Azure Virtual Machines (VMs) 🖥
It works just like a physical computer but runs in the cloud.You can install an OS (Windows/Linux), apps, and run workloads and offering flexibility and scalability.
Key Components of Azure VMs 📈
- VM Size 📊: Defines CPU, memory, storage, and network capabilities.
- Operating System 🛠: Choose Windows or Linux OS images.
- Virtual Hard Disks (VHDs) 💾: Storage for VM OS and data disks.
- Network Interfaces 🌐: Connect VMs to virtual networks (VNets).
- Security 🔒: Managed via NSGs, Azure Firewall, and encryption.
- Availability Options 📈: Availability Sets and Zones for high availability.
Important Aspects 📚
- VM Types: General purpose, Compute-optimized, Memory-optimized.
- Storage Options: OS disk, data disks, managed/unmanaged disks.
- Networking: VNets, subnets, public IPs, NSGs.
- Scaling: Scale up/down VM sizes or use VM Scale Sets.
- Backup and Recovery: Azure Backup for VM protection.
Key Features 🌟
- Flexibility: Choose OS, size, and configurations.
- Scalability: Adjust resources as needed.
- Security: Protect VMs with Azure security tools.
- Integration: Integrate with Azure services like storage, networks.
Azure Virtual Machines provide on-demand, scalable, and cost-efficient compute power in the cloud.
They enable businesses to run applications, host workloads, test environments, and extend on-premises infrastructure without the need to invest in physical hardware.
With flexibility in operating systems, sizes, and configurations, Azure VMs are a core building block of Microsoft’s Infrastructure as a Service (IaaS) offerings.