Getting Started with Linode

Welcome to Linode (Akamai Connected Cloud)

Linode is a developer-focused cloud platform that has been providing simple, affordable, and high-performance cloud computing since 2003. As one of the pioneers of cloud hosting, Linode built its reputation on transparent flat-rate pricing, powerful Linux virtual machines, and a community-driven approach that resonated with developers, startups, and small teams worldwide. In 2022, Akamai Technologies acquired Linode and rebranded the combined offering as Akamai Connected Cloud, integrating Linode's infrastructure services with Akamai's world-class CDN and edge computing capabilities.

What makes Linode stand out in a crowded cloud market is its commitment to simplicity. Where AWS, Azure, and GCP offer hundreds of services with complex pricing models, Linode focuses on doing fewer things exceptionally well. You get compute instances (Linodes), managed Kubernetes (LKE), Object Storage, Managed Databases, NodeBalancers, Block Storage, VPC networking, Cloud Firewall, DNS management, and a handful of other essential services — all with predictable monthly pricing and no hidden fees. This streamlined approach means you spend less time navigating service catalogs and more time building your applications.

This guide walks you through creating your Linode account, understanding the platform structure, deploying your first resources using both the Cloud Manager (web UI) and the Linode CLI, and establishing the foundational knowledge you need to build production workloads on the platform.

Creating Your Linode Account

To get started with Linode, navigate to cloud.linode.com and click "Sign Up." You can register using an email address and password, or sign in with your Google or GitHub account for convenience. During registration, you will need to provide a valid payment method (credit card or PayPal) even though you will receive a promotional credit. Linode uses this to verify your identity and prevent abuse.

After completing registration, you land in the Cloud Manager — Linode's web-based control panel. The Cloud Manager provides a clean, intuitive interface for managing all your resources. Unlike the sprawling consoles of larger cloud providers, the Cloud Manager has a straightforward left sidebar with clear sections for Linodes, Kubernetes, Databases, Domains, Object Storage, NodeBalancers, Firewalls, VPC, StackScripts, Images, and Account settings.

Installing the Linode CLI

The Linode CLI is a powerful command-line tool that wraps the Linode API v4. It supports every API endpoint, making it a complete alternative to the Cloud Manager for users who prefer working in the terminal. Install it using pip:

pip install linode-cli

# Authenticate with your account
linode-cli configure

# The CLI will prompt you for a Personal Access Token
# Generate one at: cloud.linode.com/profile/tokens
# Grant it the scopes you need (read_write for full access)

After configuration, verify your setup by listing your account information:

# View account details
linode-cli account view

# List available regions
linode-cli regions list

# List available Linode plans
linode-cli linodes types

Understanding Linode's Service Architecture

Linode organizes its services into logical groups that map to the building blocks of modern applications. Understanding this structure helps you plan your architecture effectively:

• Compute: Linode instances (VMs) are the core compute unit. They come in Shared CPU, Dedicated CPU, High Memory, GPU, and Premium plan families. Each plan specifies vCPUs, RAM, SSD storage, and monthly transfer allowance at a fixed monthly price.
• Kubernetes: Linode Kubernetes Engine (LKE) provides managed Kubernetes clusters with a free control plane (you only pay for worker nodes). LKE supports autoscaling, high availability control planes, and automatic updates.
• Storage: Block Storage provides attachable SSD volumes (up to 10 TB) for persistent data. Object Storage offers S3-compatible storage for unstructured data like images, backups, and static assets.
• Databases: Managed Databases support PostgreSQL, MySQL, MongoDB, and Redis with automated backups, maintenance windows, high availability clustering, and connection pooling.
• Networking: VPC provides private Layer 3 networking between Linodes. NodeBalancers handle Layer 4/7 load balancing. Cloud Firewall provides stateful packet filtering. The DNS Manager handles domain zone management.
• Monitoring: Longview provides system-level monitoring with CPU, memory, disk, and network metrics. It also monitors applications like Nginx, Apache, MySQL, and PostgreSQL.

