security advantages, it even offers better reliability as well. Data can be rerouted to ensure users retain access to the products and information they need. With so many edge data centers and edge computing devices connected to a network, it has become increasingly difficult to shut down the network completely.
Edge computing offers several advantages over traditional network architecture and will play an important role for the company to move forward. Innovative organizations have only scratched the surface of what is possible with edge computing.
