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CENGN Commercialization Projects WebinarBhavani Krishnan, 18-Jan-2016
Agenda
• CENGN Overview
• CENGN Platform
• CENGN Commercialization Projects
• Examples of CENGN Projects
• Schedule & Considerations for CENGN Proposal Submission
What is CENGN?
• Partner with Universities & Colleges (Student Interns)
• Drive Innovation to Commercialization (Small Medium Enterprise)
Consortium of ICT Industry Leaders
• Independent interoperability Testing Centre; TestaaService (SDN, NFV, IoT)
• Services (Commercialization Acceleration, Testing and Lab, Innovation for Hire, Technical Training)
Unique Open Source Multivendor Physical and Virtual DC & WAN
• Data Centre, WAN, Staff (DevOps, Project, Marketing)
• Funded by Canadian Federal Government and Industry
Headquarters in Ottawa, Ontario, Canada
4
CENGN Members
2015 SME Roadshow & Projects
50• Number of submitted proposals
12
• Number of SMEs who were shortlisted for Dragon’s Den day
5
• Number of Projects selected – all in the area of SDN/NFV
Sponsoring 11%
Attending35%Speaking
35%
Exhibiting11% PoC
8%
Local 36%
National/Internation
al45%
CENGN19%
2015 Events and Activities
SDN & OpenFlow World Congress - Snapshot
Bhavani Krishnan, CENGN’s VP Program and Product Management, and Ryley Mackenzie, Expeto Wireless’ CEO, showcase their live “Scalable Virtual EPC Deployed in Seconds” Proof-of-Concept
Ritch Dusome, CENGN’s President & CEO, explores CENGN
Member Juniper Networks and CENGN
Partner Inocybe’s “Open Smart City Infrastructure and Services” Proof-of-
Concept
OPNFV - Snapshot We are delighted to welcome CENGN as
the first associate member of OPNFV,”Margaret Chiosi, President of OPNFV and The Linux
Foundation, and Distinguished Network Architect AT&T Labs
CENGN Platform
CENGN Platform & Network
Compute
Supermicro
Storage
Supermicro
Network
Edge-Core
CENGN WANEnabled Cloud Infrastructure
Internet1G
CENGN’s current production Data Centre environment with High Speed Internet
connection
CENGN CloudProduction Instance Attributes
Attribute Description
Software versions Linux OS14.04.1 LTS
Openstack2014.2.2
Openstack
ComponentsHorizon (Dashboard), Nova (Compute), Neutron (Networking Overlay), Cinder/Swift/Ceph (Storage).
Glance (Image), Keystone (Identity & Security), Heat (Orchestration)
Hardware
3xControl Nodes with
HA architecture
6xCompute Nodes
192 CPU cores (384 vCPU with 1:2 subscription model)
Memory: 503GB RAM (1:1 oversubscription)
2XStorage (Ceph) Nodes
263.6TB HDD
Power UPSs and ePDUs
Network Underlay, Edge and OVS as Overlay
T0 Systems DHCP, DNS, NTP, Syslog, Monitoring
CENGN Cloud: Operational Support Systems
Deployment and Automation
for the Support Systems
Deployment and
Automation for
Openstack
Cloud
PXE booting and Deployment
of OS on BM Servers
V6.1
Infrastructure Services
CLOUD SERVICES
• Tenancy (self managed or CENGN
managed)
– Creation of instances
– Manage the internal network
– User management
– Volume (Openstack Block storage) creation
– Self managed back-up and restore
• VM/Instance
– User management
– Volume (Openstack Block storage) creation
– Self managed back-up and restore
BARE METAL SERVICES
• Servers: Super Micro Haswell processor with storage
– Compute Node Tier 1: CPU=2, Cores=24, RAM=128G,
SSD=2x120G+4x480G (3108 RAID Controller)
– Compute Node Tier 2: CPU=2, Cores=12, RAM=64G,
HD=2x2T (3108 RAID Controller)
– Controller Node: CPU=2, RAM=64G, HD=6x2T, (3108 RAID
Controller)
– Storage Node: CPU=1, RAM=32G,
HD=12x2T+SSD=2x120GB
• Operating System:
– Ubuntu 14.04 LTS: Ubuntu 14.04 will be PXE Booted on the
Bare Metal system
• Network:
– Access to and from the Internet (1G Internet access)
– Optionally, can provide access to 2 different networks
13
Plan for 2016
InternetNetwork
Cloud CENGN Network OSS, T&M Internet
Function Flexible deployment tools and
automation to create
project/service specific Openstack
cloud infrastructure instance
Redundant and resilient core network providing
flexibility for project environments
CENGN Metro network with 100G+ WAN link
Operational support
systems; test and
measurement systems
Multi-homed Edge for
redundancy/diversity
Vendors Fuel, Cobbler, Puppet, JUJU,
MAAS, Mirantis, Canonical
SuperMicro, Cisco-UCS, Edge-
core, Accton
Juniper, Cisco
ALU, BTI, Fujitsu
Telus, Allstream, Rogers
