VPS Hosting

Cheap VPS hosting with the highest virtual server reliability & performance! True virtual servers built for speed.

Our List of VPS Hostings

Starter VPS

$ 12.50 Yearly
  • CPU 1 vCore
  • RAM 2 GB
  • RAM Upgrade
  • 20 GB SSD
  • Upgrade Storage
  • Bandwidth 100 Mbps unmetered
  • Anti-DDoS
  • KVM
  • Full Root Access
  • Snapshots
  • An IPv4 address 1
  • Automatic backup
  • CentOS
  • cPanel
  • Plesk
  • AlmaLinux
  • Rocky Linux
  • Debian
  • Ubuntu
  • Windows Server

Value VPS

$ 16.00 Yearly
  • CPU 1 vCore
  • RAM 2 GB
  • RAM Upgrade
  • 40 GB SSD
  • Upgrade Storage
  • Bandwidth 250 Mbps unmetered
  • Anti-DDoS
  • KVM
  • Full Root Access
  • Snapshots
  • An IPv4 address 1
  • Automatic backup
  • CentOS
  • cPanel
  • Plesk
  • AlmaLinux
  • Rocky Linux
  • Debian
  • Ubuntu
  • Windows Server

Esential VPS

$ 34.0 Yearly
  • CPU 2 vCore
  • RAM 4 GB
  • RAM Upgrade
  • 80 GB SSD
  • Upgrade Storage
  • Bandwidth 500 Mbps unmetered
  • Anti-DDoS
  • KVM
  • Full Root Access
  • Snapshots
  • An IPv4 address 1
  • Automatic backup
  • CentOS
  • cPanel
  • Plesk
  • AlmaLinux
  • Rocky Linux
  • Debian
  • Ubuntu
  • Windows Server

Comfort VPS

$ 54.00 Yearly
  • CPU 1 Core
  • RAM 8 GB
  • RAM Upgrade
  • 160 GB NVMe
  • Upgrade Storage
  • Bandwidth 1 Gbps unmetered
  • Anti-DDoS
  • KVM
  • Full Root Access
  • Snapshots
  • An IPv4 address 1
  • Automatic backup
  • CentOS
  • cPanel
  • Plesk
  • AlmaLinux
  • Rocky Linux
  • Debian
  • Ubuntu
  • Windows Server

Elite VPS

$ 60.00 Yearly
  • CPU 4 vCore
  • RAM From 8 GB to 32 GB
  • RAM Upgrade
  • 160 GB to 640 GB NVMe
  • Upgrade Storage
  • Bandwidth 2 GBps unmetered
  • Anti-DDoS
  • KVM
  • Full Root Access
  • Snapshots
  • An IPv4 address 1
  • Automatic backup
  • CentOS
  • cPanel
  • Plesk
  • AlmaLinux
  • Rocky Linux
  • Debian
  • Ubuntu
  • Windows Server

Unlimited Features For You

Easy To Setup

Discover seamless website hosting with our Easy-To-Setup solutions! Effortlessly launch your website in minutes with intuitive tools and expert support, ensuring a smooth and stress-free experience for beginners and pros alike

Simply fast websites

Discover the power of simply fast websites with our hosting services. We prioritize speed and reliability, ensuring your site loads quickly and performs efficiently. Experience seamless browsing and user satisfaction with our optimized hosting solutions.

24/7 Chat Support

Count on our 24/7 Chat Support to keep your website running smoothly. Our dedicated team is available round the clock to answer your questions, resolve issues promptly, and provide expert guidance, ensuring you have the support you need whenever you need it.

30 Day

Money Back Guarantee

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VPS Hosting: Frequently Asked Questions (FAQ)

VPS stands for Virtual Private Server. It is a type of web hosting where a physical server is partitioned into multiple virtual servers, each operating independently with its own operating system (OS), resources (CPU, RAM, disk space), and dedicated environment

A VDS (Virtual Dedicated Server) is a type of hosting service that shares similarities with VPS (Virtual Private Server) but typically offers a higher level of resource allocation and isolation.