Deploying Your First Linode Instance

A Linode instance is a Linux virtual machine running on KVM hypervisors with SSD storage. Deploying one takes about 60 seconds. Here is how to create your first Linode using both the Cloud Manager and the CLI:

Using the Cloud Manager

1. Click Create in the top navigation, then select Linode.
2. Choose a distribution (Ubuntu 24.04 LTS is recommended for beginners).
3. Select a region close to your users (e.g., Newark/NJ, Fremont/CA, London, Singapore).
4. Choose a plan. The Linode 2GB (Shared CPU, $12/month) is a good starting point for small applications.
5. Set a root password and optionally add your SSH public key.
6. Click Create Linode.

Using the CLI

# Create a Linode with Ubuntu 24.04
linode-cli linodes create \
  --type g6-standard-1 \
  --region us-east \
  --image linode/ubuntu24.04 \
  --root_pass "YourSecurePassword123!" \
  --authorized_keys "ssh-rsa AAAA..." \
  --label my-first-linode \
  --tags "tutorial" \
  --booted true

# List your Linodes
linode-cli linodes list

# Get details of a specific Linode
linode-cli linodes view <linode-id>

Connecting to Your Linode

Once your Linode is running (status shows "Running"), connect via SSH using the public IPv4 address shown in the Cloud Manager:

# Connect via SSH
ssh root@<your-linode-ip>

# First-time setup: update packages
apt update && apt upgrade -y

# Create a non-root user for daily use
adduser myuser
usermod -aG sudo myuser

# Set up SSH key authentication for the new user
mkdir -p /home/myuser/.ssh
cp /root/.ssh/authorized_keys /home/myuser/.ssh/
chown -R myuser:myuser /home/myuser/.ssh

Securing Your Linode

Security is critical for any cloud resource exposed to the internet. Linode provides several layers of security that you should configure immediately after deployment:

Cloud Firewall

Linode's Cloud Firewall sits in front of your instances and filters traffic before it reaches the operating system. Unlike OS-level firewalls (iptables/nftables/ufw), Cloud Firewall is managed through the API and Cloud Manager, making it easier to apply consistent rules across multiple Linodes:

# Create a Cloud Firewall
linode-cli firewalls create \
  --label "web-server-firewall" \
  --rules.inbound_policy DROP \
  --rules.outbound_policy ACCEPT

# Add inbound rules for SSH and HTTPS
linode-cli firewalls rules-update <firewall-id> \
  --inbound '[
    {"action": "ACCEPT", "protocol": "TCP", "ports": "22", "addresses": {"ipv4": ["YOUR_IP/32"]}},
    {"action": "ACCEPT", "protocol": "TCP", "ports": "80,443", "addresses": {"ipv4": ["0.0.0.0/0"]}}
  ]' \
  --inbound_policy DROP \
  --outbound_policy ACCEPT

# Attach the firewall to your Linode
linode-cli firewalls device-create <firewall-id> \
  --id <linode-id> --type linode

Additional Security Hardening

Beyond the Cloud Firewall, implement these OS-level security measures:

• Disable root SSH login: Edit /etc/ssh/sshd_config and set PermitRootLogin no.
• Disable password authentication: Set PasswordAuthentication no in sshd_config to require SSH keys.
• Enable automatic security updates: Install and configure unattended-upgrades for security patches.
• Install fail2ban: Protects against brute-force SSH attacks by banning IPs with repeated failed attempts.
• Change the SSH port: Moving SSH to a non-standard port reduces automated scanning noise.

Regions and Data Centers

Linode operates data centers across multiple continents. As of 2026, Linode has expanded significantly thanks to Akamai's investment, with regions in North America (Newark, Atlanta, Dallas, Fremont, Chicago, Seattle, Washington DC, Miami, Los Angeles), Europe (London, Frankfurt, Amsterdam, Paris, Milan, Stockholm), Asia-Pacific (Singapore, Tokyo, Mumbai, Sydney, Jakarta, Osaka, Chennai), South America (São Paulo), and more locations being added regularly.

