Features

Powered by High-Performance Xeon Processors

Experience the power of dedicated CPU cores with industry-leading Intel®️ Xeon®️ processors at the heart of every virtual machine. Enjoy the speed, efficiency, and performance necessary to meet your business needs.

CPU Core Options – Dedicated and Shared Resources

Choose between dedicated and shared CPU cores to tailor your computing experience to your needs. Our dedicated CPU core option provides exclusive, uninterrupted CPU power, ensuring your workloads run without interference from other users. Say goodbye to performance issues caused by shared resources or noisy neighbors, and experience consistent, high-speed performance with guaranteed CPU resources dedicated entirely to your virtual machine.

For lighter workloads, our shared CPU cores offer a cost-effective solution, allowing resources to be dynamically allocated as needed. This flexible option provides the balance of performance and efficiency ideal for applications that do not require constant high-speed processing power

High Availability & Automated Failover

Our infrastructure is designed for resilience. In the event of a hardware failure, virtual machines are automatically recovered, ensuring minimal downtime and continuous service. Your business stays online even when unexpected issues arise.

Floating IPs* for Seamless Failover

Maintain business continuity with Floating IPs that allow for seamless traffic rerouting between multiple virtual machines. High availability and failover are simplified, so your systems remain available when needed. *Coming Soon

Data Replication and Redundancy

Your data is safeguarded with replication across multiple servers, providing high availability and durability. This ensures that even in case of hardware failure, your data remains secure and accessible without disruption.

Unmatched Speed and Performance with NVMe Primary Storage

Enjoy the benefits of ultra-fast, high-performance NVMe storage as the primary drive, designed to accelerate demanding applications and ensure swift data access. For additional storage, clients can seamlessly attach our flexible sBlock storage options, choosing SSD for a blend of speed and reliability or HDD for economical, large-scale data storage. Whether your needs are high-performance or archival, our storage solutions provide optimal options tailored to any application.

Unlimited Storage Scalability

Our storage solutions grow with your business. Easily scale your storage capacity to meet increasing demands without sacrificing performance.

No Bandwidth Costs

Enjoy predictable pricing with zero bandwidth costs. Move as much data as you need without worrying about hidden fees.

Multiple Port Options: Up to 10 Gbps

Choose from a variety of network ports tailored to your performance needs. Whether you require 100 to 500 Mbps for smaller workloads, 1 Gbps for standard applications, or 2 to 10 Gbps for high-demand enterprise environments, we offer the perfect solution for fast, reliable data transfer, all with unlimited bandwidth.

Instant Rescue Mode

Keep your virtual machine running smoothly with our instant rescue feature. Whether you need to recover from an issue or reboot into recovery mode, it’s just a click away, ensuring minimal disruption.

Power Management at Your Fingertips

Take full control over your virtual machines with easy-to-use power management. Reboot, shut down, or boot with a single click, keeping you in control at all times.

Flexible Linux OS Options

Deploy your virtual machines with a variety of popular Linux operating systems, allowing you to customize your environment to meet your specific needs and workloads.

Storage Tiers

Compute Tiers

Choose Your CPU Cores

Dedicated Cores

Dedicated cores ensure guaranteed processing power, as resources are exclusively allocated to your virtual machine, providing consistent and predictable performance. Ideal for production environments or critical workloads where reliability and stability are paramount.

1 Dedicated Core

Perfect for essential but lightweight tasks, basic applications, or simple websites requiring consistent performance without shared resource interference.

2 Dedicated Cores

Suitable for small but essential workloads, including low-traffic websites, development environments, or backend services where stability is crucial.

4 Dedicated Cores

Great for medium-sized applications, moderate-traffic web servers, and small to mid-sized databases, ensuring reliable performance for steady traffic and business applications.

6 Dedicated Cores

Designed for high-intensity workloads such as high-traffic websites, large databases, and compute-heavy tasks (e.g., AI, machine learning) where dedicated resources are vital for peak performance.

Shared Cores

Shared cores offer a more economical option by distributing CPU resources among multiple virtual machines. While shared cores provide sufficient power for less intensive workloads, performance may vary based on resource demand from other users.

1 Shared Core

Ideal for lightweight, non-critical tasks, such as static websites, simple applications, or testing environments with minimal processing needs.

2 Shared Cores

Best for smaller, non-critical applications, including low-traffic websites, development environments, or lightweight services where occasional performance fluctuations are acceptable.

4 Shared Cores

Suitable for moderately demanding applications, such as web servers with moderate traffic or backend services, where cost-efficiency is prioritized over consistent performance.

6 Shared Cores

Appropriate for heavier workloads, such as higher-traffic websites, larger databases, or compute-heavy applications where some flexibility in performance is acceptable to save on costs.

Select Your RAM

8 GB RAM

Suited for small applications, microservices, and test environments.

16 GB RAM

A great choice for medium-sized applications, database servers, and multi-application environments.

32 GB RAM

Ideal for larger workloads that require more memory, such as virtual desktop infrastructure (VDI), medium databases, or high-traffic web applications.

64 GB RAM

Designed for memory-intensive applications, such as in-memory databases, large-scale applications, and advanced analytics.

96 GB RAM

Ultimate performance for enterprise workloads, including large databases, machine learning, AI, and high- performance computing (HPC) environments.

Our Locations

Not Satisfied With Your Current Provider? We Can Help.

Get in touch with us and we will do our best to provide the best price. We will also apply credit for the first week while migration takes place.

Frequently Asked Questions

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