Deploying a VPS from scratch is one of the core tasks in modern infrastructure management. Unlike shared hosting environments, a VPS provides isolated compute resources, root-level access, customizable networking, and full control over the operating system stack.
A clean VPS can be used for a wide range of workloads:
- Web applications and APIs
- Containerized environments with Docker
- Self-hosted databases and services
- Game servers and backend infrastructure
- CI/CD pipelines and automation tools
- Development and staging environments
However, a newly deployed server is rarely production-ready out of the box. Initial configuration typically includes system updates, SSH hardening, firewall configuration, user management, package installation, backup setup, and service deployment.
In this guide, we will go through the full VPS initialization workflow step by step — starting with operating system selection and ending with a secured, deployable Linux environment ready for real workloads.
A VPS is typically used when you need more control, flexibility, and performance than regular shared hosting can provide. Developers and companies use VPS servers to run applications, host websites, manage backend services, automate workflows, and create isolated environments for different projects.
Common VPS use cases include:
- Hosting websites, APIs, and web applications
- Running Docker containers and self-hosted services
- Deploying multiplayer or dedicated game servers
- Managing databases and storage services
- Creating private VPNs or remote work environments
- Building CI/CD pipelines and automation systems
- Testing software in isolated Linux environments
Compared to dedicated servers, VPS hosting is cheaper, faster to deploy, and easier to scale.
Quick VPS Setup Checklist
| Step | What to Do | Why It Matters |
|---|---|---|
| 1 | Choose VPS provider | Infrastructure quality affects performance and uptime |
| 2 | Select OS | Linux distributions differ in package management and stability |
| 3 | Connect via SSH | Main way to manage the server remotely |
| 4 | Update packages | Installs latest security patches |
| 5 | Create non-root user | Improves security |
| 6 | Configure firewall | Protects server ports |
| 7 | Install required software | Web server, Docker, database, etc. |
| 8 | Configure backups | Prevents data loss |
| 9 | Monitor server | Helps detect issues early |
Step 1. Choose a VPS Provider
The first step is selecting a VPS provider with stable infrastructure, flexible scaling, and fast deployment.
One option is Serverspace — a cloud platform that allows you to deploy virtual servers in just a few minutes.
Some useful features include:
- Fast VPS deployment
- Hourly billing
- Data centers in multiple regions
- Preconfigured Linux and Windows templates
- API and Terraform support
- Built-in snapshots and backups
- Flexible scaling without long-term contracts
For beginners, the ability to quickly redeploy or resize a VPS is especially useful during testing and learning.
Step 2. Deploy Your VPS
After registering with your provider, create a new virtual server.
Typical parameters:
| Setting | Recommended Choice |
|---|---|
| OS | Ubuntu Server LTS |
| CPU | 1–2 vCPU |
| RAM | 2–4 GB |
| Storage | SSD/NVMe |
| Authentication | SSH key preferred |
| Location | Closest to your users |
Once deployment finishes, you will receive:
- Public IP address
- Root username
- Password or SSH access
Step 3. Connect to the VPS via SSH
On Linux or macOS:
ssh root@YOUR_SERVER_IPOn Windows, you can use:
- PowerShell SSH
- PuTTY
- Windows Terminal
After login, you should see a terminal prompt from your server.
Step 4. Update the System
Before installing anything else, update system packages.
For Ubuntu/Debian:
apt update && apt upgrade -yFor Rocky Linux / AlmaLinux:
dnf update -yThis installs security patches and latest package versions.
Step 5. Create a New User
Running everything under root is not recommended.
Create a separate user:
adduser adminuserAdd the user to the sudo group:
usermod -aG sudo adminuserNow reconnect using the new account:
ssh adminuser@YOUR_SERVER_IPStep 6. Configure SSH Security
Basic SSH hardening significantly improves server security.
Open SSH configuration:
nano /etc/ssh/sshd_configFind and change:
PermitRootLogin noIf you use SSH keys:
PasswordAuthentication noRestart SSH:
systemctl restart sshStep 7. Configure a Firewall
Ubuntu usually includes UFW.
Allow SSH:
ufw allow OpenSSHAllow web traffic:
ufw allow 80/tcp
ufw allow 443/tcpEnable firewall:
ufw enableCheck status:
ufw statusStep 8. Install Required Software
The exact software depends on your project.
Install Nginx
apt install nginx -yCheck service:
systemctl status nginxInstall Docker
Docker is one of the most common tools on VPS environments.
Install Docker:
curl -fsSL https://get.docker.com | shVerify installation:
docker --versionLaunch a test container:
docker run hello-worldStep 9. Set Up Automatic Security Updates
Automatic updates help reduce security risks.
Install unattended upgrades:
apt install unattended-upgrades -yEnable service:
dpkg-reconfigure unattended-upgradesStep 10. Configure Backups and Snapshots
Backups are often ignored until something breaks.
At minimum, configure:
- Scheduled snapshots
- Database backups
- Offsite backup storage
- Configuration backups
Platforms like Serverspace provide snapshot functionality directly in the control panel, which simplifies recovery after failed updates or configuration mistakes.
Step 11. Configure domain and SSL
If you are hosting a website:
- Point domain DNS records to your VPS IP
- Install SSL certificates
- Configure HTTPS
The easiest option is Let’s Encrypt.
Install Certbot:
apt install certbot python3-certbot-nginx -yGenerate SSL certificate:
certbot --nginxCertificates renew automatically.
Step 12. Monitor your VPS
Monitoring helps identify problems before downtime occurs.
Useful monitoring tools:
| Tool | Purpose |
|---|---|
| htop | Resource monitoring |
| Netdata | Real-time monitoring dashboard |
| Zabbix | Infrastructure monitoring |
| Prometheus + Grafana | Metrics and visualization |
Example installation:
apt install htop -yRun:
htopWhy developers choose Serverspace
Modern cloud platforms simplify infrastructure management compared to traditional VPS hosting.
With Serverspace, developers can deploy a ready-to-use VPS in minutes and scale resources whenever needed.
Typical workflow looks like this:
- Create a VPS through the Serverspace control panel
- Connect via SSH
- Install required software and services
- Deploy applications or Docker containers
- Scale resources without downtime
This is especially useful for:
- Startups
- Developers
- Indie projects
- Test environments
- Game backend hosting
You can explore cloud server options here:
https://serverspace.us/services/cloud-servers/
FAQ
How much memory should a VPS have?
For small websites or test projects, 1–2 GB RAM is usually enough.
Which Linux distro is the easiest for beginners?
Ubuntu Server LTS is usually the easiest option due to extensive documentation and community support.
Is Docker necessary on a VPS?
No, but Docker simplifies deployments and dependency management.
Should I disable root login?
Yes. Using a separate sudo user improves security.
Can I host multiple websites on one VPS?
Yes. Nginx or Apache virtual hosts allow multiple websites on the same server.
How often should I back up my VPS?
Critical services should be backed up daily. Automated backups are strongly recommended.
Conclusion
Setting up a VPS from scratch is one of the most valuable skills for developers, system administrators, and anyone working with modern infrastructure.
The basic workflow is always similar:
- Deploy the server
- Secure SSH access
- Configure firewall rules
- Install required services
- Enable backups and monitoring
Once the initial setup is complete, managing a VPS becomes much easier.
If you are deploying production workloads or testing real-world applications, using a VPS from Serverspace can significantly simplify infrastructure management with fast deployment, flexible scaling, and cloud automation tools.