Learn And Grow Community’s Post

5G CNFs - Designed to fail—and recover Did you know 5G cloud-native functions (CNFs) are built with the expectation of failure? Kubernetes self-healing architecture ensures automatic recovery to maintain network resilience. Learn how this "designed to fail" philosophy keeps our networks running smoothly. https://okt.to/XwIB3j #5G #Cloud #Kubernetes #network #telecom

As enterprises continue to adopt a multicloud strategy, the need for flexible, high-performance connectivity between public clouds, #colocation, and other critical IT services has never been greater. FCR is an on-demand, easy-to-deploy virtual routing service establishing layer 3 connectivity across our software-defined global network. 🌐 Route traffic efficiently between public cloud instances 🔒Maintain tight control and visibility over your multicloud network with secure, private connections 🚀 Scale your connectivity on demand and achieve optimal performance, security, & control over your #multicloud infrastructure

The latest update for #Kentik includes "Announcing the #Cloud Latency Map" and "Beyond Their Intended Scope: Uzing into Russia". #monitoring #Networks #Observability https://lnkd.in/dZH-K8px

The latest update for #Kentik includes "Calm Down, #Cloud's Not THAT Different!" and "How Kentik Lowers #CloudCosts". #monitoring #Networks #Observability https://lnkd.in/dZH-K8px

Learn about Equinix's Fabric Cloud Router with Walt Ribeiro, Christopher Privitere, and Amy Tobey 🤩 https://eqix.it/3PedE1R Dive into the facts of the #FCR, network simplicity, and #multicloud solutions! #YouTube #FabricCloudRouter

Good set of technical insights, use cases and capabilities of Equinix Fabric Cloud Router (FCR) covered by Walt Ribeiro Christopher Privitere and Amy Tobey in this video. Exciting to see the seamless integration and use cases of Prosimo.io's with FCR, enhancing Developer Velocity and enabling self-service multi-cloud networking. My colleague Chinedu E. has covered the details of this integration in his blog : https://lnkd.in/g2dK3VjW

How does Equinix FCR help with Multi-Cloud Networking? Walt Ribeiro, and Amy Tobey cover a range of technical insights, use cases, and capabilities of Equinix Fabric Cloud Router (FCR). Check out the deep dive below, some key points covered: 1. Technical Insights: Detailed explanations of the Equinix Fabric Cloud Router's architecture, functionality, and how it integrates with various cloud platforms and services. 2. Use Cases: Demonstrations or discussions of real-world scenarios where Equinix Fabric Cloud Router can be deployed effectively, such as multi-cloud networking, hybrid cloud environments, or optimizing network performance across different regions. 3. Capabilities: Exploring the features and capabilities of Equinix Fabric Cloud Router, including its ability to provide secure and reliable connectivity, optimize network traffic, and simplify network management tasks. 4. Integration with Prosimo.io: Highlighting the seamless integration between Prosimo.io and Equinix Fabric Cloud Router, showcasing how this integration enhances developer productivity, facilitates self-service networking, and improves the overall efficiency of multi-cloud environments. Check out the deep dive below. #EquinixFabric #CloudNetworking #NetworkIntegration #SelfServiceNetworking #CloudInfrastructure #multicloud #multicloudnetworking #cloudnativearchitecture #cloudnativenetworking

Learn how to optimize your network with #5G Cloud Packet Core. Join Heavy Reading analyst and Nokia experts to discover the benefits of evolving to 5G CPC: https://lnkd.in/dAeuurGC #5GCore #CloudPacketCore #CPC

The latest update for #Kentik includes "Infrastructure Modernization Means a #Multicloud Future" and "Calm Down, #Cloud's Not THAT Different!". #monitoring #Networks #Observability https://lnkd.in/dZH-K8px

🌐 Exploring Azure Virtual Network Peering 🌐 Recently, I delved into the concepts of Virtual Network (VNet) Peering in Azure, and it's fascinating to see how it simplifies connectivity between virtual networks. VNet Peering enables seamless connection of two or more virtual networks, making them appear as one for connectivity purposes. What stands out is how the traffic between virtual machines in peered VNets is routed exclusively through the Microsoft backbone infrastructure, ensuring a private and highly secure communication channel. This efficient approach mirrors the experience of traffic within the same network—secure, fast, and reliable—all without the overhead of gateways or public internet usage. Looking forward to applying this knowledge in designing scalable and secure cloud architectures! 🚀 #Azure #VNetPeering #CloudNetworking #LearningJourney #MicrosoftAzure