SDN Control of Packet-Optical Networks Goal Multi-layer SDN control with ONOS for programmability and optimization across packet and optical networks for a more efficient WAN. Inefficiencies with Current Practices Mesh of Tunnels Packet and optical networks managed independently IP IP IP IP IP Each network does its planning independently resulting in overprovisioning and significant inefficiencies. P3# Packet Provisioning of Optical networks is static and lacks agility ( bandwidth on demand is slow) P1# Primary IP IP P4# P2# IP IP P5# Backup IP IP Solution: Optimization across packet and optical networks, programmability and agility with Multi-layer SDN Control. R2# R1# R4# Primary ROADM ROADM ROADM 4X Provisioned 4X# Optical R7# ROADM ROADM Protection R5# R3# R6# ROADM ROADM Multi-layer SDN Control with ONOS BW Calendaring application provides: •  Ability to specify bandwidth scheduling with a set of SLAs and optimization parameters. Calendaring Application BW on Demand Intents Intent#1(30G)# NB Interface Intent Framework & Embedded PCE Network Graph Abstraction, Usage & States ONOS provides: •  NB Intent Framework for provisioning across packet and optical •  PCE for multi-layer optimal path selection •  Network graph abstraction with both layers •  Packet and optical Data model •  Topology discovery of packet and optical •  Pluggable SB for adaptors •  Failure detection and rerouting •  Visibility (GUI) and statistics (PACKET-OPTICAL) ONOS Packet-Optical Switches Cross Connects, Triggers & Events SB Open Flow + Adaptors Host (DC) OVS OVS OVS IP Layer Host (DC) OVS OVS MININET Emulated Packet & Optical demo environment: •  Packet switches: OVS •  ROADMs: LINC-OE •  Orchestration/emulation: Mininet ONOS Partners: Linc-OE Optical Layer ROADM Primary Paths Only Linc-OE Linc-OE ROADM Linc-OE Linc-OE ROADM ROADM ROADM ROADM Linc-OE ROADM Linc-OE Linc-OE emulated optical switch By Infoblox