When choosing a region, consider latency to your users, data residency requirements, and service availability. Not all services are available in every region — newer regions may initially lack certain features like GPU instances or Managed Databases. Check the Linode status page and region availability matrix before committing to a deployment location.

Using StackScripts for Automated Provisioning

StackScripts are Linode's built-in mechanism for automating server provisioning. A StackScript is a bash script that runs during the first boot of a new Linode, allowing you to install software, configure services, and set up your environment automatically. StackScripts support User Defined Fields (UDFs) that prompt for input during deployment:

#!/bin/bash
# <UDF name="hostname" label="Server Hostname" />
# <UDF name="db_password" label="Database Password" />
# <UDF name="enable_firewall" label="Enable UFW" oneOf="yes,no" default="yes" />

set -euo pipefail

# Set hostname
hostnamectl set-hostname "$HOSTNAME"

# Update and install packages
apt-get update && apt-get upgrade -y
apt-get install -y nginx postgresql fail2ban ufw

# Configure firewall
if [ "$ENABLE_FIREWALL" = "yes" ]; then
  ufw default deny incoming
  ufw default allow outgoing
  ufw allow ssh
  ufw allow http
  ufw allow https
  ufw --force enable
fi

# Configure PostgreSQL
sudo -u postgres psql -c "ALTER USER postgres PASSWORD '$DB_PASSWORD';"
systemctl enable nginx postgresql

You can create StackScripts through the Cloud Manager or CLI and either keep them private to your account or share them with the Linode community. The StackScript library contains thousands of community-contributed scripts for common setups like LAMP stacks, WordPress, Docker, and development environments.

Backups and Disaster Recovery

Linode offers an automatic backup service that takes daily, weekly, and bi-weekly snapshots of your Linode at a cost of 25% of the monthly Linode price (e.g., $2.50/month for a $10/month Linode). Backups include the full disk image and can be restored to the same Linode or used to create a new one:

# Enable backups for a Linode
linode-cli linodes backups-enable <linode-id>

# List available backups
linode-cli linodes backups-list <linode-id>

# Restore from a backup
linode-cli linodes backups-restore <linode-id> <backup-id> \
  --linode_id <target-linode-id> \
  --overwrite true

For more granular backup strategies, combine Linode's built-in backups with Object Storage for application-level backups, database dumps, and configuration files. You can also create manual snapshots (called "Snapshots") at any time, though each Linode can store only one manual snapshot at a time.

Billing and Cost Management

Linode uses hourly billing with a monthly cap — you are billed by the hour for active resources but never pay more than the monthly rate. For example, a Linode 2GB at $0.018/hour is capped at $12/month. This makes costs predictable and eliminates bill shock. Key billing facts:

• Transfer pooling: Network transfer allowances from all Linodes in your account are pooled together. A Linode 2GB includes 2 TB of transfer, and if you have five of them, you get 10 TB total — usable by any Linode in the account.
• No ingress charges: Inbound traffic is always free on Linode.
• Flat pricing: The same Linode plan costs the same in every region (with the exception of some premium/new data centers).
• LKE control plane is free: You only pay for worker node Linodes, not the Kubernetes control plane or API server.
• Object Storage: $5/month minimum per cluster with 250 GB storage and 1 TB outbound transfer included.

Next Steps

With your Linode account set up and your first instance deployed, you are ready to build more complex architectures. Here are recommended next steps:

• Deploy a multi-tier application with VPC networking to isolate web, app, and database tiers.
• Set up a Kubernetes cluster with LKE for containerized workloads.
• Configure NodeBalancers for high-availability load balancing across multiple Linodes.
• Use Object Storage for static assets, backups, and media files.
• Implement Longview monitoring to track system performance and application metrics.
• Explore Managed Databases to offload database administration for PostgreSQL, MySQL, or Redis.
• Create StackScripts to standardize and automate your deployment processes.

Linode's simplicity is its greatest strength — the platform is designed to get out of your way so you can focus on building great software. Combined with Akamai's global edge network for content delivery and security, you have a cloud platform that punches well above its weight for developer productivity and cost efficiency.