Top 5 Myths About Enterprise Network Automation

5 min read
Top 5 Myths about Enterprise Network Automation

Top 5 Myths about Enterprise Network Automation

Network Automation

Network automation ensures an astonishing bunch of benefits for the enterprise:

There are a lot of advantages for the enterprises to implement ensured network automation:

They are like –

  • Reduced provisioning time for new services
  • Enhanced application performance and versatility
  • Quick and accurate issue diagnostics and remediation
  • Liberating network engineers from the pressure of performing repetitive tasks
  • Wiping out human errors.

The biggest and most important advantage of network automation is reducing human errors.

It’s obvious the work procedure and automation revolution is in progress.

Enterprises started adopting network automation and we can see a growth in the following three years. Because of demands for faster network provisioning wherever enterprise assets reside. Network IT must manage networking in a more broad variety of environments spanning multiple cloud networks, among clouds, and in containerized environments despite hypervisor, and physical networking and manual arrangement will be shaky.

The network for this circumstance stretches out beyond controlling and changing to application delivery controllers and load balancing, dealing with TLS encryption, utilize front-end support, and security functions, which all must be associated with the domain of network automation. Automation and orchestration suites won’t simply revise network provisioning, anyway change the way where IT managed networks.

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Network Automation

Be that as it may, despite the many prominent and oft-perceived advantages, most companies are so far reluctant to embrace and deploy automation. Customers perceive the best obstacle to entry is the fear that the automation journey will make new issues instead of settling existing ones.

1. Losing Control

Automation and AI also influence how network communication is being gathered. Incorporate M2M systems, is their ability to lose control of access and security?

Likely the most popular IoT malware is Mirai, which changes network devices that use Linux into bots. The first Mirai botnet was found as far back as August 2016 is as yet a critical threat today.

IoT devices have some particular vulnerabilities that make them powerless to attacks. They typically have huge attack surfaces with many vulnerability points and confined device resources for security controls.

They sometimes build cheap and used by unsophisticated customers who don’t even know how to change default credentials – and they generally unable to do so. This is the way Mirai works – it checks for IP locations of IoT devices and then tries to sign in using a short table of usernames and passwords.

We have seen a betting club attacked utilizing its fish tank, so there is, beyond question a risk that using vulnerable devices in complex systems can cause access and security issues.

From a data security viewpoint, the trouble is that there is often a craving to use technology since it’s there because it will improve the customer experience on the surface. In any case, under the top, the customer experience may be more regrettable. The automated decision that can’t be explained breaches the GDPR because of the risk of unreasonable results.

Unpredictable and vulnerable environments risk breaking individuals’ right to confidentiality and reliability. Identified with often expansive usage of sensors, this can have real consequences for people’s physical security as well as different harms, for instance, cash loss, reputational damage, discrimination, and distress.

2. Few troubles in starting stage

Network automation is certainly not a one-time activity “implement and it’s done” undertaking; it’s a long, consistent strategy that requires a culture of experimentation and consistent feedback. Setbacks are unavoidable, yet if you prioritize feedback and develop a culture that allows automation muscle memory to rise, you’ll be well in the journey to engaging teams to deal with more prominent projects and greater undertakings.

3. A lot of Coding & scripting involved

Network automation skills are most needed in infrastructures. 54% of the enterprises acknowledged that one of their automation tools require coding and scripting to keep up their value. Thusly, IT organizations need a network software engineer in the team to take care of this.

4. Automating Tasks to concentrate on self-service functions

The automated network management and orchestration are aimed to reduce the in-person errands for pushing configuration changes to swarm devices. Replacement of devices will help in automating tasks as a provision.

When you develop a repeatable and reliable network infrastructure and work procedures that map for your business structures, you can empower your end-users to self-service and launch automation.

When a net network service should be built, application engineers no longer need to look for IT to scope, provision, and deploy required infrastructure updates – they can use automated work procedures to push required changes.

Be that as it may, this isn’t in alright with IT teams.

5. Configuration Drift for Complex Infrastructures

In traditional network change management, network pioneers record the changes and steps followed in the implementation process. Furthermore, they have to sign in to each device individually and implement the change. If the configuration changes are not successful, they will turn the configuration to the previous working state by referring to the documentation.

Enterprises with a complex infrastructure, network pioneers make custom scrips to push configurations to different devices. Some use fragmented devices to execute configuration tasks.

Few even execute change requests without network management plans set up. During outages, network pioneers with other accomplices involved need to go through more than a set of configurations and troubleshoot the issue. In all the circumstances, they wish to find an easy strategy to move the configuration back to the past working one.

In any case, manual and tenant solution approaches of configuring the devices have limits and no provision to ensure compliance with government rules, industry best practices, and standards. The best approach to crush these challenges is to invest in an advanced automation solution.

Network Automation is A Journey

Normally, organizations have many questions and wavering about automation. The most noteworthy thing to remember is that automation is a journey, rather than a one-time fix. Without a doubt, even little steps can help improve your network functions and network service availability, inciting a greater transformation in the way you configure, deploy, manage, and operate your enterprise networks in the future.

Now, it’s not just about providing a layer of connectivity. You are presently getting into a period where the networks must be sliced and passed to a subscriber. That network automation will play an extraordinarily enabled impact to interface the future billion devices. A reliable migration of new networks will be required.

Network Automation is a hotly discussed topic and on the waitlist for practically every business. Picking support is troublesome because of the extent of what kind of services are incorporated.

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