Comparison of AWS OVHcloud and Oracle Cloud server infrastructure

AWS vs OVHcloud vs Oracle Cloud: Which Cloud Server Is Best in 2026?

CodingMonkey™ IT & Infrastructure Guides 2026 28 August 2026

CLOUD 2026

SERVER GUIDE

CLOUD COMPARISON

AWS vs OVHcloud vs Oracle Cloud: Which Cloud Server Is Best?

AWS, OVHcloud and Oracle Cloud Infrastructure all provide cloud computing resources, but they approach the market differently. The best provider depends on whether you need a simple VPS, enterprise infrastructure, highly scalable cloud services, bare metal servers or specialized compute resources.

Rather than asking which provider is universally best, the better question is: which platform is best for your specific workload?

Quick Comparison

Provider	Strong Use Cases	Server Options
AWS	Large cloud ecosystems and scalable applications	Virtual instances and extensive cloud services
OVHcloud	VPS, dedicated infrastructure and European cloud options	VPS, public cloud and dedicated servers
Oracle Cloud Infrastructure	Enterprise, database, VM and bare-metal workloads	VMs, bare metal, GPU and specialized compute

AWS: Best for a Broad Cloud Ecosystem

AWS provides Amazon EC2 for virtual server instances and a very large collection of related cloud services.

EC2 allows customers to launch virtual servers and select instance types based on the required balance of compute, memory, storage and network performance.

AWS Is Best For

Large-scale web applications
Cloud-native development
Enterprise applications
Global infrastructure
Complex architectures

AWS Considerations

The service ecosystem can be complex for beginners.
Pricing requires careful planning and monitoring.
Many workloads involve multiple AWS services rather than a single server.

OVHcloud: Best for VPS and Dedicated Infrastructure

OVHcloud offers multiple infrastructure models, including VPS products, public cloud services and dedicated servers.

This makes OVHcloud particularly relevant for users who want a straightforward virtual server or dedicated machine while also having access to broader cloud infrastructure.

OVHcloud Is Best For

VPS hosting
Dedicated servers
Web hosting infrastructure
Development environments
Gaming and self-hosted workloads

OVHcloud takeaway: OVHcloud is particularly useful when you want straightforward VPS or dedicated infrastructure without limiting yourself to a single infrastructure model.

Oracle Cloud Infrastructure: Best for Flexible VM and Bare-Metal Compute

Oracle Cloud Infrastructure offers both virtual machine and bare-metal compute instances.

Its VM portfolio includes standard, optimized and specialized instance types, while bare-metal resources provide dedicated physical hardware for workloads requiring full server access.

OCI Is Best For

Enterprise applications
Oracle-related workloads
Flexible VM configurations
Bare-metal infrastructure
GPU and specialized compute

Which Provider Is Best for Beginners?

For a user who simply wants a Linux server with predictable resources, a straightforward VPS can be easier to understand than a large public-cloud ecosystem.

OVHcloud's VPS offerings are therefore worth considering for users who primarily need a traditional virtual server.

Best for beginners: OVHcloud is worth considering if your priority is a straightforward VPS with predictable resources rather than a large and complex cloud architecture.

Which Is Best for Scaling Applications?

AWS is particularly strong when an application requires access to a broad ecosystem of cloud services and highly scalable infrastructure patterns.

However, scaling requirements should always be evaluated against architecture complexity and cost.

Scaling takeaway: AWS can be especially attractive when applications need a broad collection of cloud services and scalable infrastructure patterns.

Which Is Best for Dedicated Hardware?

Both OVHcloud and Oracle Cloud Infrastructure provide dedicated hardware options.

OCI's bare-metal compute provides full physical server access, while OVHcloud has a substantial dedicated server portfolio.

OVHcloud

A strong option for users specifically looking for dedicated server infrastructure alongside VPS and public cloud products.

Oracle Cloud Infrastructure

Offers bare-metal compute with full physical server access for workloads that require dedicated infrastructure.

Which Provider Should You Choose?

