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What do you do if your network design is hindering the integration of new technologies?

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When you're faced with the challenge of integrating new technologies into an existing network design that isn't quite up to the task, it can feel like trying to fit a square peg into a round hole. As a network engineer, you understand the importance of scalability and adaptability in network infrastructure. However, sometimes legacy systems and outdated designs can impede progress, leaving you wondering how to navigate the path forward without starting from scratch.

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Adesola Emmanuel Oyelere

Network Engineer
Arnaldo Gil

Gerente de vendas para setor público na Matrix Solutions | Desenvolvimento de negócios em empresas

1 Assess Needs

Before taking any action, it's crucial to thoroughly assess your current network's capabilities and the specific requirements of the new technologies you wish to integrate. This step involves evaluating the performance, security, and compatibility aspects of your network. You need to identify bottlenecks, outdated hardware or protocols, and any potential security vulnerabilities that could be exacerbated by new integrations. Understanding these factors will help you make informed decisions about upgrades or redesigns necessary to facilitate a smooth integration process.

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Adesola Emmanuel Oyelere

Network Engineer
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In my past experience, I've found that assessing the needs of both the existing network and the new technologies is paramount when facing integration challenges. Thoroughly evaluating performance, security, and compatibility aspects, including identifying bottlenecks and vulnerabilities, enables informed decisions about necessary upgrades or redesigns. This proactive approach ensures a smoother integration process and mitigates risks associated with compatibility issues or performance limitations.

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Kan X.

CCIE | PCNSE | AWS Solutions Architect Professional | Azure Solutions Architect & Security Engineer | GCP Cloud Architect Professional | CCDP | CCNP Enterprise | CCNP Security | CCNP Collaboration | CCDA | CCNA
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To address challenges with integrating new technologies into your network design, start by identifying specific issues hindering integration. Update your network design to better accommodate new technologies, considering architecture changes or equipment upgrades. Ensure compatibility between new technologies and existing infrastructure, and conduct pilot projects to test integration on a smaller scale. Collaborate closely with vendors to resolve compatibility issues and provide training for your IT team. If a complete redesign isn't feasible, consider hybrid solutions. Seek advice from experts or consultants to optimize integration and ensure successful implementation of new technologies.

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2 Plan Upgrades

Once you've identified the shortcomings of your current network design, the next step is to plan strategic upgrades. This might involve replacing outdated hardware, updating firmware, or reconfiguring network topology. It's important to prioritize changes that will have the most significant impact on performance and compatibility with new technologies. Additionally, consider the scalability of these upgrades to ensure they will support future technological advancements and not just immediate needs.

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Adesola Emmanuel Oyelere

Network Engineer
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Planning upgrade, in a previous project, our network lacked support for IoT devices due to outdated access points. Upgrading to Wi-Fi 6 APs with IoT-specific features, such as improved device density and lower latency, enabled successful integration of IoT solutions without compromising network performance. This strategic upgrade not only resolved immediate compatibility issues but also future-proofed our network for emerging technologies.

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3 Implement Changes

The implementation phase should be approached with caution and precision. Start with non-disruptive changes and schedule major updates during off-peak hours to minimize impact on network users. It's also wise to roll out changes incrementally, testing each modification thoroughly before proceeding to the next. This approach reduces the risk of network downtime and allows you to troubleshoot issues more effectively as they arise.

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Arnaldo Gil

Gerente de vendas para setor público na Matrix Solutions | Desenvolvimento de negócios em empresas
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A fase de implementa??o quando segmentada também pode ser uma oportunidade para testes e verifica??o de falhas de seguran?a. é importante aproveitar o momento offline para isso.

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Adesola Emmanuel Oyelere

Network Engineer
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For example, non-disruptive changes, we transitioned to Wi-Fi 6 Access Points (APs) equipped with IoT-specific features, such as enhanced device density and reduced latency. This upgrade, featuring the Cisco Catalyst 9100 Series APs, Ruckus R750 APs, and Virtual SmartZone Wireless Controller, seamlessly integrated IoT solutions without compromising network performance. By meticulously scheduling major updates during off-peak hours, we mitigated any potential disruptions to network users. Furthermore, changes were methodically rolled out incrementally, allowing for thorough testing of each modification. This meticulous approach not only resolved immediate compatibility issues but also future-proofed.

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4 Test Thoroughly

After implementing upgrades or changes, rigorous testing is essential. This includes stress testing, security vulnerability assessments, and functionality checks to ensure that the network can handle the new technologies without issues. Testing should mimic real-world usage as closely as possible to surface any potential problems that could occur under normal operating conditions. If issues are detected, adjustments should be made until the network performs reliably.

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5 Train Staff

It's often overlooked, but training your IT staff on the new network configurations and technologies is critical. They should be comfortable with the changes and understand how to manage and troubleshoot the updated network. Providing training sessions, detailed documentation, and ongoing support will empower your team to maintain network performance and security effectively, ensuring a smooth transition and operation post-integration.

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Arnaldo Gil

Gerente de vendas para setor público na Matrix Solutions | Desenvolvimento de negócios em empresas
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O treinamento pode ser uma fase fundamental para a qualifica??o, mas também pode ser importante pois as perguntas geradas podem chamar a aten??o para necessidades ocultas.

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6 Monitor Performance

Finally, continuous monitoring of network performance after integrating new technologies is vital. This will help you catch any unforeseen issues early on and allows for timely adjustments. Use network monitoring tools to track performance metrics, bandwidth usage, and any anomalies that could indicate problems. By keeping a close eye on the network's health, you can ensure that it remains robust and capable of supporting the demands of new technologies.

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7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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What do you do if your network design is hindering the integration of new technologies?

1

2

3

4

5

6

7

1 Assess Needs

2 Plan Upgrades

3 Implement Changes

4 Test Thoroughly

5 Train Staff

6 Monitor Performance

7 Here’s what else to consider

Network Engineering

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What do you do if your network design is hindering the integration of new technologies?

1

2

3

4

5

6

7

1 Assess Needs

2 Plan Upgrades

3 Implement Changes

4 Test Thoroughly

5 Train Staff

6 Monitor Performance

7 Here’s what else to consider

Network Engineering

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