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Network Automation: Approach to Network Assurance


Networks are a vital component of any business, and success depends on getting the best performance out of them. One of the most efficient methods for addressing the increasing complexity of networks while enhancing their resilience and durability is network automation through AI. In this post, we’ll look at the importance of network automation and how it can operate in today’s always-on society.

How does Network Automation Work?

Using network is a novel way to ensure network security. Automating the manual chores necessary for efficient network management is often defined as “the practice of using software tools and processes.”

Network automation frees up NetOps teams from daily management to concentrate on tasks requiring human involvement. IT teams may manage complicated cloud systems with users and servers spread across several locations through network.

How come Networks Should be Automated?

The advantages of network automation are obvious: it lowers risk, enhances effectiveness, and boosts productivity while decreasing operational expenses. Both the company and its IT team benefit from this.

However, it’s crucial to comprehend how network might help your corporation with its issues.

What Issues are Resolved by Network Automation?

The existing network assurance model has several issues that network automation seeks to address.

It starts by addressing the issue of a network’s performance and health needing to be accurately and completely understood. There needs to be more time or capacity for monitoring or analysis because most networks are built with throughput and speed in mind. Long periods without a problem being noticed can result in widespread outages and serious harm to both organizations and their clients. After Blue Chip analyses a network, we frequently discover that extra WAN costs aren’t even being used. The issue is with the internal networks, not the overabundance of expensive external data.

The challenge of automating predictable procedures is another issue that network attempts to solve. The high reliance on human inspection and involvement in current systems makes expanding or operating efficiently challenging. Utilizing software rather than employees, automation makes scaling up much simpler (and thus eliminating those high costs).

Finally, network automation helps address the issue of security vulnerabilities in networks by enabling you to monitor your entire infrastructure in real-time without having to enable external access to monitoring, which could be a target for malicious actors looking for an easy way into your systems.

Many businesses employ network automation, but third parties like Blue Chip Computer Systems, an IT consultancy in Los Angeles, are typically the ones who deliver it. We provide network automation with enhanced network security and ongoing network analytics that will lower costs.

The definition of Network Assurance

Monitoring and maintaining a network’s security, performance, availability, and compliance constitutes the process of network assurance. An enterprise architect, a project manager, an administrator, and other positions are part of the team of networking services providers who carry out the process to ensure that the organization’s network satisfies or exceeds all criteria.

A Platform for Automated Network Assurance Validation

A network assurance platform’s validation is made to keep an eye on the health of your network and spot possible issues before they impact your customers and staff.

Inventory, configuration, state, and topology are the four main areas on which the platform keeps an eye.

Inventory is the capacity to continuously monitor every component in your network, including routers and switches. This is crucial because it enables us to determine whether a device has been accidentally removed or disabled, allowing us to ensure that no one has been deprived of resources or services as a result.

Configuration – describes how the devices are set up internally or made accessible to the public. Employees who depend on switches and routers could experience issues if they need to be properly configured.

Whether a gadget is in an appropriate state at any particular time is referred to as its state. We would be able to quickly identify any hardware issues causing downtime in your company’s network, such as power supply issues, so you can take corrective action before further damage is done.

Topology – relates specifically to how each component is connected to the others to form a single system. Each component’s ability to send and receive data and respond to orders will vary depending on their connection.

Why Is Network Automation Beneficial?

With network automation, you can standardize and streamline human procedures, boost the resilience and uptime of your network, and cut expenses.

The following are the advantages of network automation:

  1. Standardization and reduction – Network automation enables us to establish norms for setups and procedures, which makes it simpler to administer our networks rationally. By establishing standards for network configuration, we can reduce network complexity and simplify network management for our IT personnel
  2. You can configure devices without involving a human being, thanks to a network automation function called zero-touch provisioning. This can be accomplished by automating the installation procedure or creating templates for automatic device configuration utilizing the already available data.

One of the most crucial advantages of network automation is zero-touch provisioning, which lowers expenses, boosts productivity, and assures configuration uniformity throughout the whole network.

3. Automate manual, labor-intensive network and service assurance – Network automation is a method for automating network and service assurance. To continually administer and monitor the network, it is utilized to assist with repetitive duties. You save time and money by automating these tasks. Because modifications can be made fast and easily, you can exert more control over your network.

4. Lower Costs – Automating your network can help you save money. This frees you to concentrate on harder tasks while using less human labor. Additionally, due to network automation’s contribution to increased efficiency, fewer workers are required to do the same amount of work.

5. Increased Network Resiliency – By giving you a mechanism to identify and address problems like malware and intrusions swiftly, network automation can help your network become more resilient. Rapid response capabilities of network automation can assist in lowering downtime and enhancing the general health of your network.

6. Decreased Network Downtime – Network automation can decrease network downtime by enabling more rapid and effective troubleshooting. If a gadget malfunctions, an automated system will immediately recognize and fix the issue, negating the need for human intervention. Both time and labor costs can be saved by doing this.

7. Greater insight and network control – Automating your network infrastructure gives you more control and insight into how it works. You can create a fully self-monitoring and self-healing environment with complete automation, requiring no human involvement.

What Restrictions Exist for Network Automation?

1. A vague understanding of the benefits of network automation is one of the obstacles to automation.

2. There needs to be a clear definition of automation or how it can be used.

3. More knowledge about network automation’s advantages and difficulties needs to be gained.

4. They needed more technical expertise to apply automation solutions in their company’s setting.

5. The absence of a workable solution that satisfies the requirements of their organization.

6. More funds are needed to use automation technologies in their environment.

How to Build a Successful Network Automation

Step 1: It would help if you comprehended what network automation is and how it functions before you can start putting it into practice. You must be aware of the goals you have for network automation and the effects it will have on your company.

Step 2: Creating the Network Automation System’s plans and designs

Network may be planned and designed if you have a basic understanding of it. This phase will require researching several network automation systems and selecting the best one for your company’s needs.

Step 3: Evaluate and confirm the network automation system

The system needs to be tested and verified after you’ve planned and constructed it. Each component of the system needs to be tested to ensure it interfaces properly with both other components of the system and existing systems.

Step 4: Putting the Network Automation System into Practice and Maintaining It It’s time to put the system into practice after testing and verification. To sustain the new system moving forward, this stage entails instructing your personnel how to use it.

Automating Networks in the Future

Shortly, network automation will become a reality.

Automating actions and processes on a computer network is known as network automation. Automation can be carried out by a human or by software. Network automation is frequently viewed as managing the complexity of information technology (IT) infrastructure by employing computer software to do activities without requiring human input.

To carry out numerous tasks, including configuration management and patching, network automation uses various tools, including application deployment tools, configuration management systems, and network management systems.

As vendors often add new capabilities, network solutions are increasingly advancing. These functions include controlling numerous networks simultaneously, automatically updating firmware and configuration files, warning users when something is wrong with their system, etc.


As a result, network automation offers a new method of network assurance. One of the most crucial tools in your toolbox for managing a successful IT department is its capacity to improve our ability to monitor and regulate our networks. You can save time, money, and effort by automating processes that people would typically carry out manually.

With this innovative strategy, businesses can broaden their networks while enhancing the customer care they offer.

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