Squid Proxies on Azure: Forward vs Reverse Setup

Azure Default Outbound Access Is Retiring - What You Need to Know Starting March 31, 2026, new Azure virtual networks will no longer provide automatic internet access for VMs. The defaultOutboundAccess property will be set to false by default, meaning VMs won’t be able to reach the internet unless you explicitly configure an outbound method. https://lnkd.in/eC23SWnG

🌐 Exploring Azure VNet Peering Today I spent time learning Azure VNet Peering and found it to be a very effective way to enable private, low-latency connectivity between virtual networks. It simplifies network design by allowing seamless communication without relying on VPN gateways, while still maintaining isolation and control. A practical feature for building scalable and clean Azure network architectures.

Using Proxmox to Learn Virtualization & Enterprise Concepts Virtualization is still a core skill for IT, cloud, and security professionals. Proxmox makes it possible to learn enterprise grade virtualization at home without expensive licenses. 1. Hands-On Virtualization With Real Enterprise Features Proxmox supports KVM virtual machines, LXC containers, clustering, backups, and high availability, the same concepts used in data centers and cloud platforms. 🔗 Proxmox overview: https://lnkd.in/gGBVk3nK 2. Learn Storage, Networking, and High Availability With Proxmox, you can practice software-defined storage, VLANs, bridges, and failover setups. These skills translate directly to enterprise and cloud environments. 🔗 Proxmox documentation: https://lnkd.in/ginvJH2R 3. Perfect for Automation, Security, and Home Labs Proxmox integrates well with automation tools, monitoring stacks, and security labs. It’s an excellent foundation for learning IaC, SOC monitoring, and AI infrastructure basics. 🔗 Proxmox API & automation: https://lnkd.in/g5HceqvT Proxmox is a gateway to understanding how enterprise infrastructure actually works. Mastering these fundamentals gives IT professionals a major advantage. #proxmox #virtualization #homelab #sysadmin #cloudengineering #itprofessional #kvm #containers #infrastructure #automation #enterprisetech #linux #techskills #2026skills

Azure Tip — Enable Accelerated Networking 🚀 For supported VM sizes, Accelerated Networking improves network performance by reducing latency and CPU usage. Why it matters: 👉 Higher throughput 👉 Lower latency 👉 Better performance for network-heavy workloads Check it before deploying production VMs. #Azure #MicrosoftAzure #AzureVM #Networking #AcceleratedNetworking #CloudPerformance #AzureAdmin #CloudEngineer #ITOps #CloudBestPractices

Exploring Traffic Manager Integration for External DNS. When you deploy externally accessible applications into Kubernetes, there is usually a requirement for creating some DNS records pointing to these applications, to allow your users to resolve them. Rather than manually creating these DNS records, there are tools that will do this work for you, one of which is External DNS. External DNS can watch your Kubernetes resource configuration for specific annotations and then use these to create DNS records in your DNS zone. It has integrations with many DNS providers, including Azure DNS. This solution works well and is in use by many customers using AKS and Azure DNS. Where we hit a limitation with External DNS in Azure is in scenarios where we are need to distribute traffic across multiple clusters for load balancing and global distribution. There are a few ways to achieve this global distribution in Azure, one way is to use... #techcommunity #azure #microsoft https://lnkd.in/ethNv4CY

🚀 New Blog Post: TLS/TCP Proxy Capabilities on Azure Application Gateway Azure Application Gateway is no longer just about Layer 7 (HTTP/HTTPS). With TLS and TCP proxy capabilities, it now enables you to front non-HTTP and encrypted workloads using the same scalable, managed gateway. In this blog, I cover: 🔹 What TLS/TCP proxy on Application Gateway really is 🔹 Key differences between TCP vs TLS proxying 🔹 Common use cases (databases, secure non-HTTP apps, hybrid scenarios) 🔹 High-level configuration steps 🔹 Important limitations and design considerations If you’re looking to simplify ingress architecture and consolidate Layer 4 and Layer 7 traffic behind a single Azure-native service, this one’s for you. 👉 Read the full blog here: https://lnkd.in/e7FV3ekT #Azure #AzureApplicationGateway #Networking #CloudArchitecture #Security #TLS #TCP #MicrosoftAzure #AzureNetworking #AzureWithUmesh

What’s New on Azure – January 2026 Highlights Azure kicked off 2026 with focused improvements across security, resiliency, and platform operations- • AKS security (GA): Native support for Pod Security Standards enables centralized, policy‑based enforcement across clusters • Networking (GA): StandardV2 NAT Gateway adds zone‑redundancy, higher throughput, and IPv4/IPv6 support at the same cost • Platform modernization: Ubuntu 24.04 is now supported in AKS • DevTest: Playwright Workspaces reporting is now GA for better test visibility and collaboration Azure Updates (Jan 2026): https://lnkd.in/gsAMpXQr ✅ Clear signal for 2026: secure‑by‑default Kubernetes, more resilient networking, and better enterprise‑grade operations. #Azure #AKS #CloudArchitecture #PlatformEngineering #AzureNetworking #DevOps

Welcome to the #Multicloud era. Moving large datasets between clouds is slow, expensive, and risky. With direct OCI interconnects to Azure, AWS, and Google Cloud, Oracle brings databases closer to your apps—delivering low latency, high performance, and secure private connectivity. Built on open standards, Oracle helps you avoid vendor lock-in, control cloud costs with lower egress pricing and BYOL, and secure data with Zero Trust security. #Oracle #OCI #CloudComputing #Multicloud

🔒 Prevent Accidental Deletions in Azure with Resource Locks If you’re managing critical Azure resources, a simple mistake can lead to major downtime. This video walks through how to use Azure Resource Locks to safeguard your infrastructure from accidental deletion or unwanted changes. A quick, practical guide to keeping your environment secure and stable—highly worth the two‑minute watch. https://lnkd.in/gB7i4Jck #Abcofcloud #Gracetonality #Resourcelocks #Azure

Load balancers are one of those components you don’t always see, but almost every reliable system depends on them. At a basic level, a load balancer sits in front of your application and distributes incoming traffic across multiple servers. This prevents overload, improves performance, and keeps applications available even when one instance fails. Why load balancers matter: High availability – No single point of failure. Scalability – Traffic is spread as your app grows. Better performance – Requests are handled efficiently. Fault tolerance – Unhealthy instances are automatically removed In cloud environments like Azure, load balancing can happen at different layers: Layer 4 (Transport) – Fast, TCP/UDP-based routing Layer 7 (Application) – Smart routing based on URLs, headers, and rules They’re a core building block of modern architectures — whether you’re running VMs, containers, or fully managed services. Understanding load balancers isn’t just a networking skill — it’s a reliability skill. #LoadBalancing #CloudComputing #Azure #Networking #DevOps #HighAvailability