Zabbix, Elastic,
Atlassian,
EXFO, Viavi, EWA
Telus, Allstream, Rogers
OSS, Test and Measurement
Cloud
Commercialization Projects
Project Selection Criteria
The project must meet the following criteria
1. Client is a Canadian Small Medium Business (SMB) or Start-up
2. The project is selected and sponsored by at least one of the members or CENGN, which in turn requires
product/solution fit for the Member/CENGN
3. Has business viability and can be commercialized
4. The project leverages CENGN/Members/Partners/Universities resources for Technical, Project Management
or Business Development
5. Scope of the project aligned with the vision of CENGN ICT
– Make Canada the Global leader in the development of ICT and Telecommunications
– Bridge the gap between academia and commercialization
– Provide virtual multi-vendor commercialization, test, certification and validation platform
6. Project scope is 3-9 months total with up to 60 business days of CENGN Services
7. The project adhere to Intellectual Property process – IP stays with client or as negotiated by Project-specific
IP agreement
Project Areas
1. SDN/NFV/SD-WAN
2. IoT3. Data Centre/Cloud
4. Network Transport
5. Security6. Network Applications
7. Mobile Network
CENGN Commercialization Projects Overview
SMB/SME/Start Up
Submit Proposal
Evaluate,
rank and
Select
Execute Project
CENGN Members CENGN Partners
Academia/Interns
VC Funding?
CENGN Members
No
VC ProcessYes
CENGN VC Partners
Yes
SME Benefits
• Project managed CENGN services up to 60 days – value of ~$100k
– POC as a Service
– Testing Services
– Consulting Services
• Use of CENGN facilities (Infrastructure, Network and Cloud Services)
• Exposure to and feedback from CENGN Members
• Press Releases and other marketing exposure
• Potential International Conference exposure and participation
• Optional: Proposal reviewed by CENGN Venture Capital Partners for funding, if
interested
SME Commitment
• Become an Affiliate Member of CENGN with $5k yearly membership
• Commitment for participation in the project (definition, success criteria,
schedule) with the right level of individuals in the organization
• Optional: If CENGN-VC Partner funds SME within 12 months of introduction,
then SME pays CENGN cash and/or equity on a percentage of the deal
POC As a Service
• CENGN can provide the Data Centre environment and a WAN environment for
conducting proof of concept testing for a complete end to end solution.
Examples:
– SD-WAN: Complete solution test with SDN WAN controllers, network
devices and high speed WAN 100G+
– Cloud Management solutions or Cloud applications with specific
Infrastructure instance
– Hybrid solutions validation with traditional and virtual networking
– Service orchestration for SD-WAN
Testing Services
Examples of NFV/SDN Testing Services
• NFV Testing
– ETSI-ISG architecture Compliance
– VNF interoperability with specific NFVi Instance
– VNF functional testing
– VNF performance/Scale – Scale up and Scale out
– VNF Migration across Data Centres
• SDN Services
– SDN Application validation
– SDN Controller bring up
– SDN Controllers Infrastructure interoperability
Consulting Services
• CENGN’s consulting services include the following:
– Technical Services in the emerging areas of: Cloud Infrastructures,
Openstack, SDN, SD-WAN, NFV etc
– Project Management
– Product Management
– Business Development
– Marketing
Leveraging CENGN Platform/Network
1. SDN/NFV/SD-WAN
2. IoT3. Data Centre/Cloud
4. Network Transport
5. Security6. Network Applications
7. Mobile Network
InternetNetwork
OSS, Test and Measurement
CloudENB, GATEWAY
IOT GATEWAY
SDN APPLICATIONS
Examples of CENGN POCs
2015 Projects Summary
SME Sponsor Project Overview Status
Multi-Site Multi-Domain Data Center
Capacity Management
Completed
Live demo at SDN World
Congress (Oct) and OPNFV (Nov)
NFV-based LTE core in the Cloud
Completed
Live demo at SDN World
Congress (Oct) and OPNFV (Nov)
Multi-layer Data Connectivity
OrchestrationEvaluation completed
OpenFlow Switch – Hybrid MPLS
Network
In progress for completion in
Feb/March 2016
Smart City Infrastructure & Services
(Open Source)In progress
• SMB:
• Member:
• Partners:
• Use-case:
– Bandwidth on Demand for Inter-DC applications such as Workload migration
with the use of SDN at optical and switching layers.
