National Knowledge Network (NKN) is a state-of-art countrywide network which is a revolutionary step towards creating a knowledge society without boundaries.
The objective of NKN is to interconnect all institutions of higher learning and research with a high-speed data communication network to facilitate knowledge sharing and collaborative research.
National Knowledge Network (NKN) bridges the existing knowledge gap in the country and helps to evolve as a Knowledge Society and spur economic activities in the Knowledge domain. It facilitates the development of India's information infrastructure, stimulate research, and create next generation applications and services.
NKN also acts as a test bed for research in the area of network, security and delivery models for various services. As NKN is a new initiative, it will leverage existing initiatives, to ensure faster roll out with modest investment.
The main design consideration for NKN was to create an infrastructure that can scale and adapt to future requirements.
NKN design philosophy is to Encourage, Enable, Enrich and Empower the user community to test and implement innovative ideas without any restriction from the network technology and its administration. Based on that philosophy, as a next generation network, NKN will cater to the following requirements:
NKN design follows all the current standards to permit seamless inter-operability amongst technologies and seamless integration amongst different original equipment manufacturers.
With the growing number of incidences reported by CERT and the increasing challenges posed by innovations in convergence, keeping the network alive can be possible only with very stringent security measures designed, implemented and deployed.
These requirements are essential for transparent delivery of services based on either heritage (as in telephony) or the general requirements for a particular service.
These requirements are network-specific and can be tied to specific services, specific delivery mechanism (client could be variety of devices like PC/ PDA/ any other device) and access mechanisms like (intranet / Internet). The design will cater to the overall performance goal of the NKN infrastructure.
The NKN is designed to cater to the requirements of tracking, troubleshooting, health monitoring, and proactive performance monitoring. With the converged network it becomes more important to proactively monitor the network for impending issues.
NKN is steadily evolving as the National Education Research Network (NREN) of India. The project has already made significant progress by connecting over 1100+ institutes in the network. NKN is now being looked as the harbinger of change in our knowledge society but this also brings together the responsibility to continuously look forward to providing the much-required impetus to R&D initiatives related to networking technology.
NKN understands the requirement of R&D initiatives without a profit motive and therefore took a step forward in facilitation of this cause. The team comprising of zealous engineers and networking experts have worked over past few months to develop set of NKN products and services.
The focus area is the common problems faced by a pool of users and provide them an easy access to tools and technologies through a centralized mechanism. The delivery mechanism for these services is primarily cloud-based technology which allows us to disseminate it to a larger audience within short span of time.
NKN is a platform for delivering effective distance education where teachers and students can interact in real time. This is especially significant in a country like India where access to education is limited by factors such as geography, lack of infrastructure facilities etc.
NKN enables collaboration among researchers from different educational networks like GLORIAD, TEIN3, GARUDA, CERN etc. NKN also enables sharing of scientific databases and remote access to advanced research facilities.
NKN has the capability to handle high bandwidth with low latency with a provision overlay grid computing. Some of the grid-based applications are climate change/global warming, science projects like Large Hadron Collider (LHC) and ITER.
The Virtual Library will enable sharing of journals, books and research papers across different institutions.
High-performance computing is critical for national security, industrial productivity, and advances in science and engineering. The network enables many institutions to access high-performance computing to conduct advanced research in areas such as weather monitoring, earthquake engineering and other computationally intensive fields.
NKN provides a testbed for testing and validation of services before they are made available to the production network. NKN also provides an opportunity to test new hardware & software, vendor interoperability etc.
The NKN will provide high speed backbone connectivity for e-governance infrastructure such as data Centres at the national and state levels, and networks (SWANs). The NKN will also provide massive data transfer capabilities required for e-governance applications.
For more details please visit http://nkn.gov.in/en/