**VDS (Virtual Dedicated Server)**:

1. **Resource Allocation**:
– **VDS**: Similar to VPS, a VDS provides dedicated resources (CPU, RAM, disk space) to each virtual server instance. This means resources are not shared with other VDS instances on the same physical server, ensuring consistent performance.
– **VPS**: Also provides dedicated resources to each virtual server instance, but may share the physical server’s resources with other VPS instances.

2. **Isolation**:
– **VDS**: Offers strong isolation between virtual server instances. Each VDS acts like a dedicated server in terms of resources and environment, but it is virtualized within a physical server.
– **VPS**: Provides isolation between virtual server instances, but depending on the implementation and hosting provider, isolation levels may vary compared to VDS.

3. **Control and Customization**:
– **VDS**: Typically provides full root access or administrative access to the virtual server instance. This allows users to install and configure software, manage security settings, and customize the server environment extensively.
– **VPS**: Also offers root access or administrative access in most cases, allowing similar levels of control and customization.

4. **Performance and Scalability**:
– **VDS**: Generally offers better performance and scalability compared to standard VPS hosting. This is due to the higher level of dedicated resources and isolation, making VDS suitable for applications with higher resource demands.
– **VPS**: Provides good performance and scalability, but may not offer the same level of dedicated resources and isolation as VDS.

5. **Cost**:
– **VDS**: Can be more expensive than traditional VPS hosting due to the higher level of resources and isolation provided.
– **VPS**: Generally more affordable compared to VDS, making it a cost-effective option for many businesses and websites.

In essence, while both VDS and VPS provide virtualized environments with dedicated resources, VDS typically offers a higher degree of isolation and resource allocation. This makes VDS suitable for applications and websites that require more robust performance, enhanced security, and greater control over server resources compared to standard VPS hosting.

Cloud computing refers to the delivery of computing services—including servers, storage, databases, networking, software, and more—over the Internet (“the cloud”). Instead of owning and maintaining physical hardware and infrastructure, users access resources on a pay-as-you-go basis from a cloud service provider.

Key characteristics of cloud computing include:

1. **On-Demand Availability**: Users can access computing resources on-demand, as needed, without direct management of the underlying hardware. Resources are typically provisioned and scaled automatically.

2. **Scalability**: Cloud services offer the ability to scale resources up or down based on demand. This allows businesses to handle fluctuating workloads efficiently without overprovisioning or underprovisioning resources.

3. **Resource Pooling**: Cloud providers pool together resources (such as servers, storage, and networks) to serve multiple customers. This multi-tenant model enables cost savings and efficiency improvements.

4. **Elasticity**: Cloud services provide elasticity, allowing resources to be dynamically allocated and released based on workload changes. Users can adjust resource levels to match their needs in real-time.

5. **Pay-Per-Use**: Cloud computing follows a pay-as-you-go pricing model, where users pay only for the resources they consume. This can include hourly or monthly charges for compute instances, storage usage, data transfer, and other services.

6. **Accessibility**: Cloud services are accessible over the Internet from anywhere, providing flexibility for users to access applications and data remotely using various devices.

7. **Managed Services**: Many cloud providers offer managed services, handling administrative tasks such as patch management, security, and backups. This allows businesses to focus more on their core activities.

Cloud computing is categorized into different service models:

– **Infrastructure as a Service (IaaS)**: Provides virtualized computing resources over the Internet. Users can rent virtual machines, storage, and networks on a pay-as-you-go basis.

– **Platform as a Service (PaaS)**: Offers a platform allowing customers to develop, run, and manage applications without the complexity of building and maintaining the infrastructure typically associated with software development.

– **Software as a Service (SaaS)**: Delivers software applications over the Internet on a subscription basis. Users access the application via a web browser without needing to install or manage software locally.

Cloud computing has transformed how businesses and individuals access and manage computing resources. It enables scalability, cost-efficiency, flexibility, and innovation by leveraging the capabilities of cloud service providers to meet diverse computing needs.

vps hosting

There are several key differences between VPS (Virtual Private Server) hosting and shared hosting. These differences primarily revolve around performance, control, scalability, and security

VPS (Virtual Private Server) hosting is well-suited for a variety of projects and applications that require more control, flexibility, and resources than shared hosting can provide. Here are some types of projects that benefit from VPS hosting:

1. **Medium to Large Websites**: Websites that have outgrown the resources and limitations of shared hosting, such as high-traffic blogs, content-rich sites, and e-commerce stores with moderate to high sales volumes.

