Software Defined Networking and Network Virtualization
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1 Software Defined Networking and Network Virtualization Aryan TaheriMonfared October 02, 2013 Software Defined Networking and
2 Agenda Motivation 1 Motivation 2 What is OpenFlow? Advantages Disdvantages Stakeholders How? 6 Networking Aryan TaheriMonfared inside aryan.taherimonfared@uis.no a Rack Software Defined Networking and
3 Outline Motivation 1 Motivation 2 What is OpenFlow? Advantages Disdvantages Stakeholders How? 6 Networking Aryan TaheriMonfared inside aryan.taherimonfared@uis.no a Rack Software Defined Networking and
4 Traditional Data Network Functionality implemented in dedicated appliance or ASIC Proprietary appliances/apis Individual configuration Time consuming/error prone configuration Automating tasks by (home-grown) scripts Lack of communication between application & network Slow & costly service innovation Software Defined Networking and
5 Outline Motivation 1 Motivation 2 What is OpenFlow? Advantages Disdvantages Stakeholders How? 6 Networking Aryan TaheriMonfared inside aryan.taherimonfared@uis.no a Rack What is OpenFlow? Advantages Disdvantages Software Defined Networking and
6 Problem? Motivation What is OpenFlow? Advantages Disdvantages Nick McKeown See references. Software Defined Networking and
7 What is OpenFlow? Advantages Disdvantages What is Software Defined Networking? Separating the control plane from the forwarding plane physically. Controlling several forwarding devices with single control plane. Making clear the distributed systems problem. ( Solve the problem once!) Configuring flows from global view. Software Defined Networking and
8 What is OpenFlow? Advantages Disdvantages What is Software Defined Networking? SDN is a mechanism not a solution Provides: more control, better guarantees, NOT necessarily simplicity Can be combined with backup path/other decision-making process Implementations: SANE, Ethane, OpenFlow Software Defined Networking and
9 SDN is based on Abstraction What is OpenFlow? Advantages Disdvantages Forwarding Abstraction: OpenFlow API x86 instruction set State Distribution Abstraction: Single state distribution mechanism, well-known convergence properties, re-usable (new protocol new state distribution mech.) Specification Abstraction: Interacting with network as a single device Software Defined Networking and
10 What is OpenFlow? Motivation What is OpenFlow? Advantages Disdvantages Network Operating Systems convey configuration of global network view to actual physical devices One possible definition of how to model the configuration of a physical device Software Defined Networking and
11 Traditional Switch Motivation What is OpenFlow? Advantages Disdvantages Software Defined Networking and
12 OpenFlow Capable Switch What is OpenFlow? Advantages Disdvantages Software Defined Networking and
13 OpenFlow Capable Switches What is OpenFlow? Advantages Disdvantages Software Defined Networking and
14 Distributed OpenFlow Controller What is OpenFlow? Advantages Disdvantages Software Defined Networking and
15 What is OpenFlow? Advantages Disdvantages Pros: Global view of network demands and fabric resource Makes it easier to control diverse switches Deterministic and dynamic flow placement Efficient provisioning/releasing resources Faster convergence Higher utilization More fault-tolerant Software Defined Networking and
16 What is OpenFlow? Advantages Disdvantages Cons: OpenFlow is in early stages Controllers are not mature yet Upgrading HW/SW is required Flow programming is not simple/fast Northbound APIs in controllers are not standard (Adapting the same application to different controllers) Software Defined Networking and
17 Outline Motivation 1 Motivation 2 What is OpenFlow? Advantages Disdvantages Stakeholders How? 6 Networking Aryan TaheriMonfared inside aryan.taherimonfared@uis.no a Rack Software Defined Networking and
18 What is? Faithful logical reproduction of physical network services. Decoupling the (virtual) network services from the physical network. Coexistence of multiple virtual networks on the same physical substrate. Simplifies administration. It s a solution. SDN can be used for building Virtualized Networks. Software Defined Networking and
19 Outline Motivation 1 Motivation 2 What is OpenFlow? Advantages Disdvantages Stakeholders How? 6 Networking Aryan TaheriMonfared inside aryan.taherimonfared@uis.no a Rack Software Defined Networking and
20 SDN/VN Use-cases Deployment on university campuses WAN optimization Flexible virtualization platform Security services Bandwidth on demand applications Multipath networking for higher utilization and efficiency Network administration Mobility Software Defined Networking and
21 Outline Motivation 1 Motivation 2 What is OpenFlow? Advantages Disdvantages Stakeholders How? 6 Networking Aryan TaheriMonfared inside aryan.taherimonfared@uis.no a Rack Stakeholders How? Software Defined Networking and
22 Stakeholders How? in University Campus Network Diverse use-cases: vending and training machines, fire alarms, monitoring systems, BYOD, mission critical systems, innovation infra. etc. Diverse requirements: secure communication, openness, virtualization, etc. Vertical integration: Network HW, OS, and applications are tightly integrated in a single product Lack of open standard APIs: Inflexible home-grown scripts High costs: WiFi, Videos, Big Data-Large Bandwidth Mismatch between innovation pace in computing and networking Software Defined Networking and
