diff --git a/events/2026-07-09-htc27-save-the-date.md b/events/2026-07-09-htc27-save-the-date.md new file mode 100644 index 0000000000..7c3f2c871c --- /dev/null +++ b/events/2026-07-09-htc27-save-the-date.md @@ -0,0 +1,37 @@ +--- +short_title: HTC27 Save the Date +title: Save the Date for HTC 2027, June 8th-11th +published: true +start_date: 2027-06-08 +end_date: 2027-06-11 +publish_on: + - chtc + - htcondor + - path + - pelican + - osg +excerpt: HTC27 to take place June 8th-11th in Madison, Wisconsin. +image: + - path: https://raw.githubusercontent.com/CHTC/events/main/images/images/HTC27_logo.png + alt: HTC27 Logo +banner: + - path: https://raw.githubusercontent.com/CHTC/events/main/images/images/HTC27_logo.png + alt: Logo +sidebar: + Who + Researchers, campuses, scientific collaborations, facilitators, administrators and professionals interested in the HTCondor Software Suite and high-throughput computing or the OSG Consortium resources or services (including the OSPool, the Open Science Data Federation, the Pelican Platform, or the PATh Facility. + + When + Tuesday, June 8th- Friday, June 11th + + Where + Fluno Center on the University of Wisconsin-Madison campus and Online via Zoom. + + Registration + Registration details and link coming soon + +--- + +Join us for Throughput Computing Week 2027 (HTC27), taking place June 8–11 in Madison, Wisconsin. Now in its fifth year, HTC27 will once again bring together the throughput computing community to discuss emerging challenges, highlight recent advances, and explore new opportunities for collaboration. + +HTC27 offers users, developers, contributors, and collaborators from OSPool, OSDF, HTCondor, and Pelican an opportunity to connect, exchange ideas, discover the latest services and research, and participate in live demonstrations. Whether you are an experienced user or are interested in adopting distributed high throughput computing, HTCondor, OSDF, or Pelican, HTC27 welcomes researchers, administrators, resource providers, and anyone interested in advancing throughput computing.