Fuzzball: Cloud Native Supercomputing
The next generation in Performance-Intensive Computing is here, lowering the barrier of entry while supporting greater diversity of workloads and hybridizing on-prem and cloud.
Fuzzball Delivers HPC-2.0 For Research and Enterprise Computing
Fuzzball provides a single hybrid platform for delivering all of your Performance-Intensive Computing needs. Optimizing traditional HPC as well as advanced enterprise computing needs like AI/ML and compute/data driven analytics, Fuzzball’s advanced computing architecture enables productivity, reproducibility, and simplicity.
Fuzzball offers an easier on-ramp for all computing needs including emerging AI and data-centric workflows while being more capable to meet the demands of the future.
Reproducible & Portable
Fuzzball encapsulates the containers, data, ingress, egress, and computing architecture requirements into a simple composable workflow.
Fuzzball brings the same experience and capabilities among systems on-premises and in the cloud via easy to use interfaces.
Robust User Interfaces
Fuzzball gives everyone access to powerful computing resources via both CLI tools and a modern web-based GUI with API-driven components allows users to interact from everywhere, securely.
The First HPC-2.0 On-Prem and Cloud Computing Platform
Fuzzball is a new cloud and on-prem hybrid HPC-2.0 computing platform that modernizes HPC and brings HPC capabilities to enterprise performance-intensive use cases like AI, ML, and analytics. Fuzzball combines the best of cloud, hyperscale, and enterprise with that of traditional High Performance Computing (HPC), resulting in increased security, supply chain confidence, reproducible, composable, and a lower barrier to entry in scaling your workloads. These powerful benefits apply to everything from traditional HPC to compute and data-driven performance intensive enterprise computing.
For 30 years, we have been using the same computing architecture, the Beowulf. While that architecture has been fantastic for driving research and scale, it is now limiting innovation of different types of computing models and enterprise computing needs.
Fuzzball brings the vast capabilities of scale, security, and conveniences with cloud inspired architectures to drive the new era of computing platforms. Users can codify their workflows and run them on both cloud and on-prem resources using a singular interface and API.
Open the Door to HPC 2.0 with Fuzzball’s Powerful Features
Greater Control. Increased Reach. Improved Productivity.
Reproducible, Portable Computing Workflows
Fuzzball empowers users to codify their computational pipelines as workflows in a simple DSL that documents every aspect of the environments, data movements, container images, commands, etc., necessary to run these workflows on varying compute resources across cloud or on-prem cluster deployments.
Bringing Kubernetes into Performance Intensive Computing where it makes sense
Kubernetes is the industry standard for service based cluster management and is heavily relied on in many enterprise environments, yet is mostly unused in HPC. Fuzzball leverages Kubernetes, utilizing it for the management of Fuzzball clusters aligned to the best practices for running infrastructure on it.
Integration of Common Enterprise Tools with Traditional Computing Needs
Fuzzball workflows and clusters can easily interact with common enterprise tools like Ascender, Ansible, Terraform, CI/CD systems, container registries, and object storages, bringing their various useful capabilities to both the admins and users of Fuzzball.
Robust GUI and API-Driven User Experience
Fuzzball gives users a robust and modern web-based GUI to manage creating and running their workflows. The API-driven nature of Fuzzball’s user-facing components allows users to interact with a cluster and their work on it from afar, without having to use the Linux command line or connect to the server via SSH. A CLI based on the same API-driven features is also available.
Download the Fuzzball Guide
Want to learn more about the next generation of computing architecture? Download our Fuzzball Guide for free and see how Fuzzball changes the game.
Watch Fuzzball in Action
Learn more about Fuzzball with these latest videos!