AWS

Choose AWS when you need a broad and deeply integrated cloud ecosystem, scalable infrastructure and access to a large collection of cloud services.

OVHcloud

Choose OVHcloud when your priority is straightforward VPS or dedicated infrastructure alongside broader cloud options.

Oracle Cloud Infrastructure

Choose Oracle Cloud Infrastructure when you need flexible VM or bare-metal compute, particularly for enterprise and specialized workloads.

Final Verdict

AWS is a strong choice when you need a broad and deeply integrated cloud ecosystem.

OVHcloud is a strong choice when your priority is straightforward VPS or dedicated infrastructure alongside broader cloud options.

Oracle Cloud Infrastructure is a strong choice when you need flexible VM or bare-metal compute, particularly for enterprise and specialized workloads.

Important: There is no universal winner. The correct cloud provider depends on your workload, technical experience, budget model, geographic requirements and infrastructure architecture.

The Bottom Line

AWS is strongest for a broad cloud ecosystem, OVHcloud stands out for straightforward VPS and dedicated infrastructure, and Oracle Cloud Infrastructure offers flexible VM and bare-metal options. Choose based on the infrastructure your workload actually needs.

Virtual private server architecture showing isolated VPS environments on shared hardware

What Is a VPS? Types of Virtual Private Servers Explained

CodingMonkey™ IT & Infrastructure Guides 2026 28 August 2026

VPS 2026

SERVER GUIDE

BEGINNER FRIENDLY

What Is a VPS? Types of Virtual Private Servers Explained

A VPS, or Virtual Private Server, is a virtualized server environment that provides dedicated allocations of computing resources while running on infrastructure that may also host other virtual servers.

A VPS sits between traditional shared hosting and a fully dedicated physical server. It provides more control and flexibility than ordinary shared web hosting while usually costing less than renting an entire dedicated machine.

How Does a VPS Work?

A physical server is divided into multiple isolated virtual environments using virtualization technology.

Each VPS can have its own:

Operating system
Allocated CPU resources
RAM allocation
Storage
Network configuration
Installed applications

You can typically access the VPS remotely and manage it as your own server.

VPS vs Shared Hosting

Shared hosting is usually designed around simplicity. Multiple websites share a hosting environment managed primarily by the hosting provider.

A VPS gives the customer significantly more control. You may be able to choose the operating system, install server software and configure services yourself.

Shared Hosting

Simple and convenient, with much of the server environment managed by the hosting provider.

VPS

Provides more control over the operating system, software, configuration and server environment.

VPS vs Dedicated Server

A dedicated server is an entire physical machine allocated to one customer.

A VPS is a virtual server running on shared physical infrastructure. The VPS may offer dedicated allocations of certain resources, but the underlying hardware is usually part of a larger virtualization platform.

Key difference: A VPS gives you a virtual server environment, while a dedicated server gives you an entire physical machine.

Different Types of VPS

1. Managed VPS

A managed VPS includes additional administration or operational support from the provider. This can be useful for customers who need server resources but do not want to handle every aspect of system administration.

Best for: Businesses, website owners and users with limited Linux administration experience.

2. Unmanaged VPS

An unmanaged VPS gives the customer more direct responsibility for configuring and maintaining the server.

You may need to manage:

Operating system updates
Security patches
Web server configuration
Firewall rules
Backups

Best for: Developers, system administrators and experienced Linux users.

3. Cloud VPS

A cloud VPS is generally delivered through cloud infrastructure that can provide greater flexibility and integration with additional cloud services.

Depending on the provider, resources may be provisioned dynamically and connected to cloud storage, networking, load balancing and other services.

4. Traditional VPS

A traditional VPS is commonly sold as a fixed virtual server plan with a defined amount of CPU, RAM and storage.

This model can be simpler and more predictable for users who know exactly how many resources they require.

5. Windows VPS

A Windows VPS runs a Windows Server operating system and is often used for applications requiring the Windows ecosystem.

6. Linux VPS

A Linux VPS can run distributions such as Ubuntu, Debian, AlmaLinux, Rocky Linux or other supported operating systems.

