+1 binding! Both will be fantastic additions to TAG Storage.
On Jun 1, 2021, at 12:53 PM, Davanum Srinivas <davanum@...> wrote:
+1 binding. Thanks for stepping up Xing and Nick.
On Tue, Jun 1, 2021 at 10:32 AM Alex Chircop <alex.chircop@...> wrote:
Hi all,
The Storage TAG would like to nominate two candidates for roles in the TAG: Xing Yang and Nick Connolly. Both have been members of the TAG for a while and have been active contributors - they will continue to help strengthen the community and bring a wealth of experience and expertise to the group.
This follows on from Erin's move from the SIG/TAG to the TOC - thank you Erin for everything you have done with us since the SIG was formed.
Following the SIG operating model, Tech leads are assigned following a 2/3 majority vote of theTOCand a 2/3 majority vote of TAG Chairs.
We are incredibly excited to continue to work with Xing and Nick in these new roles and would like to thank them for their continued contributions to the community!
Before joining VMware, Xing was the Lead Architect of OpenSDS (https://github.com/opensds, now SODA Foundation), an open source project under Linux Foundation, while working for Futurewei. She was also former core members in OpenStack Cinder and Manila projects. She worked at Dell EMC for many years and have developed deep expertise in storage, data protection, disaster recovery, cloud, and virtualization technologies.
She has spoken many times at open source conferences including KubeCon/CloudNativeCon, Open Source Summit, OSCON, and Open Infrastructure Summit.
Nick is the Chief Scientist at MayaData and a pioneer of storage virtualization with 20+ years of experience, holding patents ranging from highly scalable algorithms through to data protection techniques.
As Chief Architect, his background in real-time computing and Unix multiprocessing led to the creation of DataCore’s world-class high-performance storage stack. Recently he has been working on the open source WPDK project, bringing the power and performance of NVMe to Windows using SPDK.