• Project Summary:
– Showcase the ability of a network under SDN to control (based on OpenDaylight
(ODL)) elephant flows, based on an application trigger
– Features a scenario that throttles low priority traffic to a minimum bandwidth in
order to accommodate the transfer of a large flow of data between the two data
centres
– This will be demonstrated using live link in the CANARIE network between
Ottawa and Montreal
Multi-Site Multi-Domain Data Center Capacity Management
CANARIE POP
Ottawa
DP64107802 DP6410
DC1 DC2
7802
CANARIE POP
Montreal
Wavelength
Inocybe Stack
TS
OOB /
Internet
TS
• SMB:
• Sponsor:
• Support:
• Use-cases:
• A revolutionary method for rapidly deploying and managing an end to end
LTE network.
• vEPC functions at the edge for Public Safety applications
• Project Summary:
– Demonstrate the following use-cases
• Use of Web UI to spin up the environment and the vEPC functions at
CENGN Data Centre, in a matter of seconds
• Small cell/eNB at the show with dedicated UEs to demonstrate WebRTC
call through the vEPC created
• Demonstrate Public Safety use-case by running vEPC functions at the
eNodeB
NFV-based LTE core in CloudConference Compute Space
• SMB:
• Members:
• Support:
• Use-case:
– Showcase a true end-to-end multi-layer SDN orchestration of an
MPLS-based WAN
• Project Summary:
– Network Infrastructure: Juniper MPLS network over Fujitsu Optical
transport
– SDN Controllers: Juniper Northstar and Fujitsu Virtuora
– In the event of an optical link failure, Cenx Cortx Service Orchestrator
inspects the MPLS topology change for any policy violations
– Violation will trigger manual provisioning of new Optical link to effect the
change in the MPLS topology and Shared Risk Link Group (SRLG) and
the subsequent re-routing of the MPLS path in accordance to policy
Multi Layer Data Connectivity Orchestration
1. Optical Network Path Failure
2. Optical network failure and packet reroute notifications sent to Cortx
3. Update network topology and SRLG validation. Alert raised for policy violations
4. Optical and Packet network adjustments
5. Update network topology and path validation. Alert cleared/raised for policy
violations
• SMB:
• Member:
• Use-case:
– MPLS VPN network transition from traditional PE/CE to
SDN controlled PE/CE
• Summary:
– MPLS Layer 2 VPN solution with Openflow-based Noviflow
switch PE and CE in one end and a traditional MPLS
PE/CE at the other end
– SDN Openflow controller (Cubro, ONOS, ODL) for
provisioning and control of the Noviflow PE and CE
– End to end solution demonstrated at CENGN
– Demo using Web application
OpenFlow Switch - Hybrid MPLS L2-VPN
MPLS NetworkPE
CENoviiNID
Openflow CE
NoviSwitch 1132
Openflow PE
Manual
Provisioning
L2VPN
Customer
Premises A
Customer
Premises B
• SMB:
• Member:
• Use-case:
– Smart City applications and services over programmable infrastructure and
network
• Project Summary:
– Showcase a complete end-to-end Smart City infrastructure, management and
services in a lab environment initially, followed by a pilot project in Ottawa
– Features fibre infrastructure controller that makes it possible to have shared
substrate networks leveraged in isolation by a variety of networks for emerging
services.
– Features a Services Control Gateway that manages delivery of user-specific
services to different market segments
– Demonstrate specific applications for small business, traffic control etc.
Smart City Infrastructure and Services
IP Network
Misc Dbases
Infrastructure
Fibre and Mobile
Public
Safety
Utilities Retail Health
Transportation Government
3/4G Router Smart MetersRetail
Transport
TrafficKiosks
Surveillance
5G 4G
Applications, Analytics, Services
Infrastructure
Controller
Services Control
Gateway
Schedule & Considerations for Submission
2016 Project Selection Process and Timeline
Dec 1, 2015
Open for submissions
Emailcampaign
Webinar and VOD
promotion
January
Jan 30, 2016
LOI Closed
Feb 1, 2016
Ranking starts –
CENGN & Members
Feb 8, 2016
CENGN ranking
provided to Members
Feb 12, 2016
Members to provide CENGN with their short-
list
Feb 15, 2016
Winningsubmissions
notified (top 10-15) with Affiliate
agreement
Feb 15-19, 2016
Qualification of SMEs – request
for Demo
Feb 23-24, 2016
SME prep for Dragon's Den.
Coaching sessions with Invest Ottawa
Feb 29, 2016
Dragon’s Den
Process simplified based on experience from last year; no sub-committees
CENGN Web tool for Proposal submission
Considerations for proposal submission
• Include Product Presentation, Brochure. Any information that will provide us
with a better understanding of your product/solution
• Competitive Advantage needs to be elaborated – what makes this solution
unique?
• Linkage to CENGN Member
• How is your solution/product may be interesting to one of CENGN Members?
• Linkage to CENGN Platform
• How can CENGN platform/services be leveraged for the project?
THANK YOU