How do you use software defined networking to collaborate with engineers and stakeholders?
Software defined networking (SDN) is a way of designing, managing, and operating networks that separates the control plane from the data plane. This means that you can use software applications to program and control the network behavior, rather than relying on hardware devices and protocols. SDN can help you collaborate with engineers and stakeholders in various ways, such as:
SDN allows you to automate and orchestrate network tasks, such as provisioning, monitoring, and troubleshooting. You can use software tools and interfaces to configure and manage the network, without having to manually adjust each device or link. This can save you time and resources, as well as reduce human errors and inconsistencies. You can also use SDN to create virtual networks and test scenarios, which can help you validate and optimize your network design and performance.
SDN can help you improve network security and compliance, by giving you more visibility and control over the network traffic and policies. You can use software applications to define and enforce security rules and access rights, based on the network context and the user identity. You can also use SDN to monitor and analyze network activity and anomalies, and respond to threats and incidents quickly and effectively. SDN can also help you comply with regulatory and industry standards, by enabling you to audit and document your network configuration and operations.
-
Seshagirirao Lekkala
Engineering at Cisco Systems | IP Networking | SD WAN | C | C++ | OOD | Linux | Python
In addition to this, SDN also allows a network to be divided into logical segments further enhancing network security. Each segment can have its own access and management policies. This approach ensures that a potential vulnerability exploitation is confined to a specific segment, rather than compromising the whole network.
SDN can help you support network innovation and flexibility, by allowing you to adapt and customize the network to meet the changing needs and demands of your business and customers. You can use software applications to integrate and leverage new technologies and services, such as cloud computing, artificial intelligence, and Internet of Things. You can also use SDN to scale and optimize the network resources and performance, based on the network conditions and the user requirements. SDN can also help you foster collaboration and creativity among your engineers and stakeholders, by enabling you to share and reuse network components and functions.
-
Seshagirirao Lekkala
Engineering at Cisco Systems | IP Networking | SD WAN | C | C++ | OOD | Linux | Python
With SDN you can set a segment in your network for testing and prototypes. This isolation feature lets you experiment and take feedback from stakeholders. It's a flexible way to try out and refine network features efficiently.
SDN can help you facilitate network communication and collaboration, by providing you with common and consistent software platforms and interfaces. You can use software tools and APIs to communicate and coordinate with other engineers and stakeholders, across different domains and layers of the network. You can also use SDN to exchange and access network data and information, such as topology, status, and metrics. SDN can also help you align and harmonize your network objectives and strategies, by enabling you to define and implement network policies and rules.
SDN is a powerful and promising way of using software to collaborate with engineers and stakeholders in the telecommunications engineering field. By using SDN, you can simplify, enhance, support, and facilitate your network design, management, and operation, and achieve better network outcomes and value.
-
Seshagirirao Lekkala
Engineering at Cisco Systems | IP Networking | SD WAN | C | C++ | OOD | Linux | Python
SDN also allows the creation of customized network policies tailored to the specific needs of engineering teams or projects. Stakeholders can define and implement role based access control policies, traffic routing and security policies providing a level of customization that aligns with project requirements.
Rate this article
More relevant reading
-
Telecommunication ServicesWhat are the benefits of using SD-WAN for network troubleshooting in Telecommunication Services?
-
Computer NetworkingHow can you balance speed and accuracy in computer networking?
-
Communication SystemsHow can you measure the success of LAN-WAN integration?
-
Network AdministrationHere's how you can enhance your decision-making abilities as a network administrator using technology.