When it comes to network automation, there are highly skilled members that manage networks. Unfortunately, even with highly skilled teams, the networks have become so complexed that it makes it difficult to understand how the recent change affects a network. This has been demonstrated with Ansible.
As many knows, once an error occurs with a SQL server, you had the ability to simply press a button and another is generated, but when it comes to networks it is a lot more difficult. If a core network is misconfigured, you will end up without a network. IT automation is the last resort at times mainly because of the risks outlined above and the lack of support resources for network expansion coupled with a network system that operates in silos. The network team has to transform, or it can be disrupted because of its storage teams that relay commands from the server in regard to applications. Because of this teams have to adapt to an agile state.
Automating Networks over Traditional Networks
When it comes to automating networks engaging with DevOps is not a requirement among the legacy systems. Traditional IT operations will still operate by spinning servers and being removed by load balancers. While this is not DevOps, this is still considered a great venture for automation. Security is another facet network automation. This aspect surpasses storage, network, and applications. Teams that use different development tools for data retrieval of various parts related to IT fractures only have to rely on one tool for configuration. This one tool has the ability to change the security key within an organization.
How Network Security Affects Networks
Security is a great tool for those who follow a free-will process. Any manual security process is prone to human error. These kind of errors are able to create holes within the network system. Network automation as focuses on cloud adoption which is a demand. The western lines of Asia have growing organizations that are using cloud-based services mainly in Taiwan and India. The growth in this market has contributed to the growing Indian market research company.
Organizations facilitating automation for their network are used to produce reports and focus their mission on innovation streams. Use Ansible, for example, the company can have five-member network teams to cut down configuration audit times of 16,000 network devices in 20 minutes opposed to 18 months. The teams successfully validate running configurations on all devices and creating real-time backups for each solely. Now, additional streamlines and performance improvements make headway for network security. These streamlines are valuable to business and do not rely on button pressing as before. This is where the new of IT development tools emerges known as Intent based Networking Systems.
IBN is commonly discussed among IT specialist when it involved network automation. The discussion for implementation has increased over the last few months. The new approach to networking is aligned with advanced software for planning, designing, and automation for real-time network changes in an instant. Since 2017, the need for IBN has grown and is generating the title of a new era system that can evolve, learn, and become versatile.