1. OSCAR Project Proposed Project for OPNFV
We live in a connected world and the foundation for these connections is the network.
Broadband Internet traffic is doubling each and every year (according to IDC) [or] Internet traffic worldwide will grow three-fold by the year (Internet Trends, Mary Meeker (KCPB)
Today we have 2.5 billion Internet users in the world – roughly one-third of the Earth’s population. In the next decade, the number of Internet users will double to 5 billion (Mary Meeker, KPCB)
That means that two-thirds of the world will be connected by 2023.
When you add in the big trends of cloud, mobility, video and security, the combined rate of acceleration is placing unprecedented demands on the network.
[Optional stats/factoids]
100 hours of video uploaded every single minute to YouTube (YouTube)
Mobile video traffic exceeded 50 percent for the first time in (Cisco VNI)
Mobile network connection speeds more than doubled in (Cisco VNI)
In 2012, a fourth-generation (4G) connection generated 19 times more traffic on average than a non-4G connection. Although 4G connections represent only 0.9 percent of mobile connections today, they already account for 14 percent of mobile data traffic. (Cisco VNI)
[NOTE: Consider finding alternate source for above stats to avoid siting Cisco]
As you just described (refer to pain points from previous slide), you are living in this world and feeling the pressure every day.
Pradeep Sindhu founded Juniper 17 years ago on the belief that we should solve technology problems that matter most to our customers and that make a difference in the world. He recognized the importance of the network and the impact it would have on our world.
Our mission is simple, but powerful; to connect everything and empower everyone.
In today’s connected world, this mission is more relevant than ever.
Here at Juniper we are focused on helping alleviate those pain points through our portfolio of high performance networking products.
[T] And we do this by listening to our customers and helping them address their challenges and capitalize on their opportunities.
OSCAR Project
Proposed Project for OPNFV
Stuart Mackie NFV/SDN Architect

2. OSCAR Project Proposal for OPNFV
OPNFV System Configuration And Reporting
Deployment system for OPNFV platform and virtual infrastructure
Based on open source Cobbler/Puppet
Create templates to build different OPNFV stacks based on different combinations of software components
Preload OPNFV stack with required VNFs
Provides a means to rapidly deploy OPNFV stacks to support several operator cases:
POC
System test (Lab/FOA)
Production
Packaged reports on OPNFV system configuration and status

3. OSCAR Member Organizations
Juniper Networks
AT&T
China Mobile
ClearPath Networks
Canonical
NGNware

4. OSCAR project scope Deployment of VIM and NFV Infrastructure
VNF Management and Orchestration (MANO)
OSS/BSS
Os-Nfvo
NFV Orchestrator (NFVO)
Deployment of VIM and NFV Infrastructure
Install software images
Initialize system
Preload VNF images
Optionally configure test environment
Optionally configure network hardware
Configuration, inventory and status reporting
Operators are intended users
NS Catalog
VNF Catalog
NFV Instances
NFVI Resources
Virtualized Services and Management Systems
Ve-Vnfm-em
Element Manager
Element Manager
Element Manager
VNF Manager (VNFM)
VNF Manager (VNFM)
Ve-Vnfm-vnf
VNF Manager (VNFM)
VNF
VNF
VNF
NFV Infrastructure
Hardware Layer
Virtualisation Layer
Compute
Hardware
Storage
Network
Virtual Compute
Virtual Storage
Virtual Network
Vi-Vnfm
Virtualized Infrastructure Manager (VIM)
Nf-Vi
Or-Vi
Vn-Nf
OPNFV System Configuration and Reporting
OPNFV Rel 1
Deploy images and initialize system
Apply template/recipe

5. Where OSCAR Fits in OPNFV
OpenStack
CloudStack
Upstream
ODL
Open Source Projects
OSCAR can process any set of images and packages from Octopus and other sources that satisfy criteria of supported types and have required metadata
Cobbler
...
Download
OPNFV Projects
User/OSS
Deployed operational stacks with compute
Octopus
Telco KPI
Manage OPNFV
Projects
Code Trees
Makefiles
Stacks (BGS)
Dependencies
Packages
Test Envs
Test Plans
Build
Rescuer
OSCAR
Templates
Images
Packages
Clusters
Network
IPv6
Verify
Scripts
Parser
Package
...
Requirements
Development
Continuous Integration
Deployment
Production
Code
Images
Systems
Packages
Metadata
Developer
Operator

