Azure Personal KYC Account Step by Step Guide to Create an Azure VM

Azure Account / 2026-05-16 21:39:49

Why Create an Azure VM (and Why You’ll Probably Do It More Than Once)

Creating an Azure Virtual Machine (VM) is one of those classic “cloud starter moves.” It’s like building a desk: you start with a flat-pack box, you swear you’ll never do it again after the fourth mysterious screw falls under the couch, and then suddenly you have a working place to do things like spreadsheets, coding, hosting websites, or running that one service that “absolutely cannot be replaced.”

In Azure, a VM is a computer you can run in the cloud. You pick an operating system image, a size (CPU/RAM), networking details (which virtual network, subnet, and ports), storage (disk type and size), and authentication (SSH keys or passwords). Then Azure spins up your virtual machine, and you can log in like you’re in a very polite, very remote universe.

This guide will show you the entire process step by step, with a clear structure and readable explanations. Along the way, you’ll also see practical advice to avoid common “why can’t I connect?” moments, because nothing says fun like troubleshooting network security rules at 2 a.m. with dramatic lighting and cold coffee.

Before You Start: Gather Your Basics

Before you click around the Azure portal like a curious raccoon discovering a new trash bin, let’s gather a few basics. Azure is generally straightforward, but it helps to know what you want before you start clicking “Next” like it’s a video game.

1) Have an Azure account ready

If you already have an Azure subscription, great. If not, you’ll need to create one. Many accounts offer trial credits, but even if you don’t, you can still learn using a small VM size and turn it off when you’re done.

2) Know what you want to run

Ask yourself:

Is it a web server, a dev box, or a test environment?
Do you need Windows or Linux?
Will you connect to it from your laptop or another system?

Choosing Linux vs. Windows is mostly about your comfort level and the software you plan to run. Linux is popular for servers; Windows is popular when you need Windows-specific tooling or workloads. Either way, Azure won’t judge you.

3) Decide how you’ll access it

Azure VMs typically use either:

Azure Personal KYC Account SSH keys (common for Linux)
Passwords (sometimes used, but keys are generally better security)
For Windows, you’ll often set a username and password

If you can use SSH keys, do it. It’s like choosing the seatbelt instead of trusting vibes.

Step 1: Sign In to the Azure Portal

Go to the Azure portal and sign in with your Azure credentials. Once you’re in, you’ll see the dashboard with resource shortcuts, recent activity, and that comforting sense that you are in a place where things exist even when you can’t find them.

Now, we’re going to create a new VM. Look for the “Create” button or search for “Virtual machine.”

Step 2: Start Creating a New Virtual Machine

In the Azure portal, search for “Virtual machine.” Select the Virtual machine service. Then choose “Create” (or “Create a virtual machine”).

You’ll be taken to a page that asks for several pieces of information. Don’t worry—this process is long, but it’s not complicated. It’s just… detailed in the way that a cookbook is detailed. There are steps, measurements, and a strong hint that you should read the whole recipe before you start cooking.

Step 3: Choose Subscription and Resource Group

Azure uses a subscription to organize billing and access. A resource group is a logical container for your resources—kind of like a box labeled “Do Not Touch Unless You Mean It.”

Here’s what to do:

Subscription: pick the subscription you want to use.
Resource group: either select an existing resource group or create a new one.

Tip: Use a sensible naming pattern. For example, rg-dev-web-01 is far more helpful than rg-final-final-actual.

Step 4: Provide Basic VM Details

Next you’ll choose basic settings. This is the “introduce yourself” stage of your VM’s life.

4.1 Name the VM

Pick a VM name that reflects what it is. Example: vm-dev-web-01. Azure names often have restrictions (length, characters), so keep it clean.

4.2 Choose the region

Choose an Azure region. The region affects latency, data residency, and availability. Pick the region closest to where you and your users are. If this is for internal testing, pick a region you already use. If you’re unsure, choose one that’s common for your organization.

Step 5: Select the Image (Operating System)

Now comes the important part: what operating system and base configuration you want. Azure calls this the Image.

Typical options include:

Ubuntu Server
Debian
CentOS Stream
Windows Server (various versions)
Custom images (if you have them)

Select an image and version. If you’re deploying something production-like, choose a stable version with a support lifecycle you trust. If this is for learning, any reasonable image works—just ensure you know how to administer it (Linux commands vs. Windows tooling).

Also, if you need specific software from the start (like web servers), consider extensions later. You can always install packages after creation, but extensions can speed up setups.

Step 6: Choose the VM Size

VM size is where you choose CPU and memory. Azure offers a wide variety of sizes depending on workload and performance requirements.

If you’re just learning or testing, pick a smaller size. Common starters include small Linux VM sizes or basic Windows VM sizes. For anything production, you’ll likely want to right-size based on expected load.

How to choose without losing your mind:

Development/testing: small to medium sizes are usually fine.
Web server: start small, monitor performance, scale later if needed.
Memory-heavy workloads: choose a memory-optimized size family.
CPU-heavy workloads: choose CPU-optimized sizes.

