Redundant Web Services Virtual Machines (VMs)
The most flexible and cost-effective virtual machines with guaranteed resources, instant deployment, and predictable pricing. Save 30% compared to major cloud providers.
Pay-Per-Use. Fast & Reliable.
Product highlights
- Deploy in under 60 seconds
- 99.99% uptime SLA guarantee
- 30% cheaper than AWS/Azure
Use specialized high performance hardware to dramatically speed up your work
Designed for applications or environments that require high processing capabilities
What are virtual machines?
A virtual machine (VM) is a software-based emulation of a physical computer that runs an operating system and applications just like a physical server. Multiple VMs can run simultaneously on a single physical machine, each completely isolated from the others with dedicated CPU, memory, storage, and networking resources.
Think of VMs as independent computers within a computer. Using virtualization technology (a hypervisor), we divide powerful physical servers into multiple virtual servers, giving you full control over each VM without the cost and complexity of managing physical hardware.
At RWS, our VMs deliver dedicated resources with consistent performance, rapid deployment, and the flexibility to scale up or down instantly—all backed by our 100% uptime guarantee.
Key benefits of virtual machines:
Deploy in seconds
Spin up new servers instantly—no waiting for physical hardware provisioning
Complete isolation
Each VM operates independently with its own OS, security policies, and resources
Snapshots & backups
Save VM states, clone instances, and recover from disasters in minutes
Flexible scaling
Resize VMs vertically or scale horizontally by adding more instances
Cost effective
Pay only for what you use—no upfront hardware costs or long-term commitments
Performance
125%
Better single core perfomance on our VMs compared to the competition
400%
Up to 400% better multi-core performance on our VMs compared to the competition
25x
Up to 25x faster on sequential read and write speeds on our VMs vs the competition
30%
On top of better performance, save a minimum 30% by switching over to Redundant Web Services
How virtual machines work
Understanding the technology that powers cloud computing
Physical Infrastructure
At the foundation, we have powerful physical servers with high-core-count CPUs, large amounts of RAM, fast NVMe storage, and high-speed networking.
Our enterprise-grade hardware is housed in Tier III+ data centers with redundant power, cooling, and network connectivity.
Hypervisor Layer
The hypervisor (KVM in our case) sits between the hardware and VMs, managing and allocating physical resources to multiple virtual machines while ensuring complete isolation.
This virtualization layer allows dozens of VMs to run on a single server efficiently and securely.
Virtual Machines
Each VM functions as an independent server with its own virtual CPU, memory, storage, and network interface. You have full root access and can install any compatible operating system.
VMs are portable—you can snapshot, clone, migrate, and resize them without hardware constraints.
Resource allocation & isolation
When you provision a VM with 4 vCPUs and 8GB RAM, those resources are dedicated to your instance. Our hypervisor ensures guaranteed CPU cycles and memory allocation—no "noisy neighbor" problems common with oversold VPS hosting.
- CPU scheduling: Fair allocation with CPU pinning for consistent performance
- Memory isolation: Dedicated RAM that can't be swapped or borrowed by other VMs
- Storage I/O: Dedicated IOPS allocation on enterprise NVMe arrays
- Network isolation: Private networking with configurable firewalls and VLANs
<30 sec
Average VM deployment time
When to use virtual machines
VMs are the most versatile cloud compute option for a wide range of workloads
Web Applications
Host websites, APIs, and web services with full OS control. Perfect for WordPress, custom applications, or multi-tier architectures.
Databases
Run MySQL, PostgreSQL, MongoDB, or any database with consistent performance and easy snapshot-based backups.
Development & Testing
Quickly spin up isolated environments for dev, staging, and CI/CD pipelines without infrastructure overhead.
Legacy Applications
Migrate aging physical servers to the cloud while maintaining full compatibility with existing software stacks.
Microservices
Deploy containerized applications on VMs running Docker, Kubernetes, or your orchestration platform of choice.
Business Applications
Run ERP, CRM, accounting software, or enterprise apps that require dedicated compute resources.
Security & Compliance
Maintain isolated environments for sensitive workloads with custom security configurations and audit logging.
Cloud Migration
Lift-and-shift existing workloads from on-premises or other cloud providers with minimal application changes.
Preset & custom configurations
Choose from pre-configured machine types and sizes for any workload. Whether its for large enterprise applications, to modern workloads like containers or AI/ML projects that require GPUs.
Reliable
Redundant Web Services offers amazing reliability with a industry leading 100% uptime guarantee for all our VM families.
Best pricing in the industry
We offer the most aggressive pricing in the industry. Our machines benchmark up to 25x faster in certain scenerios, and are minimum 30% cheaper than Microsoft, Google, and AWS without any long term commitments.
Contact us today to learn how you can save with RWS, and how to migrate over.Use our pricing calculator to view a personalized estimate based on your requirement and estimated usage.
The RWS Console
Everything you need to manage and access your virtual machines (VMs) with a suite of tools - one web interface.
Take a sneak peak of the console here >Choose the right VM for your workloads
Compute optimized
- Web and app servers
- Game servers
- Media streaming and transcoding
- Compute-bound workloads
- High - performance computing (HPC)
- CPU - based AI/ML
C series
C1 Series
Memory optimized
- Databases (large)
- In - memory caches
- Electronic design automation
- Modeling and simulation
M series
M1 Series