Cloud virtual machines have become an important part of modern IT infrastructure. Businesses, developers, startups, and organizations use virtual machines to host websites, applications, databases, development environments, business software, and other workloads without purchasing and maintaining physical servers.
Choosing between different cloud VM providers can be challenging because providers offer different combinations of compute resources, storage, networking, operating systems, security controls, management tools, pricing models, and geographic locations.
This guide explains what cloud virtual machines are, how virtual machine hosting works, what to compare when selecting a provider, and ten well-known providers offering cloud-based virtual machine services.
Quick Answer:
Cloud VM providers offer virtualized computing resources that can be deployed through a cloud platform. Examples include Net2Secure, Amazon EC2, Microsoft Azure Virtual Machines, Google Compute Engine, Oracle Cloud Infrastructure, IBM Cloud Virtual Servers, DigitalOcean Droplets, Vultr, Akamai Cloud, and Kamatera. The appropriate provider depends on workload requirements, location, operating system, resources, security, support, and budget.
What Is a Cloud Virtual Machine?
A cloud virtual machine (VM) is a software-defined computer running on physical infrastructure in a cloud data center. Virtualization allows physical computing resources such as CPU, memory, storage, and networking to be allocated to separate virtual environments.
A cloud VM can run an operating system and applications much like a physical server. Users can typically configure the VM, connect remotely, install software, manage applications, and increase or decrease resources according to the provider’s available options.
Unlike a traditional physical server, a cloud VM does not require the customer to purchase and maintain the underlying hardware. The cloud hosting provider manages the physical infrastructure while the customer generally manages the operating system, applications, configurations, and workload.
What Is Virtual Machine Hosting?
Virtual machine hosting is a hosting service in which a provider runs virtual servers on physical infrastructure and allocates computing resources to customers.
Depending on the provider and plan, VM hosting may include configurable CPU, RAM, storage, bandwidth, networking, operating systems, backups, snapshots, monitoring, firewalls, and other infrastructure services.
Virtual machine hosting is commonly used for websites, application servers, databases, development environments, business applications, remote desktops, testing environments, and custom server deployments.
What Are Cloud VM Providers?
Cloud VM providers are companies that offer virtualized computing infrastructure through a cloud platform. Instead of purchasing a physical server, customers provision virtual machines from the provider’s infrastructure.
Most cloud platforms provide a control panel, API, CLI, or automation tools for creating and managing virtual machines. The exact features vary by provider.
Cloud VM services can range from simple Quick Answer: for websites and applications to highly configurable infrastructure designed for enterprise, database, analytics, AI, and other specialized workloads.
Cloud VM Providers vs Traditional VPS Hosting
| Feature | Cloud VM | Traditional VPS |
|---|---|---|
| Infrastructure | Cloud infrastructure | Usually hosted on a specific physical server or cluster |
| Scalability | Often designed for flexible scaling | Depends on provider and virtualization platform |
| Deployment | Usually available through a cloud control panel or API | Usually through a hosting control panel |
| Resource Options | Wide range of configurations | Usually based on predefined plans |
| Networking | Often includes cloud networking capabilities | Usually simpler networking options |
| Best suited for | Applications, development, business workloads and scalable infrastructure | Websites, applications and general server workloads |
10 Cloud VM Providers to Consider
The following providers offer cloud-based virtual machine or compute services. They differ significantly in pricing, infrastructure, regions, operating systems, management features, and target workloads.
1. Net2Secure
Net2Secure provides cloud virtual machine hosting for businesses, developers, startups, and organizations that need configurable virtual servers.
Its cloud VM offering provides configurable CPU, RAM, storage, data transfer, operating system options, backups, administrative access, and scalability options. Net2Secure also provides a cloud portal through which users can create and manage virtual machines.
Net2Secure’s VM plans are available in different CPU, RAM, storage, and data-transfer configurations. Customers should check the current product page for the latest plans and pricing before purchasing.
Suitable for: Businesses, developers, SMEs, startups, application hosting, websites, development environments, and users looking for cheap cloud hosting with India-focused infrastructure and support.
2. Amazon EC2
Amazon Elastic Compute Cloud (EC2) provides configurable virtual servers within Amazon Web Services. Customers can select different instance configurations and integrate compute resources with other AWS services.
EC2 is commonly used for application hosting, web servers, databases, development, testing, enterprise workloads, and large-scale cloud architectures.
Suitable for: Developers, enterprises, cloud-native applications, and organizations already using AWS services.
3. Microsoft Azure Virtual Machines
Microsoft Azure Virtual Machines provide cloud-based compute instances that support both Linux and Windows workloads. Azure allows customers to deploy VMs in different geographic regions and select from multiple VM configurations.
