Learn how Radar Operations Center (ROC) used Chameleon resources as a standing backup for a planned outage.

This month, we bring you a new associate site, new Trovi metrics, and updated stitching documentation.

To all of you starting a new academic year – welcome back! To help you hit the ground running with your research we would like to share some tips and tricks on how to make your experiments on Chameleon more productive.

Learn how to use EdgeVPN.io to easily create Virtual Private Networks (VPNs) and run unmodified middleware and applications across edge and cloud computing resources across networks with different firewalls and NATs (Network Address Translators).

We hope everybody has had a great vacation –  welcome back, we are glad to see you again! In this month’s changelog, we bring you groundbreaking composable Liqid hardware at CHI@TACC, updated categorization for projects, appliance news, and Xena upgrade at CHI@NU. Additionally, we have a reminder for a scheduled outage of our authentication service, and important notes on using our A100 hardware.
 

We are excited to announce the first FABRIC facility port at Chameleon’s University of Chicago site.  With this facility port, users can deploy experiments that span Chameleon and FABRIC.

Researchers from Arizona State University developed DataStorm -- an easy-to-use platform for large scale ensemble simulations, which enables researchers to collaborate and achieve deep actionable insights.

We're hiring a research software engineer to join the Chameleon team!

This month, we are excited to announce integration with the Fabric testbed! We also have updates to the filesystem, including support for it at CHI@TACC, new nodes with CHI@UC with A100 GPUs and IceLake CPUs, and lots of usability improvements to the testbed.
 

How do you develop and evaluate a new analytic on a network connection data set across large, enterprise systems without malware used to train machine learning models for cyber attacks? Researchers at the University of Virginia approach the problem by simulating self-propagating malware.