And remember: you can resize later (with downtime considerations). Your VM isn’t married to its size. It can change.

Step 7: Configure Authentication (SSH or Password)

This is where your VM asks, “How will you prove you are you?” Azure provides authentication options that vary by OS.

7.1 For Linux VMs: Use SSH keys if possible

You’ll typically set:

A username (often something like azureuser)
SSH public key (recommended)
Or create/manage keys during setup

Using SSH keys is generally safer than passwords. If the portal offers key generation, it may generate an SSH key pair for you, or it may ask you for an existing public key. If you’re doing this manually, ensure you keep the private key safe.

Pro tip: Keep your private key private. Like your diary. Or your Netflix password.

7.2 For Windows VMs: Set a username and password

For Windows, you’ll set:

A username
A strong password

Azure requires password complexity. Choose a strong password you can remember or store securely. If you forget it, you can reset it, but why create extra chaos for no reason?

Step 8: Networking Configuration (The Part That Feels Like a Puzzle)

Networking is the area where most beginners go “I thought this was supposed to be easy.” It’s not that it’s hard—it's that networking has many moving parts, and some of them influence whether you can connect to your VM.

When creating a VM, Azure usually asks for:

Virtual Network (VNet)
Subnet
Public IP (optional but common for access)
Network security settings (inbound ports)

8.1 Virtual Network and Subnet

If you’re new to Azure networking, you can choose to create a new VNet during VM creation or use an existing one.

A VNet is a private network in Azure. A subnet is a slice of that network. For most learning setups, creating a new VNet is simplest.

Azure Personal KYC Account Be mindful of address space and subnet sizes. Azure will guide you with defaults, and those defaults are usually fine for small test environments.

8.2 Public IP address

If you want to connect directly from your laptop over the internet, you’ll usually enable a public IP. Azure may offer options to create a new public IP or use an existing one.

For a home lab or quick testing, you’ll likely want a public IP. For more locked-down environments, you might use private networking and VPN/ExpressRoute instead.

In other words: public IPs are convenient, but private networking is more grown-up. Choose your adventure.

8.3 Inbound port rules (Security)

Azure will ask which ports to allow. For example:

Azure Personal KYC Account Linux: allow SSH (port 22)
Windows: allow RDP (port 3389)
Web: allow HTTP (80) and/or HTTPS (443)

If you’re using a public IP, inbound rules determine who can reach your VM. A common approach is to restrict access to your IP address. Azure sometimes offers “Select inbound ports” and includes a setting to allow specific source ranges.

Don’t open ports broadly like it’s a party invitation for random strangers. If you’re unsure, allow only the ports you need and restrict them as much as possible.

Azure Personal KYC Account Step 9: Disks and Storage Options

Azure VMs use disks for the operating system and any attached data disks. During setup, you’ll configure:

OS disk type (standard or premium options, depending on the region and VM)
OS disk size (how much storage)

For learning and light workloads, the default OS disk is often enough. For heavier usage, increase size later or configure it now.

Think of disk size like closet space. If you buy a VM with too little disk space, you’ll eventually run into storage limitations and start moving files around like it’s an episode of “Storage Wars.”

Step 10: Review and Create

At this point, you’ll likely see a summary page showing your choices. This is where you should do the “sanity check.” Read the config like you’re your own customer support agent.

Check:

Azure Personal KYC Account VM name
Region
Image/OS
Size
Authentication method
Networking and inbound ports
Disk settings
Resource group

After that, click “Create.” Azure will deploy your VM. Deployment time depends on the region, image, and size. It might take several minutes. You can stare at the progress bar with confidence. Or you can do something productive like making tea, because nothing pairs well with a VM deployment like a snack.

Step 11: Connect to Your VM

Once deployment finishes, you’ll land on the VM’s overview page in Azure. You’ll see connection details such as the public IP address, and Azure may provide an SSH command or RDP instructions.

11.1 Connect to a Linux VM via SSH

If you used SSH, you’ll connect using SSH from your terminal.

Typical command structure:

ssh -i <path-to-private-key> username@public-ip

If your key is in a typical location and the filename matches, your exact command might look like:

Azure Personal KYC Account ssh -i ~/.ssh/id_rsa [email protected]

If it fails, don’t assume you broke everything. Common causes include:

Wrong username
Wrong private key
SSH port 22 not allowed in inbound security rules
Network security rule restricted to the wrong IP
VM still initializing

That’s right: you can absolutely fix this. It’s usually one small detail wearing a trench coat.

11.2 Connect to a Windows VM via RDP

For Windows, you connect using Remote Desktop Protocol (RDP). Azure may provide a built-in “Connect” option that launches the Remote Desktop connection tool.

You’ll need:

Public IP address
Username
Password

If RDP doesn’t work, common causes include:

RDP port 3389 not allowed in inbound rules
Network security rules restricted incorrectly
Incorrect credentials
Firewall rules inside the VM not configured (less common for defaults, but still possible)

Also, make sure your local machine has RDP connectivity and the port isn’t blocked by a corporate network. Some office networks are very polite but strict.