Azure provides different VM sizes and configurations for general-purpose, compute-intensive, memory-intensive, storage-intensive, and specialized workloads.
Suitable for: Windows workloads, Microsoft-based applications, enterprise applications, hybrid environments, and organizations using Microsoft cloud services.
4. Google Cloud Compute Engine
Google Compute Engine provides configurable virtual machines running on Google Cloud infrastructure. Users can select machine families, CPU and memory configurations, storage, networking, and other cloud services according to their workload.
Google Cloud provides different machine configurations for general-purpose applications, compute-intensive workloads, memory-intensive applications, and specialized workloads.
Suitable for: Developers, data-intensive applications, cloud-native workloads, AI/ML environments, and organizations using Google Cloud.
5. Oracle Cloud Infrastructure
Oracle Cloud Infrastructure (OCI) Compute provides virtual machine and bare-metal instances. OCI supports configurable VM shapes, allowing customers to select CPU and memory resources for different workloads.
Oracle provides VM options for general-purpose applications, enterprise applications, high-performance computing, AI/ML, and other workloads.
Suitable for: Oracle workloads, enterprise applications, databases, HPC, AI/ML, and organizations already using OCI.
6. IBM Cloud Virtual Servers
IBM Cloud Virtual Servers provide virtual machine infrastructure with network isolation and configurable compute resources. IBM offers different virtual server configurations for business and enterprise workloads.
Suitable for: Enterprise workloads, hybrid cloud environments, regulated workloads, and organizations using IBM Cloud services.
7. DigitalOcean Droplets
DigitalOcean Droplets are Linux-based virtual machines running on virtualized hardware. They are designed to provide a straightforward way to deploy servers through the DigitalOcean control panel, API, or command-line tools.
DigitalOcean offers different Droplet configurations, including general-purpose, CPU-optimized, memory-optimized, and storage-optimized options.
Suitable for: Developers, startups, websites, applications, development environments, and teams looking for a developer-focused cloud platform.
8. Vultr
Vultr provides cloud compute infrastructure that can be used to deploy virtual servers for websites, applications, development environments, and other workloads.
Vultr provides different compute configurations and data-center locations, allowing customers to select resources based on their application requirements.
Suitable for: Developers, small businesses, application hosting, testing environments, and users looking for cloud compute options across multiple locations.
9. Akamai Cloud
Akamai Cloud provides cloud computing infrastructure for deploying applications and workloads across a distributed cloud environment.
Its cloud infrastructure can be used for application hosting, web workloads, development environments, and applications requiring distributed infrastructure.
Suitable for: Developers, distributed applications, web workloads, and organizations working with edge and cloud infrastructure.
10. Kamatera
Kamatera provides configurable cloud servers that allow customers to select computing resources such as CPU, RAM, storage, and other infrastructure options.
Its cloud infrastructure can be used for websites, applications, development environments, databases, and other server workloads.
Suitable for: Businesses, developers, application hosting, development environments, and users requiring configurable cloud server resources.
Cloud VM Providers Comparison
The following table provides a high-level comparison of popular cloud VM providers. Features, pricing, operating systems, and geographic availability can change, so users should verify current information directly with each provider.
| Provider | VM / Compute Service | Typical Use | Management | India Availability |
|---|---|---|---|---|
| Net2Secure | Cloud VM | Business and application hosting | Cloud portal | India-focused offering |
| Amazon Web Services | Amazon EC2 | Cloud and enterprise workloads | Console, API, CLI | Yes |
| Microsoft Azure | Azure Virtual Machines | Windows, Linux and enterprise workloads | Azure Portal, API, CLI | Yes |
| Google Cloud | Compute Engine | Applications, data and cloud workloads | Cloud Console, API, CLI | Yes |
| Oracle Cloud | OCI Compute | Enterprise and Oracle workloads | Console, API, CLI | Check current availability |
| IBM Cloud | Virtual Servers | Enterprise workloads | Cloud console and APIs | Check current availability |
| DigitalOcean | Droplets | Developer and application workloads | Control Panel, API, CLI | Check current locations |
| Vultr | Cloud Compute | Websites and applications | Portal and API | Check current locations |
| Akamai | Cloud Compute | Distributed applications | Cloud platform and APIs | Check current availability |
| Kamatera | Cloud Servers | Custom cloud workloads | Cloud management tools | Check current locations |
Types of Virtual Machine Services
Cloud providers offer different VM configurations because workloads have different CPU, memory, storage, networking, and acceleration requirements.
General-Purpose Virtual Machines
General-purpose VMs provide a balanced combination of CPU, RAM, storage, and networking. They can be used for websites, APIs, business applications, development servers, and general workloads.
