Quick Introduction to OpenStack Neutron and SDN feat. MidoNet

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This document provides a quick introduction to MidoNet, a networking virtualization software plugin for OpenStack Neutron. It first briefly discusses software-defined networking (SDN) and how it separates network control and forwarding planes. It then explains how OpenStack Neutron provides networking as a service. MidoNet uses a distributed controller architecture without single points of failure to provide scalable virtual networking for OpenStack deployments using commodity hardware and switches.

Technology

Quick Introduction
to MidoNet
Sandro Mathys
Community Manager

Agenda
Ludicrously brief introductions to:
1. Software-Defined Networking (SDN)
2. OpenStack Networking
3. MidoNet: Networking Virtualization Software

Software-Defined
Networking
Physical Separation of
Logic and Traffic

Software-Defined Networking
⚫ Decouples control & forwarding / data plane
⚪ Separates network logic and network traffic
⚫ Incomplex, scalable, agile
⚫ Centrally managed
⚫ Commodity hardware / white box switches
⚫ Cost

OpenStack Neutron
Networking as a Service

OpenStack Compute: Nova
⚫ Introduced with first release: Austin (2010)
⚫ Networking integral part of Compute
⚫ Monolithic
⚫ Extremely Limited (L2 + DHCP)
⚫ Flat, Flat DHCP, VLAN, Linux Bridge
⚫ Only just basic Linux networking

OpenStack Networking: Neutron
⚫ Introduced with 6th release: Folsom (2012)
⚫ Pluggable, Scalable, API-Driven
Network & IP Management
⚫ L2, L3, Floating IPs, Security Groups, LBaaS,
FWaaS, VPNaaS, DVR, L3HA, …
https://www.openstack.org/software/openstack-networking/

MidoNet:
OpenStack
Neutron Plugin
Network Virtualization Software

Distributed Controller
⚫ Resiliency: No Single Point of Failure (SPOF)
⚫ Scalability: Fully Distributed Architecture
⚫ Performance: Single Virtual Hop

Distributed Architecture
⚫ SDN intelligence at edges
⚫ Resource usage at edge
⚫ Grows with the cloud
⚫ Fully Distributed Gateways
⚪ L3 GW: Multiple BGP Border Nodes
⚪ L2 GW: Multiple HW VXLAN Tunnel End-Points
(VTEP)

Additional Features
⚫ Only L3 connectivity required
⚫ Firewall bound to each vPort
⚪ Filtered before reaching physical network
⚫ Docker Networking via nova-docker
⚫ Puppet Modules (others upcoming)
⚫ Apache License 2.0
⚫ many many more...

Learn More
⚫ October 26: MidoDay Tokyo (09:00 - 19:00)
https://midoday.midonet.org/tokyo-2015
⚫ October 29: OpenStack Summit (09:50 - 10:30)
MidoNet 101 with Adam Johnson
http://sched.co/49vJ
⚫ https://www.midonet.org/

MidoNet is an open, software-only, highly scalable and resilient, network virtualization system. With its distributed architecture it allows enterprises and service providers to build, run, and manage virtual networks at scale with increased control, security and flexibility. MidoNet allows users to build isolated networks in software and overlays the existing network hardware infrastructure. http://www.midokura.com/

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1. Quick Introduction to MidoNet Sandro Mathys Community Manager

2. Agenda Ludicrously brief introductions to: 1. Software-Defined Networking (SDN) 2. OpenStack Networking 3. MidoNet: Networking Virtualization Software

3. Software-Defined Networking Physical Separation of Logic and Traffic

4. Software-Defined Networking ⚫ Decouples control & forwarding / data plane ⚪ Separates network logic and network traffic ⚫ Incomplex, scalable, agile ⚫ Centrally managed ⚫ Commodity hardware / white box switches ⚫ Cost

5. OpenStack Neutron Networking as a Service

6. OpenStack Services

7. OpenStack Compute: Nova ⚫ Introduced with first release: Austin (2010) ⚫ Networking integral part of Compute ⚫ Monolithic ⚫ Extremely Limited (L2 + DHCP) ⚫ Flat, Flat DHCP, VLAN, Linux Bridge ⚫ Only just basic Linux networking

8. OpenStack Networking: Neutron ⚫ Introduced with 6th release: Folsom (2012) ⚫ Pluggable, Scalable, API-Driven Network & IP Management ⚫ L2, L3, Floating IPs, Security Groups, LBaaS, FWaaS, VPNaaS, DVR, L3HA, … https://www.openstack.org/software/openstack-networking/

9. MidoNet: OpenStack Neutron Plugin Network Virtualization Software

10. MidoNet (MN) Architecture

11. Distributed Controller ⚫ Resiliency: No Single Point of Failure (SPOF) ⚫ Scalability: Fully Distributed Architecture ⚫ Performance: Single Virtual Hop

12. Distributed Architecture ⚫ SDN intelligence at edges ⚫ Resource usage at edge ⚫ Grows with the cloud ⚫ Fully Distributed Gateways ⚪ L3 GW: Multiple BGP Border Nodes ⚪ L2 GW: Multiple HW VXLAN Tunnel End-Points (VTEP)

13. MidoNet Topology

14. Additional Features ⚫ Only L3 connectivity required ⚫ Firewall bound to each vPort ⚪ Filtered before reaching physical network ⚫ Docker Networking via nova-docker ⚫ Puppet Modules (others upcoming) ⚫ Apache License 2.0 ⚫ many many more...

15. Learn More ⚫ October 26: MidoDay Tokyo (09:00 - 19:00) https://midoday.midonet.org/tokyo-2015 ⚫ October 29: OpenStack Summit (09:50 - 10:30) MidoNet 101 with Adam Johnson http://sched.co/49vJ ⚫ https://www.midonet.org/

16. Questions? ask.midonet.org

Quick Introduction to OpenStack Neutron and SDN feat. MidoNet

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