Best for: Web hosting, development, containers, VPNs and many server applications.

What Is a VPS Used For?

Web Hosting

Host websites and web applications using software such as Nginx, Apache, PHP and databases.

Development

Create isolated environments for testing applications, APIs and databases.

VPN Servers

Run an authorized private VPN service for remote access and networking.

Game Servers

Host supported multiplayer game services when resources and network performance are appropriate.

Self-Hosted Applications

Run monitoring tools, dashboards, collaboration software and development platforms.

How Much VPS Power Do You Need?

The correct VPS depends on the workload.

Use Case	Typical Priority
Small Website	Low to moderate CPU and RAM
Busy Web Application	More CPU, RAM and scalable infrastructure
Database	RAM and fast storage
Game Server	CPU performance and network quality
Development Server	Flexible CPU, RAM and storage

Example: OVHcloud VPS

OVHcloud offers VPS products aimed at workloads such as web hosting, gaming, VPN services and development. Its VPS offerings provide a range of virtual CPU, RAM, NVMe storage and networking configurations.

Choosing tip: Compare CPU, RAM, storage, networking and management options based on the workload you actually plan to run.

Final Verdict

A VPS is an excellent middle ground between shared hosting and dedicated infrastructure.

Choose a VPS if you need more control than ordinary hosting but do not require an entire physical server.

Beginner

A managed VPS may be easier if you want server resources without handling every aspect of administration yourself.

Developer

An unmanaged VPS can provide greater flexibility and control for developers and experienced Linux users.

The Bottom Line

A VPS gives you a practical balance of control, flexibility and cost, making it a popular choice for websites, development environments, applications and many self-hosted services.

Diagram showing a physical server divided into multiple isolated virtual machines

How Virtual Machines Work: A Complete VM Guide for Beginners

CodingMonkey™ IT & Infrastructure Guides 2026 28 August 2026

CLOUD 2026

BEGINNER GUIDE

VIRTUALIZATION

How Virtual Machines Work: A Complete Guide to VMs

Understand how virtual machines work, how hypervisors manage physical resources, how multiple VMs share one server, and why virtualization is fundamental to modern cloud computing.

A virtual machine, usually called a VM, is a software-defined computer that runs on physical hardware. A single physical server can host multiple virtual machines, with each VM operating as an independent computing environment.

Virtualization is one of the most important technologies in modern cloud computing because it allows cloud providers to divide physical infrastructure into isolated and flexible computing resources.

A Virtual Machine in Simple Terms

Think of a powerful physical server as an apartment building.

The physical hardware is the entire building. Virtual machines are the individual apartments.

Each apartment has its own occupants and internal environment, but the apartments all exist within the same physical structure.

Similarly, multiple virtual machines can run on the same physical server while remaining isolated from each other.

Key idea: Multiple virtual machines can share the same physical server while maintaining separate operating systems, applications and computing environments.

What Does a Virtual Machine Contain?

A VM can contain virtual versions of the same resources found in a physical computer:

Virtual CPU cores
Allocated RAM
Virtual disks
Virtual network interfaces
A virtualized BIOS or firmware environment
An operating system
Applications and services

Developer takeaway: A VM provides virtual hardware on which an operating system and applications can run as if they were operating on an independent computer.

The Hypervisor: The Technology Behind Virtual Machines

The hypervisor is the core technology responsible for managing virtual machines.

It allocates physical hardware resources and helps enforce isolation between virtual machines. The hypervisor makes it possible for multiple operating systems to share the same physical server.

For example, one physical machine could potentially run:

Linux Web Server

A Linux-based VM running websites or web applications.

Windows Server

A Windows application server running independently from other workloads.

Database VM

A virtual machine dedicated to database workloads.

Development VM

An isolated environment for development and testing.

Each system can operate independently even though the underlying physical resources are shared.

Why it matters: The hypervisor manages the physical resources and provides each virtual machine with the virtual hardware it needs to operate independently.

Step-by-Step: How a Cloud VM Is Created

Step 1: Physical Hardware Is Installed

The cloud provider operates physical servers containing CPUs, memory, storage and network hardware.

