Cloud Native Data Center Networking vs Data Center Networking Architecture
Modern data center networking architecture comprises full-stack networking and security virtualization platforms that enable centralized management and granular security controls by allowing you to connect VMs, containers, and bare-metal applications.
This article will help you validate your perspective on modern cloud native data center networking vs. data center networking architecture. You will understand these concepts and gain insight into designing an affordable data center, one that is easy to manage, quick-to-scale, and reliable. Frontom is ready to provide superior Converged Network Services infrastructure for simplifying the complex management of data center.
It doesn’t matter if it’s a multi tenant private cloud, a machine learning network, or an enterprise data center.
- Cloud native data center networking technologies include designing, constructing, and running your workloads using a cloud computing business concept.
- Data center networking architecture includes all the resources to facilitate your business application data management and storage. These resources include switching, routing, load balancing, analytics, and many others that depend on your business.
What is a Cloud native Data Center?
It’s crucial to get new ideas to market instantly because business systems have evolved into weapons of strategic transformation business growth acceleration. The cloud enhances speed and agility to help you build and run scalable applications using dynamic computing environments, such as public, private, and hybrid clouds.
Cloud native data center networking systems harness robust automation strategies and compute infrastructure to make your business more resilient and help you prevail in dynamic, virtualized environments. The underlying infrastructure is available on the go, remains disposable, can be provisioned in minutes, and is scalable.
What is Data Center Networking Architecture?
Data-center networking architecture facilitates the flow of information between your infrastructural components. It uses micro-segmentation to help you optimize resources, such as applications, data, and security.
It provides the following benefits:
- Workflow Automation: The speed and agility of business service delivery largely depend on networking and application automation. This enables you to manage workflows efficiently and much faster by balancing workloads and automating time-consuming tasks.
- Policy Management: Modern data center networking solutions require consistent policy management to integrate resources from edge to cloud.
- Unified Management: Connecting your network resources using modern DCN architecture provides centralized system monitoring and management using a single console.
- Integrated Security: Modern data center networking architecture often includes micro-segmentation and IDS/IPS with integrated security controls.
- Complete Network Visibility: Modern data center networking architecture provides an exclusive visual representation of your entire network and its interconnections. It makes it easy to troubleshoot network issues much faster.
Benefits of CDN Architecture
The internet has interconnected business applications to make workflow management network-based and wired. Data center networking architecture is at the core of driving the digital revolution and is set to revolutionize how teams communicate by harnessing operational flexibility to enhance efficiency.
The network makes up the backbone of your IT infrastructure. However, because IT trends and digital requirements for business performance change rapidly, networking costs can fluctuate and become unpredictable. But, cloud native data center networking helps you mitigate these challenges by providing quick, scalable virtualization infrastructure and:
- Network Assessment: Cloud architecture gives you a complete overview of your entire network to help you audit performance and map out a strategy. You can implement solutions that help monitor and highlight trends to allow efficient scaling.
- Network Devices: Cloud-native solutions integrate leading network technologies at a low cost to provide you with higher throughput and help you provision services dynamically and meet benchmarks.
- Application Delivery Control: The cloud helps you harness strategically placed, high-performance, secure devices that allow you to balance workloads and reduce the strain on web servers to enhance application performance.
- LAN/ WAN Optimization: Cloud-native data center networking services allow you to design and implement scalable LAN/WAN network solutions to enhance application delivery processing time.
Cloud-Native Data Center Networking and Microservices
Cloud Native data center networking enhances microservices’ effectiveness and provides an effective architectural platform for building distributed cloud services that interact through integration. Where:
- Different solutions implement specific business capabilities within a larger domain context.
- Each application gets developed autonomously and deployed independently.
- Each application encapsulates its data storage technology and data management platform.
- Each application runs processes and interacts with other apps using standard communication protocols such as HTTP/HTTPS and WebSockets.
Microservices combine to form a unified application.
Key Takeaway Points
Business systems have evolved and become much more complex. The markets are demanding more, and customers expect rapid responses. This includes on-demand innovation and zero service downtime. Unfortunately, it is pretty challenging to achieve all this with traditional data center networking architecture. Many organizations face Performance problems and struggle to move fast.
However, cloud native data center networking services use microservices and container-based principles that allow businesses to adopt full scalability and operational accessibility. Professional cloud networking consultants like Frontom can help you build cloud-native applications on-premises or deploy them on public or private clouds.