What Are Network Automation Tools? Explained!

Network automation tools are a great way to make your network more efficient. It can also provide you with a number of benefits, including better security, regulatory compliance, and cost-savings.

Open source

Network automation tools streamline the operation of your network by automating routine tasks and minimizing errors. These tools help you meet regulatory standards, reduce costs, and make network management faster and easier.

You can find several options for network automation software, but the right solution for your specific needs depends on the size and scope of your organization. For large organizations, open source tools offer the best fit.

One of the most popular and powerful tools is Ansible. This free and open-source tool is used by companies like Red Hat to automate software deployments and network devices.

It has a wide range of capabilities, including automated network functions, software provisioning, and hardware configuration. You can download Ansible from various sources, and it will run on Linux or Mac. You can also get a trial version to try out.

Another interesting network automation tool is NetBrain. It creates a visual map of your network. You can configure automation tasks with it and then watch all the data flow through its mapping and visualization. It also includes a powerful search engine.

Netmiko is a Python-based utility for network engineers. It helps simplify SSH connection management. You can download it from GitHub. It is billed as a Python for network engineers, but it is actually a free and open-source platform.

Despite its complexity, you don’t have to be a computer expert to use it. The application uses an agentless architecture, and interactions with network equipment are performed through SSH or an open API.


Commercial-scale network automation tools can help businesses save time and money. These systems can automatically configure equipment and test connections. They can also monitor networks and make regular checks against security policies. And when problems arise, they can be resolved quickly. The right tool can also help reduce human error.

There are three primary types of network automation tools. These include script-driven, open source, and enterprise-scale. The first type can be more flexible and easier to use. Its functionality may include drag-and-drop capabilities.

The second type is programmable, which helps reduce the potential for errors and increases operational efficiency. It also allows for predictive analysis. These tools can be used to automate tasks such as detecting malware, performing daily compliance checks, and ensuring network security.

The third type is model-driven. This type of automation software uses artificial intelligence and machine learning to optimize the performance of network infrastructure. It can be used to automate any type of network. Its capabilities include virtual routing, multi-vendor L3 virtualization, and network documentation.

In addition, it comes with a library of workflows, allowing engineers to build and customize automation programs. It also supports many networking vendors, and includes a 30-day free trial. Its features include an integrated virtual/physical management platform, customizable reporting, live topology, and SurePath application path monitoring.

In order to select the best tool for your needs, it’s best to take a look at your business’s current IT environment. The best solutions should be scalable and easy to implement, as well as capable of meeting your current operational requirements.

Regulatory compliance

Using network automation tools to meet regulatory compliance goals can be a valuable asset. By automating certain tasks, your organization can reduce costs, increase security and improve overall productivity.

Regulatory compliance has become increasingly important over the past five years. Whether it’s the Health Insurance Portability and Accountability Act (HIPAA), the General Data Protection Regulation or another regulation, your business needs to stay abreast of changes in the law.

Having automated network compliance tools in place will enable you to proactively monitor your system for vulnerabilities. By automatically detecting and resolving any issues, you can avoid expensive fines and penalties.

Depending on the industry, your organization may need different types of automated compliance technology. Some examples include Robotic Process Automation and Artificial Intelligence.

Unlike manual processes, which can result in human error, automated solutions can help you scale your efforts. By automating repetitive tasks, you can free up valuable resources to handle other issues.

It is not uncommon for businesses to spend too much time on manual operations. By implementing automation, your security team will be able to spend less time doing mundane administrative tasks and more time protecting your assets. By increasing operational efficiency, you will be better positioned to respond to new regulations and protect your clients.

Whether you want to optimize your VoIP traffic, perform stress tests on your software or set up automatic network config backups, network automation tools can assist you.

Increased security

Network automation tools have become increasingly popular in the IT industry. They have helped streamline many network management tasks. They have also reduced operating costs. Besides, they can strengthen the security of a network.

Automated networks eliminate the need for human interaction, reducing the chance of errors. They make it possible for engineers to focus on the core functions of their job. They can perform standardized configurations and monitor compliance, ensuring devices work properly.

Using network automation tools can improve efficiency, allowing businesses to stay ahead of regulatory demands. Getting a head start on compliance can also reduce the risk of an outage, which can impact operations and lead to data breaches.

The first step to automating a network is to inventory its assets. This includes its switches, routers, firewalls, servers, and ADCs. It should also include logs of service changes. The inventory can help determine whether a network is ready for automation or needs a fundamental restructure.

Manual network management can be expensive and error-prone. It can lead to misconfigured networks, which increase the risk of data breaches. Moreover, it’s not always user-friendly.

With the growth of devices and the increasing complexity of the network, it’s difficult for IT teams to manually manage their networks. In addition, most of these processes are tedious and time-consuming.

To address this, a number of automation platforms have been introduced. These are powered by artificial intelligence and machine learning. They detect deviations from the specifications of the network. They also provide insights into the behavior of the network. Using automation, network administrators can automatically restore acceptable performance levels for business-critical applications.


Automating network devices frees up your staff’s time and resources and improves efficiency. The costs associated with maintaining a complex network are considerable. But with automated network devices, you can make the changes you need to keep up with your business’s growth, without the stress of manual setup.

Automating your network can free up a lot of your time, allowing you to focus more on new product development and innovation. Automation also helps to reduce errors and downtime, and keeps your network in tip top shape.

The first step in network automation is to figure out what your needs are. Knowing your requirements will help you narrow your shortlist of vendors and determine what tools are most appropriate for your needs.

The best way to get an idea of what your network needs is to start with a full network evaluation. This involves collecting data about the network hardware and software installed. If you can’t do this on your own, you may want to consult an expert on the subject.

The next step is to find out which automation tools are right for you. There are a variety of different types of automation tools, including script-driven, purpose-built, and software-defined platform tools. Each one has its own benefits and limitations, so you should choose the one that best meets your organization’s needs.

The best network automation tools are designed to automate tasks that can be easily accomplished using simple command line syntax. These can include a wide range of network-related tasks, such as monitoring, device testing, implementing security compliance, and ensuring that applications work as expected.

Key takeaways

Network automation tools can do a lot of things. For instance, they can perform regular compliance checks and test new protocols. But, if you don’t use them properly, they might not do much.

Network automation is an important tool for improving operational efficiency and security. By automating processes and eliminating human error, organizations can free up resources, increase productivity and reduce operating expenses. However, it’s also a tricky process.

The first step is to identify which processes should be automated. There are many different types of networking tasks that can be automated, including software stress tests, network config scans and automatic backups of your network’s configuration. It is also a good idea to have a documentation system to help you complete your automation projects.

There are several different kinds of automation tools, from open source to enterprise grade. They all have different features. Some are easier to use than others.

TrueSight Automation for Networks is a high quality tool. But, it does have its shortcomings, including a lack of a user interface (UI) and the ability to take the system offline.

NetBrain is a great example of an adaptive network automation tool. It decodes multi-vendor networks and shows all the data in a visual way. The tool is also capable of performing in-depth automatic network discovery.

One of the more notable perks of network automation is its ability to reduce human error. For instance, deploying a single configuration change can take days, so automated systems can save you the hassle.

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