Balanced for every cloud need
Perfectly tuned for workloads that require a mix of compute, memory, and network performance.
The best balance of price and performance.
Perfectly tuned for workloads that require a mix of compute, memory, and network performance.
Tailor performance to your needs with shared vCPUs for cost savings, or dedicated cores for full-speed, production-ready power.
Not sure what you need? Start here. With flexible configurations and robust performance, General Purpose fits most workloads.
They provide a cost-effective solution for development and production workloads with non-intensive requirements: low-traffic websites, small production applications, etc.
Physical cores are securely shared across multiple Instances (with no data being shared), meaning performance may be impacted by other workloads.
They are ideal for production-grade, compute-intensive applications that require dedicated resources: high-traffic websites, SaaS hosting, data analytics, etc.
Physical cores are dedicated to your usage, meaning performance will not be impacted by other users.
With an ideal mix of compute, memory, and networking, General Purpose virtual machines are the default choice for reliable performance across most common applications. Whether you’re scaling dev/test environments or hosting production-grade applications, these instances deliver consistent performance and value for a wide range of workloads.
Host scalable online shops, marketplaces, or content-driven websites using platforms like Magento, WordPress, or Ghost. General Purpose Instances offer the balanced performance needed to handle traffic spikes, manage dynamic content, and support secure transactions.
Run containerized microservices or REST APIs with consistent responsiveness. With the right mix of CPU and memory, General Purpose Instances are ideal for applications built on frameworks like Node.js, Django, or Flask, ensuring scalability and maintainability.
Deploy production-grade databases like PostgreSQL, MySQL, or MongoDB that require stable compute and I/O. Dedicated vCPU options give you the horsepower to process concurrent queries while maintaining low latency and uptime guarantees.
Architecture
Choose between ARM and x86 (AMD EPYC).
vCPU
From 2 to 64 shared or dedicated cores.
Memory
From 4 to 256 GB.
Bandwidth
From 100 Mbps to 10 Gbps.
Operating system
Windows or Ubuntu.
SLA
From 99% and up to 99.5%.
Commit to a monthly spend on General Purpose Instances, and enjoy a discount up to 25% on your compute bill.
What’s your estimated monthly infrastructure cost?
Development
Ideal for building, testing, and deploying lightweight applications.
Compute Optimized
Built for raw CPU power and compute-intensive applications.
Memory Optimized
Designed for data-intensive workloads requiring large amounts of RAM.
Dependency is the enemy of resilience: customers want their data hosted by a regional provider. Gain sovereignty with our multi-cloud tools & infrastructure.
We recycle our hardware, only use renewable energy, and pay close attention to our water usage. Additionally, our Power Usage Effectiveness (PUE) is available online 24/7 for you to see for yourself.
Every complete cloud ecosystem needs 100% reliability, which is why we provide nine Availability Zones in three different regions.
A Virtual Instance is a virtual machine in the cloud.
General Purpose virtual machines provide a balance of compute, memory, and networking resource - making them suitable for a wide range of workloads. They offer the best price-performance ratio with flexible vCPU to RAM ratio. In other words, these Instances keep costs down while still supporting a wide variety of cloud applications.
There are two types of CPU provisioning: shared and dedicated vCPUs.
Choose shared resources if you’re running non-critical or experimental workloads, or if budget is a priority over performance consistency.
Choose dedicated resources if your application requires stable, predictable CPU performance, or if you’re in a production environment with strict performance requirements.
Learn more here.
Scaleway offers several types of Instances, each with their own set of resources and technical specifications.
The difference between x86 and ARM architectures lies in their technical specifications and ecological impact. x86 architecture has been dominant in cloud computing and data centers for decades and typically support AMD EPYC and Intel Xeon processors. ARM (Advanced RISC Machine) processors offer a new type of instance, know for their energy efficiency and reduced environmental impact.
Learn more here.
You can opt for a “pay as you go” model, paying only for what you consume. This approach gives you the flexibility to provision resources and delete resources when needed.
If you anticipate a consistent usage volume, Savings Plans offer a flexible pricing structure designed to optimize compute costs. By committing to a consistent monthly spend, you can benefit from up to 25% discount for long-term savings.
Learn more about Savings Plans here.