Increases the level of

network automation (an SDN controller can automate network management and

configuration tasks).

Makes data backup,

disaster recovery, and business continuity easier and less expensive because

data can be mirrored at multiple redundant sites on the cloud provider's

network.

Provides a single,

unified interface allowing network administrators and external applications

(e.g. orchestration platforms) to interact (configure and manage) with the

network.

It is responsible for

data collection, aggregation, filtering and processing, storage, security and

remote management.

Removing

hindrances in the smooth flow of goods from the producers and consumers.

It

is one of a family of IP Routing protocols, and is an Interior Gateway Protocol

(IGP) for the Internet.

It is a set of rules

that determine the best network routes for data transmission on the internet.

It is an infrastructure component that provides

messaging and data storage functionality for other OpenDaylight components

based on user-defined data and interface

It is acts like a large registry of services

advertised by various modules and binds them to the applications that require

them.

It is used to complete

or break an electric circuit in order to use an switching appliance.

All parameters can be

adjusted individually with laptop.

OpenDaylight provides a rich set of features,

including network virtualization, SDN, network automation, traffic engineering,

and more.

It

is an SDN controller written in Python.

It is a software

virtualization technology to connects multiple network devices through physical

ports and performs necessary configurations.

POX is headed in the

same direction with the Network Intent Composition project, which will enable

developers to easily describe their own intents.

POX consists of a

complex series of subsystems, as well as scalable functions for telecom

systems.

POX

focuses more on performance aspects and clustering to increase the availability

and scalability