April 25-29, 2016

Event Details

Please note: All times listed below are in Central Time Zone

Neutron Quality of Service, New Features And Future Roadmap.

Starting at Liberty, the Neutron team introduced the Quality of Service framework, the initial stone to provide quality of service settings on the Neutron networking API.

The initial implementation only supported VM-egress bandwidth policing, addressing the chatty neighbour use case, and letting CSPs provide different levels of network service if they wanted.

In Mitaka, two new features are being introduced:

  • DSCP rules, to mark and prioritize traffic at L3 level.
  • Role based access control for QoS policies, allowing a finer grade of sharing for QoS policies, the administrator would be able to share specific policies with specific tenants, oposed to the previous (share/no share to all the tenants).

Also support has been extended from the OVS and SRIOV agents, to Linux Bridge, while OVN is also considering to implement QoS support too.

What can I expect to learn?

Attendees should learn about the newest QoS features that have been introduced to Neutron during this cycle.

Thursday, April 28, 1:30pm-2:10pm (6:30pm - 7:10pm UTC)
Difficulty Level: Intermediate
Red Hat Inc.
Neutron developer, and package maintainer. Passionate about engineering and programming in general (high level to low level). Networking issues scalation ninja. Find me around #openstack-neutron @ FreeNode FULL PROFILE
Victor Howard is a Principal Software Engineer at Comcast and has been involved in CI/CD, Packaging, Keystone, Neutron, and Heat. FULL PROFILE
Red Hat, senior software engineer
Slawek is open source enthusiast with over 8 years of cloud experience, currently working as senior software engineer at Red Hat, where he contribute to the networking solutions for OpenStack. He is fan of SDN solutions. He is also Neutron core reviewer, member of the Neutron drivers team and since OpenStack Ussuri cycle also Neutron PTL. Before joined Red Hat, he was DevOps and one of the... FULL PROFILE