What Are The Indicators Of An Effective Network Design?
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What Are the Indicators of an Effective Network Design?

 
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When it comes to network performance, reliability, and security, the most important factor is your network design. This is the physical and digital infrastructure that comprises the network of your business.

Network designs vary based on individual needs and considerations for price and functionality. However, it isn’t always obvious what design will work best for your business.

Because of this, you may have an ineffective network design that delivers subpar performance. You may be experiencing bottlenecks, instability, errors, or your network may be susceptible to an attack.

What Are the Indicators of an Effective Network Design?

These issues likely point to an incompatibility with your DNS DHCP IPAM (DDI) solution. Should you have any problems, it may be a sign to look for alternative DDI vendors.

To help you understand if your current network design is effective, we’ll illustrate the characteristics of a strong setup below.

Flexible Configurability

A highly desirable aspect of network design includes flexible configurability.

If your network is currently configured in a way that isn’t easily modified, then you’re handicapping yourself. Needing to adjust to the specifications of your network configuration is a hassle and will waste time.

A good network setup involves being able to modify your settings to whatever you need. This means being self-sufficient, accessible on any device, and having the functionality to accomplish all tasks.

Self-sufficiency is relevant because it means that your network doesn’t rely on other operations to function. Similarly, functionality is important because you want an inclusive network solution rather than having multiple tools for individual features.

Lastly, accessibility is crucial for allowing you to adjust the network at any time. If you’re at home and you need to moderate the network, you need to be able to address it immediately.

Configuration is key to perfecting the performance of your network. This is why you want the flexibility to approach configuration as necessary.

Minimal Complexity

Good network design also means having minimal complexity in your setup.

Having an abundance of features and functionality may seem appealing, but it may not always be necessary. In some situations, an overly complex network design can slow you down.

The best infrastructure consists of solutions that provide precisely what you need and little else. This gives you the greatest balance of functionality and cost.

Consider the needs of all members within your team. Some departments may require less network infrastructure while others require the whole array.

Allocating only the necessary elements where they are needed will eliminate confusion and streamline efficiency. Keep things as simple as possible to limit the strain on your network resources and overall expenses.

Seamless Interconnectivity

Another indicator of a smartly-designed network is seamless interconnectivity.

While it’s certainly beneficial to only have the required network components, you want to ensure that each device and server can easily interact.

For example, one department may only need basic ethernet access while another may need a sophisticated wireless setup. These two designs are very different, but both enable access to necessary functions.

If there is a delay between interactions with different hardware setups, then this will create a bottleneck in your network. Traffic will slow down and there may be errors in translation.

To fix this, there must be a common protocol that all devices can adhere to. Good network design will implement this and be compatible with all devices on the network.

Back-Ups and Security

Finally, any strong network design will include back-ups and security measures.

Normal operations are important to optimize, but you also want to prepare for disaster. Networks are vulnerable to attacks, which are done to steal sensitive information and stop your workflow.

Unfortunately, cyber threats are diverse and potent. Every weakness in your network can be exploited by a smart hacker if you aren’t adequately protected.

The first answer to this is cybersecurity. You need measures to keep data encrypted, inaccessible to unauthorized users, and safe from disruption.

Frequent back-ups are the other solution. Even if you aren’t hit by a cyberattack, the possibility of a power outage, network failure, or other forms of disaster can cause you to lose data and progress.

With daily back-ups, you’ll ensure that you’re never far behind when a problem arises. Cybersecurity will make your network problems less frequent. This is why you need both strategies to keep your network secure.

Closing Thoughts

Network design makes a big difference in how useful and effective your network is. With a properly designed network, you’ll maximize your potential output by ensuring steady performance.

A few signs of great network design include flexible configurability, minimal complexity, seamless interconnectivity, and back-ups/security. These elements are critical to ensuring all members of your team have access to any necessary features at all times.

If you’re concerned about the performance of your network, then it’s likely because of your network design. Evaluate your setup and see if anything is redundant or needs improvement to get better value from your network services.

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