Moving from IPv4 to IPv6 at Walter Sisulu University, Mthatha, Eastern Cape in South Africa

by Mvatyana Bukka 1

BSC COMPUTER SCIENCE

HONOURS FINAL ORAL

PRESENTATIONBY

MVATYANA G.B.

SUPERVISOR: Mr C. KABUYA

by Mvatyana Bukka 2

TOPICTopic says “Moving from IPv4 to

IPv6 at Walter Sisulu University, Nelson Mandela Drive Campus, Mthatha, Eastern Cape In South Africa”

by Mvatyana Bukka 3

BACKGROUND INFORMATION NMD campus is currently using Internet

Protocol version 4. Private network Example of private network 10.0.0.0 - 10.255.255.255, 172.16.0.0 - 172.31.255.255 and 192.168.0.0 - 192.168.255.255

by Mvatyana Bukka 4

BACKGROUND INFORMATION NMD campus is using 10.32… as a first

node While other campuses are using 10.2 nodes at College Street 10.48 nodes at Ibika 10.16 nodes at Chiselhurst 10.64 nodes at Fort Hare

by Mvatyana Bukka 5

by Mvatyana Bukka 6

AIMS To find a Best way to move from IPv4 to

IPv6 at NMD campus

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RESEARCH PROBLEM As IPv4 running out The need for changing to IP next

generation, IPv6 is obvious IPv4 exhaustion is obvious and it causes

future addressing problems. new Internet connections are rising fast

in developing countries because more devices and television are connected on the internet.

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RESEARCH PROBLEM If NMD campus do not prepare for such

movement they may lose a number of users who cannot access WSU sites on Internet

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RESEARCH PROBLEM ARIN (American Registry for Internet

Numbers), one of five registries that allocate Internet addresses

shows the steadily diminishing number of available List of assigned /8 blocks

of 16.7 million IP addresses In June 2010, it was down to 16. Today, 12 remain.

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OBJECTIVES conducting a thorough literature review Research on some specific large

companies which have deployed IPv6 Analyzing their experiences and

attitudes towards IPv6 deployment Analyzing and comparing some

transition methods to find the best one Building a network model and testing

the method


OBJECTIVE IPv6 cost Readiness of NMD campus to IPv6 To investigate the impact and the

consequences of moving from IPv4 to IPv6

concluding the result


APPROACH


LITERATURE REVIEW Enterprises like Google that already

deployed IPv6 IPv6 cost Readiness of NMD campus to move to

IPv6 Evaluation of three most current

applicable methods e.g dual stack, translation and tunnelling


IMPLEMENTATION simulation approach was used to show

how dual stack works The next diagrams depict dual stack

method, which is the best method for NMD campus


IMPLEMENTATION


RESULTSBased on the answers given by

interviewees: people are not properly trained they aware of IPV6 they do not have plan and budget for

IPv6 We found out that they have equipment

most of them support IPv6 at the software level

the ISP does not support IPv6


DISCUSSIONS From the results indicate that NMD

campus needs to upgrade a lot in order to transit successfully.

Proper budget must be considered in advance including:

planning design


DISCUSSIONS testing deployment personnel training operational costs the ISP


CONCLUSION dual stack is the best method for NMD

campus network because it gives a way to know more about IPv6 as well as to improve practical experience with a new address family, which plays an important role in the success of transition implementation.


CONCLUSION Therefore, in this research paper, the

dual stack mechanism is the best to build a model for NMD campus network


Thank you

Moving from IPv4 to IPv6 at Walter Sisulu University, Mthatha, Eastern Cape in South Africa

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