2. **Web Applications**: Applications that require specific software configurations, custom scripts, or backend services that are not supported by shared hosting environments. VPS hosting allows for greater customization and control over the server environment.

3. **Development and Testing Environments**: Developers often use VPS hosting to create isolated environments for testing new applications, experimenting with configurations, and staging updates before deploying them to production.

4. **Reseller Hosting**: VPS hosting can be used by web designers, developers, and agencies to offer hosting services to their clients. It allows for partitioned server resources that can be allocated to different client accounts with individual control panels.

5. **Online Forums and Communities**: Forums and community-driven websites that require robust performance, databases, and user interactions benefit from the dedicated resources and scalability of VPS hosting.

6. **Resource-Intensive Applications**: Applications that require more CPU, RAM, and disk space than what shared hosting can provide, such as video streaming platforms, online gaming servers, and data analytics applications.

7. **Custom Software Installations**: Businesses and organizations that need to install specific software packages or server-side applications, which are not supported or restricted on shared hosting, can do so on a VPS with root access.

8. **Improved Security Requirements**: Projects that require enhanced security measures, such as encrypted communication, custom firewall configurations, or compliance with specific security standards, benefit from the isolation and control of VPS hosting.

9. **Backup and Storage Solutions**: VPS hosting can be used for creating backup servers, file storage solutions, and data repositories where reliability, availability, and data integrity are crucial.

Overall, VPS hosting is suitable for projects that require more control over the server environment, higher performance levels, scalability, and customization options compared to shared hosting. It strikes a balance between affordability and functionality, making it a versatile choice for a wide range of applications and projects.

Using a VPS (Virtual Private Server) typically requires a moderate level of technical knowledge, especially compared to shared hosting where most server management tasks are handled by the hosting provider. Here are some key considerations regarding technical knowledge when using VPS hosting:

1. **Server Management**:
– **VPS**: You have more control over your server compared to shared hosting. Tasks such as installing software, configuring server settings, managing security, and performing updates may require some technical expertise.
– **Shared Hosting**: Server management tasks are handled by the hosting provider, requiring minimal technical knowledge from the user.

2. **Operating System Management**:
– **VPS**: Users often choose the operating system (OS) they want to install on their VPS (e.g., Linux distributions like Ubuntu, CentOS, or Windows Server). Basic knowledge of OS installation, configuration, and command-line usage may be necessary.
– **Shared Hosting**: Users typically do not interact with the underlying OS directly, as the hosting provider manages this aspect.

3. **Security**:
– **VPS**: Users are responsible for implementing and maintaining security measures on their VPS, such as setting up firewalls, configuring permissions, monitoring for vulnerabilities, and applying security patches.
– **Shared Hosting**: Security measures are generally managed by the hosting provider, although users should still practice good security practices for their website or applications.

4. **Troubleshooting**:
– **VPS**: Users may need to troubleshoot issues related to server performance, software configurations, network settings, and application compatibility. Basic troubleshooting skills and the ability to research solutions are beneficial.
– **Shared Hosting**: Most technical issues are handled by the hosting provider’s support team, reducing the need for extensive troubleshooting skills.

5. **Backup and Recovery**:
– **VPS**: Users are responsible for setting up and maintaining backups of their data and configurations. Knowledge of backup strategies, tools, and recovery procedures is important.
– **Shared Hosting**: Backup services may be provided by the hosting provider, with limited user configuration required.

While VPS hosting does require a bit more technical knowledge compared to shared hosting, it is still accessible to users with basic to intermediate technical skills. Many hosting providers offer user-friendly control panels and management interfaces (such as cPanel, Plesk, or custom solutions) that simplify common tasks like software installation, domain management, and server monitoring.

For users who are less technically inclined, managed VPS hosting options are available. Managed VPS plans provide additional support from the hosting provider, including server maintenance, security updates, and technical assistance, allowing users to focus more on their applications or websites without worrying about server management tasks.

Please see the Plans details