Due to technological breakthroughs and digital transformation programmes, networks are expected to perform at higher levels to fulfil the rigorous requirements.

Before allowing user devices and intelligent things to join an access network, the network must first recognise, authenticate, and authorise the devices.

Applications located in various data centres and clouds require connectivity provided by data centre networks. When delivering dispersed applications to customers, wide area networks need to save expenses as much as possible while improving the user experience.

Network architecture refers to how network services and devices are organised to meet the requirements for connectivity posed by client devices and applications.

Additionally, networks need to be dynamic, adaptable, and in lockstep with the requirements of the business.

This post will provide a quick overview of the benefits and drawbacks of network architecture. Let’s get started!

Network Architecture In Simple Explanation

For many computers to share a connection to the web, they need to use a “network architecture,” essentially a hierarchical system of interconnected computer systems. An essential part of network architecture is how the network is built to function.

The security of a network must be considered during the planning stages of its architecture. Security precautions are essential to any well-designed network, as they are the most effective means of preventing unauthorised access.

For instance, protecting private information from prying eyes is necessary for any network architecture that supports high-performance computing.

Furthermore, a network architecture must be built to enable high-performance computing (HPC) to prevent unwanted access to critical data. Regarding how information moves across a business, network designs are usually the deciding factor.

Benefits of Network Architecture

The following is a list of the primary benefits offered by computer architecture:

• Using a file server as the primary host of a private network brings many advantageous opportunities. It has a high level of security, is dispersed, and utilizes minimal resources. It is possible to use a private network to share files and resources throughout an organization without needing a networked computer, such as a file server, to host the shared files and resources. This is because a private network is not accessible to the general public.
• Any child who has an interest in technology and is interested in joining the network can do so with the assistance of today’s technology. Children that have an interest in either science or technology can join the network too. It is also necessary for children interested in technology to sign up for a social network they are already familiar with.
• You can simplify most processes by broken down into a series of more uncomplicated steps, and an explicit problem can be resolved more quickly by dividing a considerable procedure into several more minor systems. Each of these is handled by all of the components.
• Network redundancy describes this situation. If there is insufficient redundancy or the network connection is weak, a computer could become inaccessible due to equipment problems. For example, a company’s mainframe computer system may manage many internal processes, and both computers could continue to run normally without any disruption. This is known as redundancy.
• This is a great way to learn about the entire product—it may refer to the programming language, development environment, software development life cycle, development tools, and other specifics of the software’s creation.
• Encrypting data in a system is another protection for sensitive data. Data encryption safeguards sensitive information by making it unreadable and inaccessible to unauthorised users. This is distinct from a visible hard copy of the information. Users can view confidential information on a computer or mobile phone screen but cannot read it.
• If you share assets with other people, they must understand how everything operates. In addition, you should make a comprehensive legal inventory of your possessions, designate a unique identifier for each item, and draft a legal order to distribute your assets. Also, it would help if you made sure that anyone with access to your investments knows and agrees to the legal ramifications of doing so.

Drawbacks of Network Architecture

The main disadvantages of computer architecture are:

• The primary server is the network’s hub—it stores and processes data and acts as the network’s gateway. The term “gateway” refers to the system that accepts and passes on the data. It’s important to realize that the primary server can be a different machine that houses all the data. Either a mainframe or a PC could be the primary server. When picking a PC, accessibility is the top priority. As a result, the server needs to be simple to access, license, and maintain.
• You might not think your business must decide which OS will be utilized by most staff. Okay, you make a good point. We’re talking about how your organization selects an OS for its workstations, as opposed to the OS itself.
• Monitoring gadgets is crucial. Private information is best handled on a reliable computer system. Anti-malware software, firewalls, and other utilities are all part of a reliable computing platform. You must ensure that these components always work correctly because infections can quickly spread throughout the network if not contained.
• The purchasing cost of a system’s architecture, such as cables and hardware, can go up quickly.

You May Also Check: Which Of The Following Is An Advantage Of Installing A Client/Server Network In A Business

Final Thoughts

Now that you know both the benefits and drawbacks of network architecture, you can make an informed decision. It would help if you noted that the structure of a network is the most significant component of its architecture.

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