Step 2: The Virtualization Layer Is Configured

A hypervisor or equivalent cloud virtualization architecture manages how the physical resources are divided.

Step 3: Resources Are Allocated

The provider allocates resources to the VM, such as four virtual CPU cores, eight gigabytes of RAM and a virtual storage disk.

Step 4: An Operating System Is Installed

The virtual machine can be created from an operating system image such as Ubuntu, Debian, Oracle Linux or Windows.

Step 5: Networking Is Connected

The VM receives networking configuration, which may include private networking, public IP addresses, firewall rules and routing.

Step 6: Applications Are Installed

The VM can now run a website, database, API, game server or almost any other supported workload.

How Can Multiple VMs Share One Server?

The hypervisor controls access to physical resources. It schedules CPU usage, manages memory allocation and provides virtual devices to each guest operating system.

To the operating system running inside a VM, the virtual hardware can appear similar to a normal computer.

This allows a Linux operating system inside one VM to behave independently from another operating system running in a different VM.

CPU

Physical CPU resources are allocated and scheduled between virtual machines.

Memory

The virtualization layer manages RAM allocated to individual virtual machines.

Storage

Virtual disks provide storage resources to each guest operating system.

Networking

Virtual network interfaces connect virtual machines to private and public networks.

Are Virtual Machines Securely Isolated?

Virtual machines are designed to provide isolation between workloads. However, virtualization is not a substitute for security practices.

Important: A virtual machine still needs to be properly secured. Virtualization does not replace operating system updates, firewall configuration, access controls or application security.

Each VM still needs appropriate:

Operating system updates
Firewall rules
Access controls
SSH key or password security
Application security
Monitoring and backup strategies

Virtual Machines vs Containers

A virtual machine generally includes a complete guest operating system. Containers use a different approach, packaging applications and their dependencies while sharing more of the underlying operating system environment.

VMs often provide stronger separation at the operating system level, while containers can be more lightweight and efficient for certain application deployment models.

Virtual Machines	Containers
Usually include a complete guest operating system	Share more of the underlying operating system
Provide strong operating-system-level isolation	Generally use fewer resources
Can run different operating systems on one host	Designed primarily for application workloads
Generally require more resources	Can start and scale very quickly

Why Cloud Providers Use Virtual Machines

Virtual machines allow providers to offer flexible infrastructure to many customers. Instead of renting an entire physical server for every workload, customers can provision the resources they actually require.

This makes VMs useful for:

Small Websites

Flexible infrastructure for websites and small online projects.

Enterprise Applications

Isolated computing environments for business applications.

Development

Dedicated environments for development and testing.

Testing

Temporary and isolated environments for testing software.

Temporary Workloads

Provision computing resources when they are needed without dedicated hardware.

Databases

Run database workloads inside dedicated virtual environments.

Application Hosting

Host APIs, services and other applications on flexible virtual infrastructure.

Cloud takeaway: Virtualization allows cloud providers to divide large physical servers into flexible computing environments that can be provisioned for different customers and workloads.

Final Verdict

A virtual machine is essentially an independent computer environment created from physical computing resources.

The hypervisor and cloud infrastructure divide and manage the physical hardware, allowing multiple isolated VMs to operate on the same underlying platform.

Understanding VMs is essential before choosing a VPS or cloud provider because many modern cloud servers are virtual machines under different product names.

The Bottom Line

Virtual machines allow multiple isolated computing environments to operate on the same physical hardware. The hypervisor manages CPU, memory, storage and networking resources while each VM can run its own operating system and applications.

Illustration of cloud servers connected through a global data centre network

Featured

What Is a Cloud Server? Complete Beginner's Guide for 2026

CodingMonkey™ IT & Infrastructure Guides 2026 28 August 2026

CLOUD COMPUTING 2026

BEGINNER GUIDE

CLOUD SERVERS

What Is a Cloud Server? A Complete Beginner's Guide

A cloud server is a computing resource that is delivered through a cloud provider's infrastructure rather than being installed as a physical server in your home or office.