Step 12: Post-Creation Setup (So It’s Not Just a VM Sitting There Looking Useful)

Your VM is created. Great. But unless you intentionally built it as a decorative cloud ornament, you’ll probably want to install updates and configure it properly.

12.1 Update the OS

For Linux, you might run:

sudo apt update
Azure Personal KYC Account sudo apt upgrade

For Debian-based distributions using apt. For other distros, use the appropriate package manager.

For Windows, run Windows Update, or use relevant update management tools if your environment requires it.

Azure Personal KYC Account 12.2 Install required software

Depending on your goal, you might:

Install a web server (Nginx/Apache for Linux)
Set up database software
Install language runtimes (Python, Node.js, Java)
Configure development tools

Keep it purposeful. A VM with random software is like a toolbox containing only one rusty hammer: it might work eventually, but it’s not ideal.

12.3 Configure monitoring and logging (Optional, But Wise)

Azure offers monitoring tools that help track CPU usage, disk performance, logs, and alerts. For anything beyond a quick experiment, monitoring is a life raft.

If you’re learning, you can skip this for now. If you’re building something that needs to stay up, don’t skip it.

Best Practices (Because the Cloud Has a Sense of Humor)

Azure is forgiving, but it rewards good habits. Here are practical suggestions that prevent headaches later.

Use consistent naming and tags

Azure resources can be tagged with metadata like:

Environment: dev, test, prod
Owner: your team or person
Cost center: if you track spending

Tags don’t stop cost from happening, but they help you explain costs later without sweating through your shirt.

Don’t leave public access wide open

Restrict inbound ports to your IP or known networks when possible. If your VM needs to be accessible publicly, consider using:

Network security groups (NSGs)
Just-in-time access
Application-level security controls

This keeps your VM from becoming a “free target” for automated scans. The internet loves scanning. It scans like it’s getting paid per scan. (It probably is.)

Turn off or deallocate when not in use

When you’re finished with a test VM, stopping it can reduce costs. Deallocating can reduce further costs depending on configuration. If you’re doing a short learning project, consider creating a schedule to start/stop it.

This is how you avoid the classic story: “I forgot the VM was running and now my bill has opinions.”

Troubleshooting Common Problems

Azure Personal KYC Account Let’s cover some real-world “it doesn’t work” scenarios. These are the moments where you think, “I followed the steps,” and Azure responds with, “Yes, but did you check the ports?”

Problem 1: I can’t connect to the VM

Check the obvious things first:

Is the VM running?
Is the public IP correct?
Did you allow the correct inbound port?
Is your source IP restricted in rules?
Are you using the right username and key?

For Linux, ensure SSH is allowed. For Windows, ensure RDP is allowed. Then check the VM’s network security settings (NSG) if applicable.

Problem 2: SSH times out

SSH timeouts usually indicate network connectivity or firewall issues. Most commonly:

Port 22 isn’t open
NSG rules don’t allow inbound traffic
Your client IP isn’t permitted

Also, check whether the VM is still provisioning. If you try immediately, it may not be ready yet.

Problem 3: Authentication failed

This is typically a wrong key/username/password situation. For Linux:

Confirm you’re using the correct private key
Ensure the VM’s configured username matches

For Windows:

Make sure you typed the password correctly (and that Caps Lock is not your secret nemesis)
Confirm the correct username

Problem 4: The VM is running but performance is awful

If the VM feels slow, consider:

It’s too small (resize to a larger size)
Disk space is low
Updates and installs are consuming resources

Check CPU and disk metrics in Azure Monitor or within the OS.

Optional Upgrades: Make Your VM More Useful

Once your VM is up and running, you can enhance it with features depending on your needs.

Use VM extensions

Extensions can add functionality such as monitoring agents, custom scripts, or security features. This can reduce manual setup.

Attach additional data disks

If your workload needs more storage, attach data disks. This is handy for separating OS disk from application data.

Create backups

For anything important, enable backups. People are famously good at learning the hard way.

Quick Recap: The Azure VM Creation Checklist

Sign in to the Azure portal
Create a new Virtual Machine
Choose subscription and resource group
Name the VM and select a region
Pick the operating system image
Select an appropriate VM size
Configure authentication (SSH keys or Windows password)
Set up networking (VNet, subnet, public IP if needed)
Open only necessary inbound ports
Configure OS disk settings
Review and click Create
Connect to the VM and perform basic setup

Final Thoughts (and a Friendly Warning About Productivity)

Once you’ve created your first Azure VM, you’ll realize it’s not magic. It’s just a system with a lot of switches—and most of them are there because cloud resources need to be precise. You just did a very human thing: you navigated complexity and turned it into something useful.

Next time you create a VM, it’ll feel faster. You’ll also be better at avoiding the classic “I forgot to allow port 22” moment, which is essentially a rite of passage. Consider yourself initiated.

If you want, tell me what OS you’re using (Linux or Windows) and what you’re trying to run (web server, dev environment, database, etc.). I can suggest sensible defaults for the VM size, networking approach, and security rules—so your next VM doesn’t feel like it wandered into your environment wearing a trench coat.