Chair: Ewan Quibell, management systems and service leader, Jisc.
16:15-16:55 - The autonomous network
Speaker: Simon Parry, CTO UK public sector, Ciena.
You’ve virtualised your servers, virtualised your storage, maybe even virtualised an application, but what about the network that joins it all together? How do you build an agile, open network that responds to the new world of on-demand services, without impacting current performance and while delivering greater efficiencies?
Find out how a network operator can save money and deliver a more responsive experience and outcome for your users.
2. Please switch your mobile phones to silent
17:30 -
19:00
No fire alarms scheduled. In the event of an
alarm, please follow directions of NCC staff
Exhibitor showcase and drinks reception
18:00 -
19:00 Birds of a feather sessions
3. The evolution to the autonomous
network
Simon Parry
CTO UK Public Sector
April 2017
One carrier’s journey….
4.
5.
6. Vendor A NMS Vendor B NMS Vendor C NMS Vendor X NMS
Physical Appliance
Data Center
Public Cloud
Proprietary interfaces create lock-in
Significant cost to evolve/change
TTM to introduce new services
Limited service assurance
Operations limits service catalog choice
Static infrastructure inhibits innovation
IP/MPLS WAN
Optical WAN
CLI
OSS
SNMP TL1 CORBA
8. A rebranded NMS ? NextGen Mgmt + Control ? A centralized control plane?
• Existing NMS + REST based
northbound APIs
• Full FCAPS & OAMP but lacks E2E
path computation/creation
• Likely ‘monolithic’ in architecture
• Traditional NMS capabilities + path
computational support
• May include real-time planning and a
degree of multi-vendor capability
• Built on modern and scalable “Web
2.0” architecture – micro-services &
containers
• Foundation built around control
and data plane separation
• Provides E2E path
computation/creation but likely
lacks FCAPS & OAMP
• Examples include ODL and ONOS
They all have a part to play in our story
11. To expand our service offerings while scaling in an operationally efficient way
Our main character’s objective
Multiple Models RequiredBased on the IETF Framework
•
•
•
•
Data Center
w/ Centralized
Compute
CO/PoP
Distributed
Compute
Remote
Compute
WAN
MANO
Firewall
Encryption
vRouter
VNFs
NFVI
Cloud Mgmt & SDN Control
NFVO & VNF Management
12. Office A
Office B Office D
Office C
WAN
VNF Catalog
HQ
Director“I need a
Firewall”
“I need an encrypted &
WAN optimised service”
“I want my own
custom made
appliance”
“I just need
connectivity”
VNF
On-Boarding
13. WAN OrchestrationNFV MANO DC Control
Multi-Domain Service Orchestration
WAN Data CenterNFV Data
Center(s)
•
•
•
•
14. Analytics Platform
Data
Source
Data
Source
…
Data Normalization
App 1
Data
Sources
…
App N
Analytics: The discovery, interpretation, and communication of meaningful patterns in data
Wikipedia
What if we could predict network outages
before they happen?
Analytics is the key to unlocking the autonomous network
What if we could recommend network
augmentations in real time?
What if we could optmise the network based
on current and past behavior?
15. OSS
CO/PoP
Data Center
w/ Centralized
Compute
Public Cloud
Distributed
Compute
Physical Appliance
Remote Compute
IP/MPLS
WAN
Optical WAN
Data LakeOptical “Controllers”
WAN Orchestration
Cloud Mgmt & SDN
NFVO & VNFM
IP/MPLS “Controllers”
Analytics
&
Apps
Multi-Domain Service Orchestration
Public APIs &
Portals