A cloud server is a computing resource that is delivered through a cloud provider's infrastructure rather than being installed as a physical server in your home or office. Depending on the service, a cloud server may be a virtual machine, a dedicated physical server, or another form of on-demand compute capacity.

Instead of buying a server, installing it in a rack and maintaining the hardware yourself, you can rent computing resources from a provider. Those resources may include CPU processing power, RAM, storage, networking and an operating system.

This model has become central to modern web hosting, application development, databases, artificial intelligence, gaming services and enterprise infrastructure.

Cloud Server Explained in Simple Terms

Imagine that you need a computer to run your website 24 hours a day.

You could purchase a physical server, install Linux, connect it to the internet and maintain it yourself. Alternatively, you can rent a server from a cloud provider.

The basic idea: With a cloud server, the provider operates the physical infrastructure while you provision the computing resources required for your workload.

A typical cloud server might include:

Virtual CPU cores or dedicated physical CPU resources
Allocated RAM
SSD or network-attached storage
Public and private networking
An operating system such as Linux or Windows
Security and firewall configuration

How Does a Cloud Server Work?

At the physical level, cloud providers operate data centres containing large numbers of servers, networking equipment and storage systems.

Virtualization technology allows a physical machine to be divided into multiple isolated computing environments. These environments are commonly called virtual machines, or VMs.

For example, one physical server may provide resources for several separate virtual servers. Each virtual server can run its own operating system and applications while remaining logically isolated from other workloads.

The Basic Cloud Server Stack

Physical hardware: CPUs, RAM, storage and network interfaces.
Hypervisor or virtualization layer: Software or firmware technology that manages virtual machines.
Virtual machine: An isolated computing environment with allocated resources.
Operating system: Linux, Windows or another supported system.
Applications: Websites, databases, APIs, game servers and other workloads.

Common Types of Cloud Servers

Virtual Machine Cloud Servers

A virtual machine provides an isolated computing environment on shared physical infrastructure. AWS EC2, Oracle Cloud Infrastructure Compute and many other cloud platforms provide virtual machine instances.

Virtual machines are suitable for a wide range of workloads, including websites, application servers, development environments and databases.

Dedicated Cloud Servers

A dedicated server provides access to an entire physical machine. This can provide stronger physical isolation and predictable access to hardware resources.

Dedicated servers are often used for demanding databases, virtualization, high-performance workloads and applications with specific isolation requirements.

GPU Cloud Servers

GPU servers provide graphics processing resources for workloads such as AI, machine learning, scientific computing, rendering and data processing.

High-Performance Computing Servers

HPC servers are designed for demanding computational workloads. These can include scientific simulations, engineering applications, research workloads and large-scale data processing.

Examples of Major Cloud Server Providers

AWS

AWS provides Amazon EC2, where customers launch virtual server instances with different combinations of compute, memory, networking and storage resources.

Oracle Cloud Infrastructure

Oracle Cloud Infrastructure provides both virtual machine and bare-metal compute instances, allowing users to select infrastructure based on performance and workload requirements.

OVHcloud

OVHcloud provides several infrastructure models, including VPS products, public cloud resources and dedicated servers.

What Are Cloud Servers Used For?

Website hosting
Web applications
Databases
Development and testing
Game servers
VPN servers
Containers and Kubernetes
AI and machine learning
File storage and backup systems
Enterprise applications

Cloud Server Advantages

Scalability

Resources can often be increased or reduced as requirements change.

Speed

New servers can often be provisioned much faster than purchasing physical hardware.

Global Infrastructure

Providers may offer data centres across multiple regions.

Flexible Resources

You can select different CPU, memory and storage configurations.

Reduced Hardware Management

The provider manages the underlying physical infrastructure.

Cloud Server Disadvantages

Costs can increase as infrastructure grows.
Pricing models can be complicated.
Some services require significant technical knowledge.
You are still responsible for securing and maintaining your server in many cloud configurations.
Moving between providers can sometimes create migration challenges.

