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Open Architecture for
Heliophysics in the cloud

Don't just analyze data—pioneer the future of solar science. HelioCloud gives you a scalable, community-driven platform to discover, process, and share petabytes of data in an open, cloud-native environment.

Why Choose HelioCloud?

A unified platform built to accelerate discovery through open collaboration and powerful cloud computing.

Faceted Search

Stop wasting time downloading files. Instantly filter and access petabytes of mission data directly in the cloud.

Interactive Analysis

Spin up a Dask-powered Jupyter environment in seconds. Process massive datasets without managing infrastructure.

Collaboration Hub

Break down silos. Share notebooks, manage projects, and discuss findings with your team in real-time.

Open Science

Built on open standards. Ensure reproducibility with versioned notebooks, exportable environments, and DOI tagging.

See HelioCloud in Action

Discover how HelioCloud transforms heliophysics research.

HelioCloud Deployment

Demo: SDO Assets

HelioCloud Resources

Access the platform code and comprehensive documentation.

True Open Architecture

HelioCloud is built on a modern, scalable, and secure cloud-native stack. Our open architecture ensures you are never locked in, empowering you to adapt and extend the platform to your needs.

User Facing
React 18 & TailwindCSS
AWS Amplify Hosting
AWS CloudFront (CDN)
AWS Cognito (Auth)
Backend & Compute
Python Microservices
AWS EKS (Kubernetes)
JupyterHub & Dask
Prometheus & Grafana
Data & Security
Amazon S3 Data Lake
Amazon EFS
AWS WAF
Network Policies

Democratizing High-End Computing (HEC)

Browser Access DaskHub Interface
HelioCloud Virtual Cluster
Bursting
Compute
Cloud-Native
Science Data
Rapid Insight SDO Total Irradiance

The Power of Bursting: Process 1 year of 94A SDO data (~2 TB) in minutes instead of weeks.

2+ Weeks
Traditional
27 Mins
HelioCloud