Internet Protocol Version 4 (IPv4) is the most popular addressing protocol used in Internet Technology since many year but
with the advancement of the technology and development of Network friendly devices, these IPv4 protocol are not able to suffice the
predicted long-term demand for network addresses. IPv4 uses 32 bit addressing system and can make 4.3 billion addresses only. The
evolution of the Internet has effectively exhausted all unique addresses offered by the current IPv4 protocol. The solution of this
problem is to new IPv6 protocol which provides 4 times more network address as compare to IPv4. IPv6 is 128 bit addressing system
and offers 2128 or 3.4 X 1038 addresses .This research paper presents a case study about the migration from IPv4 to IPv6 of a Campus
Network.
Published In:IJCSN Journal Volume 7, Issue 2
Date of Publication : April 2018
Pages : 54-57
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Pratap Singh Solanki : did his Bachelor of Science & Master of
Computer Application (MCA) degree from DAVV University
Indore (M.P.). Presently he is working as Scientist-B in Central
Water & Power Research Station (Govt. of India,
MoWR,RD&GR), Khadakwasla R.S. Pune since October 2002
and having more than 15 years of industrial and research
experience in the field of Software Development, Database
Management, Computer Network, Cyber Security, e-Governance
activities , System Administration, Web Development, National
Hydrology Project etc. He has successfully in-house developed
and implemented various Clients /Server & Web based
Applications. He has also implemented various e-governance
projects/activities at CWPRS as per Govt. Guidelines. He is also
associated work related to Network Administration for CWPRS
LAN which comprises more than 450 network (wired and
wireless) devices. He has published Six research papers related
ICT and Water Resource Management in National and
International Journals. He has also participated and presented
three research papers in International conferences. His area of
interest of research is Database Management, Data Mining,
Cyber Security and Integrated Water Resource Management.
P.R.Khatarkar : is having Bachelor of Engineering (E&TC) and
Master of Technology (IT) degree and presently he is working as
Scientist-D in Central Water & Power Research Station (Govt.
of India, MoWR,RD&GR), Khadakwasla R.S. Pune since
December 1989 and having more than 29 years of industrial and
research experience in the field of Computer Network, e-
Governance activities , System Administration, National
Hydrology Project etc. He has also implemented various egovernance
projects/activities at CWPRS as per Govt.
Guidelines. He is also working as Nodal officer for Migration
from IPv4 to IPv6 activities and Network Administration for
CWPRS LAN which comprises more than 450 network (wired
and wireless) devices. His area of interest of research is
Network Security.
IPv4 to IPv6 Migration, Network Security, IPv6,CWPRS Network,IPv6 Readiness./p>
As per Govt. of India guidelines and BITCOE
recommendation, CWPRS phase wise took the action to
migrate from IPv4 to IPv6 and successfully replaced/upgraded
all the Network devices for IPv6 readiness and
now made ready all the Network Infrastructure Device
IPv6 compliance. Presently, CWPRS Network is
configured using IPv4 protocol and once the BSNL
(Internet Leased Line, Router) and NIC (CWPRS Website
Hosting) make the provision/configuration for IPv6 for
CWPRS Network, CWPRS will configure all the devices
using IPv6 protocol.
[1]
https://en.wikipedia.org/wiki/List_of_countries_by_number_of_I
nternet_users. Accessed on 15/09/2017. [2] YaFang Lou, YongBing Xu, ZhiJun Yuan “Research and
Implementation of smooth
transition strategies - IPv6 tunnel technology”, Proceedings of
the 2nd International Conference on Computer Science and
Electronics Engineering (ICCSEE 2013), Published by Atlantis
Press, Paris, France.
[3] https://www.ipv6.com/general/ipv6-the-history-and-timeline
[4] https://www.ietf.org/proceedings/61/RFCs/rfc2460.txt
[5] National IPv6 Deployment Roadmap, Government of India,
Ministry of Communication and Information Technology,
Department of Telecommunications, 2010.