6. OSCAR Release 1 – Stack 1 OpenStack/OpenDaylight/Open vSwitch stack
OSS/BSS
Os-Nfvo
NFV Orchestrator (NFVO)
OpenStack/OpenDaylight/Open vSwitch stack
Aligns to Bootstrap/Getting Started
User choice of VNFs to preload
NS Catalog
VNF Catalog
NFV Instances
NFVI Resources
Virtualized Services and Management Systems
Ve-Vnfm-em
Element Manager
Element Manager
Element Manager
VNF Manager (VNFM)
VNF Manager (VNFM)
Ve-Vnfm-vnf
VNF Manager (VNFM)
VNF
VNF
VNF
NFV Infrastructure
Hardware Layer
Virtualisation Layer
Compute
Hardware
Storage
Network
Virtual Compute
Virtual Storage
Virtual Network
Ubuntu, Debian, Fedora
REST/XML (Heat)
OpenStack Cinder
Open vSwitch
OpenStack
(Juno)
Virtualized Infrastructure Manager (VIM)
Nova
Cinder
OVSDB
Netconf
OpenDaylight Controller
REST/XML (Heat)
OPNFV System Configuration and Reporting
Hardware to support ODL/OVS requirements
OPNFV Rel 1
Apply template/recipe

7. User choice of VNFs to preload
OSCAR Release 1- Stack 2
OSS/BSS
Os-Nfvo
NFV Orchestrator (NFVO)
OpenStack/OpenContrail/Open vRouter
Known working software stack and hardware configuration
User choice of VNFs to preload
NS Catalog
VNF Catalog
NFV Instances
NFVI Resources
Virtualized Services and Management Systems
Ve-Vnfm-em
Element Manager
Element Manager
Element Manager
VNF Manager (VNFM)
VNF Manager (VNFM)
Ve-Vnfm-vnf
VNF Manager (VNFM)
VNF
VNF
VNF
NFV Infrastructure
Hardware Layer
Virtualisation Layer
Compute
Hardware
Storage
Network
Virtual Compute
Virtual Storage
Virtual Network
Canonical Ubuntu, CentOS, Docker
REST/XML (Heat)
OpenStack Cinder or CEPH
OpenContrail vRouter
OpenStack
(Juno)
Virtualized Infrastructure Manager (VIM)
Nova
Cinder
Contrail XMPP
Netconf
Contrail VN Controller
REST/XML (Heat)
OPNFV System Configuration and Reporting
Contrail Cloud reference architecture implemented on arbitrary hardware
OPNFV Rel 1
Apply template/recipe

8. User choice of VNFs to preload
OSCAR Release 2+
OSS/BSS
Os-Nfvo
NFV Orchestrator (NFVO)
User-defined stacks
Additional OPNFV components
Doctor
Promise
...
User choice of VNFs to preload
NS Catalog
VNF Catalog
NFV Instances
NFVI Resources
Virtualized Services and Management Systems
Ve-Vnfm-em
Element Manager
Element Manager
Element Manager
VNF Manager (VNFM)
VNF Manager (VNFM)
Ve-Vnfm-vnf
VNF Manager (VNFM)
VNF
VNF
VNF
NFV Infrastructure
Hardware Layer
Virtualisation Layer
Compute
Hardware
Storage
Network
Virtual Compute
Virtual Storage
Virtual Network
... OS
REST/XML (Heat)
... Storage
... Network
... VIM
Doctor
Promise
...
Virtualized Infrastructure Manager (VIM)
Nova
Cinder
Contrail XMPP
Netconf
... Controller
REST/XML (Heat)
OPNFV System Configuration and Reporting
Contrail Cloud reference architecture implemented on arbitrary hardware
OPNFV Rel 1
Apply template/recipe

9. OSCAR Components OSCAR will be based on open source components
Release 1
Cobbler
Puppet
Future releases
Ansible (for device config)
...
Workflow definition
TOSCA is a likely candidate

10. OSCAR Release 1 – Supported Stacks
NFV Block
Stack 1
Stack 2
Virtual Infrastructure Manager (VIM)
OpenStack (Juno)
Network Controller
OpenDaylight
OpenContrail
Compute OS
Ubuntu, Debian, Fedora
Centos, Ubuntu
Virtualization
KVM/QEMU
KVM/QEMU, Docker
Virtual Networking
Open vSwitch
OpenContrail vRouter
VNFs for pre-loading
As per BSG + TBD

11. Possible VNFs to upload in OSCAR environment
Applicability for vCPE and mobility/wireline subscriber networks
Stateful firewall
Virtual PE
Media cache/TCP proxy
Application load balancer
vEPC (SGW/PGW)
vMME
Session Border Controller (vSBC)
Video optimization

12. Test Cases
Create templates that allow supported stacks to be built at different scales (POC/test/production)
Test deployment at various scales
Test preloading of VNFs

13. Deliverables OSCAR configuration server
Scripts and templates for installing each stack component on bare metal (all-in-one, scalable/distributed)
Inventory and system configuration reports
Documentation describing how to configure OSCAR to support new solution components and VNFs

14. Thank You