You have been tasked with reconfiguring the network for your company, which has

Question

You have been tasked with reconfiguring the network for your company, which has grown considerably over the past year. You have used only static routing in the past, but you do not wish to spend the administrative time required to maintain the routing tables now that the network has grown. You have recently experienced numerous inaccuracies in the routing table caused by entries you made when in a hurry.

Criteria for the reconfiguration includes the following:

You would like to automate the entry and updating of routing information, but you are concerned about excessive memory and processor utilization if you implement dynamic routing protocols.

You also wish to minimize the use of network bandwidth.

You prefer that the most efficient use of bandwidth be made so that packets will travel to their destination over the truly shortest path, rather than just the path with the lowest number of hops.

You have heard that routing loops can be a problem and wish to avoid them. However, you are concerned that if a link goes down, there should be redundancy so that traffic will go through.

In 2-4 page summary, complete the following

How can you accomplish your objectives?

What routing protocols and protocol features will you use to do so?

Provide detailed examples.

Explanation / Answer

Answer:

Open Shortest Path First OSPF routing technology provides a method by which information may be transported. The objectives of achieving the desired affects are simple. One main protocol will need to be implemented in order to achieve the desired data redundancy. A network is only able to transport data effectively and efficiently by enabling OSPF on the network routers. With OSPF enabled, data can reach its intended destination in the quickest possible time with the fewest data collisions and hops. Routing loops is an alternative to OSPF but may cause unexpected and unmanageable data collisions throughout the network. Data redundancy is best approached by the implementation of OSPF routing with the elimination of any traffic bottlenecks which may occur.

IPV6 routing protocol along with OSPF implementation, assist with attaining the desired results of the network reconfiguration. IPV6 routing assists with routing and placement of the OSPF concepts. OSPF is known as an adaptive routing concept where internet protocols IP are able to establish themselves within business networks. OSPF introduces a method of link state routing, the well-known algorithm in business networks across the world. Businesses are able to deliver data at lightning speeds, with the highest data redundancy rates, and for the most efficient costs in today’s economy.

OSPF implementation promises establishment of interior gateways protocol infrastructure. Essential for .elimination of inaccurate routing tables, reduction in memory usage, and limitations on server processors. Entire businesses use superior network protocols and technology, without the implementation of OSPF with conjoined IPV6, the success of the organization’s intranet is not impossible. OSPF provides autonomous concepts essential to protect the intranet from external attacks by hackers based on the Internet. Together, OSPF implementation and IPV6 infrastructure promise increase accuracy, and reduced network maintenance costs. A business today, will not feasibility function tomorrow absent OSPF protocol technologies.

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