Compute-Optimized Virtual Machines
Compute-optimized VMs allocate relatively more CPU resources for workloads that perform significant amounts of computation.
They can be useful for batch processing, high-performance application components, data processing, and CPU-intensive workloads.
Memory-Optimized Virtual Machines
Memory-optimized VMs provide higher RAM-to-CPU ratios for workloads that need to keep larger datasets in memory.
Examples include in-memory databases, analytics applications, caching systems, and memory-intensive enterprise applications.
Storage-Optimized Virtual Machines
Storage-focused VM configurations are designed for workloads that require higher storage capacity or storage performance.
They may be used for databases, file processing, analytics, and applications requiring significant storage resources.
GPU Virtual Machines
GPU-enabled cloud VMs provide access to graphical processing units for workloads such as artificial intelligence, machine learning, scientific computing, rendering, and other accelerated workloads.
What Can You Host on a Cloud VM?
A cloud VM can support many different workloads depending on the operating system, resources, software requirements, and provider capabilities.
- Websites and web applications
- Business applications
- APIs and application servers
- Databases
- Development environments
- Testing and staging servers
- Content management systems
- ERP and accounting applications
- File and storage applications
- Remote desktop environments
- Game servers
- Data processing workloads
- AI and machine learning workloads with supported GPU configurations
Cloud Virtual Machine Hosting for Businesses
Businesses often use cloud VM hosting when they require more control than shared hosting provides but do not want to purchase physical server hardware.
A VM can provide an isolated environment where organizations can install specific software, configure networking, control operating-system settings, and allocate resources according to workload requirements.
For business deployments, organizations should also consider backups, disaster recovery, monitoring, access controls, security updates, support, compliance requirements, and data-location requirements.
Cloud VM Hosting for Developers
Developers can use virtual machine services to create isolated development, testing, staging, and production environments.
Cloud VMs can also be integrated with APIs, command-line tools, infrastructure-as-code systems, CI/CD pipelines, monitoring platforms, databases, and other cloud services.
This makes cloud VM hosting useful for developers who need flexible infrastructure without purchasing physical servers.
Cloud VM Hosting vs Shared Hosting
| Factor | Shared Hosting | Cloud VM Hosting |
|---|---|---|
| Server Environment | Shared hosting environment | Isolated virtual server |
| Root/Admin Access | Usually limited | Usually available depending on provider |
| Customization | Limited | Greater control |
| Scalability | Generally limited | Typically more flexible |
| Technical Knowledge | Lower | Moderate to advanced |
How Much Does Virtual Machine Hosting Cost?
The cost of virtual machine hosting varies significantly between providers and configurations. There is no single price for a cloud VM because customers can require very different amounts of computing resources.
Common pricing factors include:
- Number of vCPUs
- Amount of RAM
- Storage capacity
- Storage performance
- Network bandwidth
- Operating system licensing
- Data transfer
- Geographic region
- Backups and snapshots
- Public IP addresses
- Managed services
- GPU or specialized hardware
- Usage duration and billing model
When comparing providers, calculate the total cost of the VM rather than comparing only the advertised CPU and RAM price.
How to Choose a Cloud VM Provider
Selecting a provider should start with the requirements of your workload rather than the provider’s brand name alone.
1. Check CPU and RAM Requirements
Estimate how much processing power and memory your application needs. A small website may require significantly fewer resources than a database, ERP system, analytics platform, or AI workload.
2. Check Storage Requirements
Consider both capacity and performance. Applications such as databases may require different storage characteristics from simple websites.
3. Choose an Appropriate Data Center Region
The physical location of the VM can affect latency, data residency, availability, and application architecture. Check the provider’s current regional availability before deployment.
4. Review Operating System Support
Confirm that the provider supports the operating system and version required by your application. Also check whether Windows licensing or other software licenses create additional charges.
5. Compare Networking
Review bandwidth, public IPs, private networking, firewalls, load balancing, network security groups, and other networking features that your application may need.
6. Review Backup and Recovery Options
A VM should not be considered protected simply because it runs in the cloud. Check backup frequency, snapshot functionality, retention, restoration procedures, and disaster-recovery options.
7. Evaluate Technical Support
Support requirements differ between customers. Businesses operating production applications may require a different support model from developers running test environments.
8. Calculate the Total Cost
Do not compare VM prices based only on CPU and RAM. Consider storage, bandwidth, backups, IP addresses, operating-system licensing, support, and other optional services.
Cloud VM Security Checklist
Security is a shared responsibility. The cloud hosting provider secures its underlying infrastructure, while customers are generally responsible for securing their operating systems, applications, credentials, and configurations.
- Use strong authentication.
