Network evolution is a term used to describe the continual changes taking place in the networking landscape. Cloud-enabled networks are a big part of this evolution, as they allow organizations to more easily manage their data and operations across distributed systems. In this article, we’ll explore some of the trends that are driving this change, and discuss how you can take advantage of them in your own business.
Networks are not a static product, and cannot remain unchanged. To be agile, companies need to re-architect their networks to keep up with the explosive growth of data and changing customer expectations. Networks will have to use technologies such as NB-IoT or M2M connection in order to be able to deal with these challenges.
Cloud-enabled Networks and Innovation
As businesses increasingly turn to cloud-based services and applications for their needs, the need for robust, reliable and scalable networks has become paramount. Cloud-enabled networks are the foundation for this innovation, providing the infrastructure and security necessary to support the ever-growing demand for digital content, services and applications. The power of the network is enhanced and made more secure with cloud technology.
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With cloud-enabled networks, businesses can quickly and easily deploy a wide range of applications and services on demand, without having to worry about underlying infrastructure or hardware requirements. This allows businesses to rapidly adapt to changing market conditions, while also reducing costs associated with maintaining traditional IT infrastructures. Organizations can remodel their networks to keep up with advancements, operate more efficiently, develop new products and services, and expand into new industries.
In addition, cloud-enabled networks offer enhanced security and performance benefits over traditional networks. By using cloud-based storage and compute resources, these networks can handle larger volumes of traffic with greater speed and reliability than traditional networks. In addition, they can provide increased security by encrypting data in transit and at rest.
Overall, cloud-enabled networks provide businesses with the flexibility and agility they need to thrive in today’s dynamic economy. By implementing a cloud-enabled network infrastructure, businesses can streamline their operations while also improving their overall security posture. The bedrock of flexibility and connectivity means you can use artificial intelligence, IoT, and AR/VR to unlock business transformation.
Networks are Rapidly Changing
As the world moves towards a more cloud-dependent society, networks are rapidly evolving to take advantage of this new reality. Digital transformation has moved at an extraordinary pace in the last couple of years. Nowadays, individuals often work from home.
Moving to software-centric networks with COTS hardware has had a massive impact on networks. There are more options for network providers, but organizations also have more choices to make. With an abundance of choices available, it can be difficult to determine what is needed and find what is desired.
Customers now can rent computing services on demand, rather than purchase them outright. This allows them in turn to deploy computing resources as needed, making it easier to scale up and down as projects change. Here are some of the most important trends in cloud-enabled network evolution:
The growth of cloud-native applications
Cloud-native applications are built to be deployed and operated as a service, which makes them more agile and responsive to changes in the environment. This trend is leading to the development of new architectures and technologies that make it easier to create and deploy these applications.
The growth of intelligent edge networks
These networks are designed to support the rapid adoption of cloud-based services by devices on the edge of the network, such as smartphones, tablets, and smart TVs. They use algorithms and sensors to detect changes in traffic flow and provide enhanced performance for these devices.
The growth of mesh networking
Mesh networking is a type of network architecture that uses small nodes called nodesets to create a wide area network. This allows networks to be decentralized and scalable, which is important for deploying cloud-based services in large environments.