Cloud Server vs Traditional Server

A traditional server is typically a physical machine owned or rented by an organization. A cloud server is generally provisioned from infrastructure operated by a cloud provider.

The key difference: Cloud infrastructure allows organizations to provision computing capacity on demand instead of purchasing and physically installing every server.

Final Verdict

Cloud servers provide flexible computing capacity for everything from small personal websites to global applications.

For beginners, the most important concept to understand is that a cloud server is not necessarily one specific type of machine. It may be a virtual machine, a VPS, a dedicated server, a GPU instance or another form of cloud compute.

The Bottom Line

The next step is understanding how virtualization works, because virtual machines are the technology behind many modern cloud servers.

Related Article: How Virtual Machines Work: A Complete Guide to VMs

Ubuntu vs Linux Mint in 2026: Which Linux Distro Is Better?

CodingMonkey™ IT & Infrastructure Guides 2026 28 August 2026

LINUX 2026

UBUNTU VS MINT

COMPARISON GUIDE

Ubuntu vs Linux Mint: Which Is Better in 2026?

Ubuntu and Linux Mint are two of the best-known desktop Linux distributions. Both are excellent choices, both have large communities and both can be used as a full replacement for Windows or another desktop operating system.

A comparison between Ubuntu and Linux Mint desktop environments

However, they are designed with different priorities.

Ubuntu offers a broad ecosystem, extensive support and a mainstream Linux platform used across desktop, server and cloud environments. Linux Mint focuses strongly on delivering a comfortable, familiar and straightforward desktop experience.

Ubuntu vs Linux Mint: Quick Comparison

Category	Winner
Beginners	Linux Mint
Documentation	Ubuntu
Familiar Desktop Layout	Linux Mint
Developer Ecosystem	Ubuntu
Long-Term Support	Ubuntu
Ease of Transition from Windows	Linux Mint

Ubuntu: Strengths and Weaknesses

Ubuntu Strengths

Huge global community
Extensive documentation
Large software ecosystem
Long-term support releases
Strong developer and enterprise ecosystem

Ubuntu Weaknesses

The GNOME desktop workflow may feel unfamiliar to some Windows users
Some users prefer a more traditional desktop layout

Linux Mint: Strengths and Weaknesses

Linux Mint Strengths

Beginner Friendly

Beginner-friendly design focused on practical everyday use.

Comfortable Desktop

Provides a comfortable desktop experience for everyday users.

Familiar Workflow

Offers a familiar workflow for people coming from Windows.

Desktop Focus

Strong focus on straightforward everyday desktop computing.

Linux Mint Weaknesses

May not be the first choice for users seeking the newest technologies
Smaller enterprise and cloud ecosystem than Ubuntu

Which Is Better for Beginners?

Linux Mint wins for most complete beginners.

Its familiar desktop environment and practical approach make it easier for many users to transition from Windows without immediately needing to learn a new computing workflow.

Which Is Better for Developers?

Ubuntu has the advantage for developers who want broad compatibility.

Ubuntu's popularity means that development tutorials, cloud images, third-party packages and enterprise tooling frequently support it directly.

That does not mean Linux Mint cannot be used for development. It absolutely can. The difference is more about ecosystem scale than capability.

Which Has Better Long-Term Support?

Ubuntu's LTS strategy is one of its strongest advantages. Ubuntu 26.04 LTS is positioned as a long-term support release with five years of free security and maintenance updates for the standard LTS lifecycle.

This makes Ubuntu particularly attractive for users who want to install an operating system and avoid frequent major upgrades.

Our Final Verdict

Linux Mint

Choose Linux Mint if you are new to Linux and want the easiest transition from a traditional desktop environment.

Ubuntu

Choose Ubuntu if you want the broader ecosystem, extensive documentation and a platform that connects desktop use with development, server and cloud technologies.

The Bottom Line

Neither choice is wrong. For a first-time Linux user, Linux Mint may feel more immediately comfortable. For users who want the broadest possible Linux ecosystem, Ubuntu remains one of the strongest choices available in 2026.

Winner for Beginners

Linux Mint

Winner for Overall Ecosystem

Ubuntu

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