23 Who will benefit from? Stakeholders How? Campus Central IT: Operation efficiency Networking Research Community: Using slices of production network Research Community (with huge datasets): High energy physics, Bioinformatics, etc. Software Defined Networking and
24 How can you benefit from? Stakeholders How? Virtualization: Virtual networks independent of underlying L1/L2/L3 Advanced Forwarding Programmability: Developing other applications on top Software Defined Networking and
25 : Motivation Stakeholders How? Disaster recovery On-demand provisioning/de-provisioning of network slices Multipath TCP (e.g. Large volume data transfer) Compliant virtualized networks (e.g. Payment Card Industry Data Security Standard (PCI DSS) for POS) Software Defined Networking and
26 Outline Motivation 1 Motivation 2 What is OpenFlow? Advantages Disdvantages Stakeholders How? 6 Networking Aryan TaheriMonfared inside aryan.taherimonfared@uis.no a Rack Networking inside a Rack Tenant Network Logical View Software Defined Networking and
27 Multiple Cells Motivation Networking inside a Rack Tenant Network Logical View Software Defined Networking and
28 Single Cell Motivation Networking inside a Rack Tenant Network Logical View Software Defined Networking and
29 Inside a Rack Motivation Networking inside a Rack Tenant Network Logical View Software Defined Networking and
30 Inside a Compute Node Networking inside a Rack Tenant Network Logical View Software Defined Networking and
31 Network Logical View Networking inside a Rack Tenant Network Logical View Software Defined Networking and
32 Networking inside a Rack Tenant Network Logical View Any Networking? Software Defined Networking and
33 Networking inside a Rack Tenant Network Logical View Any Networking? Yes, lots of them :) Deployment complexity Maintenance cost Tenant s network isolation and end-to-end connectivity Tenant s traffic monitoring Security enforcement Software Defined Networking and
34 Networking inside a Rack Tenant Network Logical View Any Networking? Yes, lots of them :) Deployment complexity Maintenance cost Tenant s network isolation and end-to-end connectivity Tenant s traffic monitoring Security enforcement Software Defined Networking and
35 Networking inside a Rack Tenant Network Logical View OpenFlow Enabled Cloud Infrastructure Software Defined Networking and
36 Cloud Infrastructure Monitoring 1 Networking inside a Rack Tenant Network Logical View Software Defined Networking and
37 Cloud Infrastructure Monitoring 2 Networking inside a Rack Tenant Network Logical View Software Defined Networking and
38 Networking inside a Rack Tenant Network Logical View Cloud Infrastructure Quarantine Zone Software Defined Networking and
39 Take home! Motivation Networking inside a Rack Tenant Network Logical View SDN is about abstraction (Building GUI using assembly is hard) You can think of any application (All use-cases of a programming language?) Watch open-source projects (OpenVSwitch, OpenDayLight, Mininet, RouteFlow,...) Simulate network, Control with OFC, Move to physical lab, Move to production Software Defined Networking and
40 References Motivation Networking inside a Rack Tenant Network Logical View An attempt to motivate and clarify Software-Defined Networking (SDN) A Case for Expanding OpenFlow/SDN DeploymentsOn University Campuses Software Defined Networking and
41 Q?A! Motivation Networking inside a Rack Tenant Network Logical View Thank you! Software Defined Networking and
42 Networking inside a Rack Tenant Network Logical View Deployment complexity and Maintenance cost Increased number of networking devices by the factor of cluster size Virtualized networking devices Software Defined Networking and
43 Networking inside a Rack Tenant Network Logical View Tenant s traffic isolation and end-to-end connectivity VLAN tagging GRE tunnels, EoIP tunnels Namespaces in Linux networking stack Software Defined Networking and
44 Networking inside a Rack Tenant Network Logical View Tenant s network monitoring How to distinguish between tenants traffic? VLAN IDs? GRE addresses? Namespaces? How to get the information in real-time? Querying: network management service? platform controller? each compute node? Software Defined Networking and
45 Networking inside a Rack Tenant Network Logical View Tenant s network monitoring How to distinguish between tenants traffic? VLAN IDs? GRE addresses? Namespaces? How to get the information in real-time? Querying: network management service? platform controller? each compute node? Software Defined Networking and
46 Networking inside a Rack Tenant Network Logical View Tenant s network monitoring How to distinguish between tenants traffic? VLAN IDs? GRE addresses? Namespaces? How to get the information in real-time? Querying: network management service? platform controller? each compute node? Software Defined Networking and
47 Networking inside a Rack Tenant Network Logical View Tenant s network monitoring How to distinguish between tenants traffic? VLAN IDs? GRE addresses? Namespaces? How to get the information in real-time? Querying: network management service? platform controller? each compute node? Software Defined Networking and
48 Networking inside a Rack Tenant Network Logical View Security enforcement Where to put security middle boxes? How to control and federate them with the rest of platform s components? Software Defined Networking and
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