Multiplatform Compute

Namespace provides fast, reliable, and secure compute infrastructure designed for modern development needs. Whether you're building for mobile, web, desktop, or the cloud, our cross-platform support and high-performance hardware ensure that you can develop, test, and deploy with confidence.

Why Namespace?

Best-in-class hardware including AMD EPYC, AmpereOne, and Apple M4 Pro

Native multiplatform support across Linux (amd64 & arm64), macOS, and Windows

Enterprise-grade performance with developer-first ergonomics

Fully isolated fast-booting instances for rapid iteration

Platforms

Linux

Run Linux on your choice of modern CPU architecture. Namespace supports both AMD64 and ARM64 workloads on high-end processors, with shape options tuned for CI, container builds, and parallel compute.

AMD64 Architecture

Our AMD64 instances use high-performance AMD EPYC CPUs optimized for compute-intensive workloads, including:

CI/CD pipelines with intensive build processes
Large-scale compilation workflows
End-to-end browser testing

ARM64 Architecture

Native ARM64 support is powered by AmpereOne processors, with Apple M4 Pro support for Linux workloads coming soon. This architecture excels at:

Natively building and running ARM applications and containers
Heavily multithreaded compute operations

High-memory instances

For workloads requiring exceptional memory capacity like data processing and analytics pipelines, Namespace offers extended memory configurations:

80 GB, 96 GB, 112 GB, 128 GB - Extended memory options
256 GB, 384 GB, 512 GB - High-memory instances for specialized workloads

Note: High-memory instances (over 64 GB) require special access and may not be available on all subscription plans. Contact support@namespace.so to request access to high-memory configurations.

macOS

MacOS instances run on Apple M2 or M4 Pro processors, delivering native Apple Silicon performance. These processors provide hardware acceleration for graphics, machine learning, and compute workloads.

Built for Apple Development

The platform includes native support for the complete Apple development ecosystem, including Xcode, iOS, and Metal.

Our macOS environment is optimized for Apple development workflows:

Fast access to the latest Xcode and macOS versions
Multiple supported OS versions: Sonoma (14), Sequoia (15) and Tahoe (26)
Build and test native iOS and macOS applications
Support for up to 56GB of RAM

Windows

Namespace now offers early access to Windows instances, using the same AMD EPYC processors that power our Linux environments. During the early access not all Namespace features may be available yet.

Key Features

Native Windows builds Compile and package your application using Windows-native toolchains, libraries, and build systems.
Cross-platform validation Test and verify behavior in real Windows environments to ensure full compatibility across macOS, Linux, and Windows.
Scalable memory configurations Run memory-intensive Windows workloads with support for large-memory instance shapes.

Get started on Namespace Compute

GitHub Actions Runners

Speed up your CI workflows using our optimized Runners.

Docker Builders

Leverage Remote Builders for optimal Docker build performance.

Integrate with Namespace

Integrate your compute needs with Namespace using our API and SDK.

Compute Features

Observability → Monitor your compute instances with comprehensive metrics, logs, and performance insights.

SSH & Remote Display → Access your instances remotely via SSH, web terminals, and VNC for graphical applications.

Machine Shapes → Explore supported CPU and memory configurations optimized for your workload requirements.

Resource Limits → Understand platform limits and multi-tenant resource management.