Please wait at the Robert Noyce Building (RNB) lobby before 7:00 pm (lobby closes at 7:00), also come early and secure seats we are going to be pushing full capacity.
6:30-7:00- Food and networking
7:00-7:10- Introductions and Overview for the evening
7:10 -8:30- RDT and gRPC for SDI/NFV and Service function chaining
8:30-9:00- Q/A and Open Discussion
Network Functions Virtualization ( NFV ) and Service Function Chaining ( SFC ) have moved from idea to POC to implementation stage . The challenge still remains to get bare metal performance from virtual machines . Resource Director Technology (RDT) from Intel is designed to bring in QoS to the virtual machine resources. gRPC from Google is a framework which could be used to design priority based services .This talk introduces these technologies and explores the idea of more reliable and efficient services via gRPC enhanced with RDT.
gRPC could be used to connect distributed systems in any environment: hybrid, private or public clouds such as Openstack. It is a scalable and efficient protocol for distributed services to communicate over standards based transport like http2. Hence, it could be used for vendor neutral VM communication for cloud ready NFV. There has been a Network consortium initiative to adopt gRPC for SDN common communication API.
RDT also has obvious implementation in OpenStack NFV in terms of ensuring QoS for virtual machines. Same QoS mechanisms could be applied to commodity hardware based white box switches used in SDN.
Speakers (Tentatively from the larger teams led by following):
Edwin Verplanke: Platform Solutions Architect at Intel
Jayant Kolhe: Director of Engineering at Google
Abhishek Kumar : Engineering Lead & Manager at Google
Rashmin Patel : Software Architect at Intel
Rashmin is a Software Architect focused on prototyping and research using open source APIs like DPDK(dpdk.org,) Intel® RDT (01.org) with para-virtualized and SRIOV enabled network interfaces to support NFV requirements on Intel Architecture
Priya V Autee: Software Engineer at Intel