2. Company Introduction
• Spin-off from the High Performance
Networks Group of Bristol University
– Commercialise University’s Network
Virtualization and Slicing (SDN) technology
– £3m VC investment
– £1.8m Innovate UK Contract
– UK Government's 5G Testbed
– Horizon2020 Projects
• REPLICATE (€25m Smart Cities project)
• 5G-PICTURE (Cloud/Network orchestration)
• METRO-HAUL (Multi-domain/vendor orchestration)
• Key differentiation: End-to-End provisioning of
network services
2
3. SDN for Enterprises and 5G/IoT Networks
• Proven in Datacentres
• Enterprise & 5G/IoT networks
contain different types of devices
– Ethernet, Optical, Wireless, IoT
• NetOS®: Extended, Multi-domain
Open Standards, Network
Virtualization and Slicing
Optical
Internet of Things
Switching/Routing Wi-Fi
3
6. Virtualization & Slicing in a 5G Network
5G network slicing can address a variety of industry and multi-tenancy
use cases with multiple independent instances on one physical network
6
8. Bristol City Fibre Network
• Bristol Network (B-Net)
– 76Km long ducting owned by BCC
– Purchased from Rediffusion
– Supports Council’s ICT needs
• Autumn 2015
– 20 year Concession
– ITS Technology & Net Support
– Extend network to ↑180Km
• ‘Bristol Is Open’ is a Smart City
testbed offering “Experimentation
-as-a Service”
8
9. Bristol Is Open: Joint Venture between Council & University
Provides the
network
infrastructure
Provides the
SDN/NFV
technology
Bristol Is Open Network
Powered by Zeetta Networks!
9
14. INFRASTRUCTURE
Telecoms
Sensors, M2M, IoT
Computers
Data centres & Cloud
Network Operating System (NetOS™)
Virtual
Network A
Virtual
Network B
Manage a diverse “Network-of-Networks”
IT, Telecoms, Wireless, Sensors, Actuators, IoT, etc.
Multi-Technology Support
Software Defined Networking
Abstractions of the underlying hardware
Logically centralized control
Eliminate Vendor Lock-ins
Network Virtualization
“Slice” network to share resources among many users
Efficient utilization & monetization
Multi-Tenant Solution
NetOS® Deployment in a Smart City
14
15. Thank You!
For more information please contact: Vassilis Seferidis
Email: vassilis@zeetta.com
Telephone: +44 (0) 117 903 1100
Editor's Notes
Good afternoon all,
Thank you for the invitation to talk in your meeting today.
I’ll talked today about how using the latest Software Defined Networking you can built an open platform for self-provisioning a dedicated network for your own application in a smart city context
Zeetta Networks is a spin-off from the High performance Networks Group of the University of Bristol.
In December 2015 the company received US$2millions from two Venture Capital investors: IP-Group and Breed Reply.
The company formed to commercialize the University’s software defined networking technology which has been developed over the last 5 years through an over £6 million funding from the European Commission, UK government and the industry.
The key differentiation of our technology stems from the expertise of the group in transport networks (especially optical), SDN and network virtualisation.
So we know SDN is already proven in data centers such as those of Google and Facebook where it manages hundreds of thousands of Ethernet switching equipment & servers
To bring the benefits of SDN to Enterprise and Internet –of-Things networks one has to take into account the fact that those networks consist of different types of devices including Ethernet, Optical, Wireless and IOT
Zeetta Networks has developed an extended SDN controller which is able to control all these different types of devices.
Bristol Is Open is a complex network in the centre of Bristol but is also a joint venture between the University of Bristol and the Bristol City Council
Bristol Is Open is a complex network in the centre of Bristol but is also a joint venture between the University of Bristol and the Bristol City Council
Zeetta’s NetOS resolves the network problems discussed earlier by supporting the following three features <click>
First, NetOS manages a diverse network of networks which combine wired, wireless and sensor technologies under the same network control <click>
Second, this network control is centralised and it is independent from specific vendors thanks to the abstraction of the underlying hardware from the software running on top <click>
Thirdly, NetOS uses network virtualisation to “slice” the network to many virtual sub-networks. This is a very efficient and effective way to share resources among many users and optimise the resource utilisation and monetization of the underlying network.
We believe this approach is revolutionary.