- Use SSH keys where appropriate for Linux servers.
- Disable unnecessary network ports.
- Configure firewalls and security groups.
- Apply operating-system security updates.
- Keep applications and frameworks updated.
- Use HTTPS/TLS for web applications.
- Use least-privilege access.
- Monitor authentication and system logs.
- Maintain tested backups.
- Use snapshots where appropriate.
- Separate production and development environments.
- Monitor resource and network activity.
Why Choose Net2Secure for Cloud VM Hosting?
Net2Secure provides cloud virtual machine hosting for customers that need configurable virtual infrastructure. Its cloud VM offering includes different combinations of CPU, RAM, storage, and data transfer.
The Net2Secure cloud platform provides a portal for creating and managing virtual machines. Users can configure their VM according to their infrastructure requirements.
Net2Secure’s cloud VM offering is designed for businesses, developers, startups, website owners, and organizations that require flexible virtual infrastructure.
Note: Cloud VM features, pricing, availability, operating-system images, and resource configurations can change. Check the current Net2Secure product page before making a purchasing decision.
Cloud VM Provider Selection Checklist
| Requirement | What to Check |
|---|---|
| Performance | vCPU, CPU generation, RAM and workload performance |
| Storage | Capacity, SSD/NVMe options, IOPS and backup options |
| Networking | Bandwidth, IP addresses, private networking and firewall features |
| Location | Data-center regions and latency |
| Operating System | Linux, Windows and supported versions |
| Security | Firewall, DDoS protection, access controls and monitoring |
| Backup | Snapshots, automated backups and restore options |
| Scalability | Ability to increase CPU, RAM and storage |
| Support | Technical support channels and service levels |
| Total Cost | Compute, storage, bandwidth, backups, licenses and additional services |
Frequently Asked Questions About Cloud VM Providers
What is a cloud VM provider?
A cloud VM provider supplies virtualized computing resources that customers can deploy and manage through a cloud platform. These resources can be used for applications, websites, databases, development, and other workloads.
What is the difference between a cloud VM and a virtual machine?
A virtual machine is a virtualized computer environment. A cloud VM is a virtual machine provided through cloud infrastructure, usually with remote provisioning, management, networking, and scalable resource options.
What is virtual machine hosting used for?
Virtual machine hosting can be used for websites, applications, databases, development environments, business software, testing, remote workloads, and specialized computing applications.
Which cloud VM provider should I choose?
The appropriate provider depends on your requirements. Consider CPU, RAM, storage, operating system, geographic location, networking, security, backups, technical support, scalability, and total cost.
Can I host a website on a cloud VM?
Yes. A cloud VM can be configured as a web server for websites and web applications. The administrator is generally responsible for installing and securing the web server, application software, operating system, and related components.
Can I run Windows on a cloud VM?
Many providers support Windows virtual machines, but availability, supported versions, and licensing costs vary. Always verify the provider’s current Windows support and licensing terms.
Can I scale a cloud VM?
Many cloud platforms provide options for resizing or changing VM resources. The specific CPU, RAM, storage, and scaling capabilities depend on the provider and selected VM configuration.
Is cloud VM hosting more secure than shared hosting?
Security depends on configuration, software, access controls, provider infrastructure, and operational practices. A VM generally provides greater administrative control, but that also means customers have more responsibility for security configuration.
How much does a cloud VM cost?
Cloud VM pricing depends on CPU, RAM, storage, bandwidth, operating system, geographic region, backups, licensing, and usage. Compare the complete monthly or usage-based cost rather than only the advertised compute price.
Is cloud VM hosting suitable for small businesses?
Yes. A small business can use a cloud VM for websites, business applications, databases, development environments, remote applications, and other workloads. The appropriate VM size depends on application requirements and expected usage.
Conclusion
Cloud VM providers offer a flexible way to deploy virtual servers without purchasing and maintaining physical hardware. They can support workloads ranging from small websites and development environments to enterprise applications, databases, analytics, and specialized computing.
When comparing cloud VM providers, focus on the requirements of your workload rather than selecting a provider based solely on brand recognition or advertised price. CPU, RAM, storage, networking, operating systems, data-center location, security, backups, scalability, support, and total cost should all be considered.
For users looking specifically for cloud virtual machine hosting in India, Net2Secure provides configurable cloud VM solutions and a cloud platform for deploying and managing virtual machines. Review the current product specifications and pricing before deployment.
About This Article
This article was written to help businesses, developers, and IT teams understand cloud virtual machines and compare virtual machine hosting providers. Provider features, pricing, operating-system availability, and geographic locations can change over time and should be verified against the provider’s current documentation before deployment.
Technical Review: Revotrads Technical Team
Last Updated: September 2026
