Security Analysis Of A Protocol For Pollution Attack Detection

In this modern day and age of computing, networks are a huge part of IT. It is important now more than ever that data sent over any network, whether it be a LAN (Local Area Network) or WAN (Wide Area Network; The Internet) is kept safe, private (when required) and uninterrupted in

To reduce the risk of these types of attacks, routers should be hardened, packet filtering controls should be used and routing information should be controlled.

In this report I will be describing the ways in which networks can be attacked, also be giving real life example of each of the below.

KDDCup99 dataset was introduced at the Third International Knowledge Discovery and Data Mining Tools Competition which was held by DARPA in 1999 .KDDCup99 is a refined data set from DARPA 1998 dataset as it contains only network data[3]. KDDCup99 is commonly used developers and implementers of new IDS to evaluate their systems. IDS systems take the KDDCup99 dataset as an input to train ,test the system and check performance of the IDS in classifying and detecting attack records. KDDCup99 dataset is used by most researchers because it contains 22 different attack types which could be classified into four main attack categories of the network discussed in the previous section. The full DARPA dataset consists of relatively 4,900,000 lines of connection vectors where each single connection vectors consists of 41 features and is marked as either normal or an attack, with exactly one particular attack type [38]. Among the 41 features of the connection, only sixteen significant attributes are considered which are: A1,A5,A6,A8, A9, A10, A11, A13, A16, A17, A18, A19, A23, A24, A32, A33[38] The KDD 99

Undoubtedly, this paper will generate network information, diagrams, and/or tables; accordingly, these are all included in the Appendix section of the paper. Moreover, the training, vulnerability assessment, and SAQ results are also included as an Appendix in the final paper. Finally, fearing disclosure of proprietary information that could compromise network security, all project data are scrubbed and sanitized to remove sensitive information.

CSEC 630 Lab2 -Intrusion Detection System and Protocol Analysis Lab (n.d.). University of Maryland University College. Retrieved from: https://learn.umuc.edu/d2l/common/viewFile.d2lfile/Database/NzkyMzkw/CSEC630_lab2_LEO.pdf?ou=33745

The Pontiac, Michigan plant utilizes an internet protocol (IP) wide area network to transmit data to and receive it from the San Jose (headquarters) and to the manufacturing floor. In order to protect the data from eavesdropping, the first line of defense is to encrypt the data. There are a myriad of encryption tools to accomplish this. Next, Riordan must protect the network from intrusion. To accomplish this, the Pontiac plant

The exponential increase use of the Internet to communicate, conduct business transactions, access personal banking, healthcare, education at confront of being anywhere has become an everyday lifestyle for many people around the globe. This reliance on computers, laptops, devices and other Internet of Things to access the Internet means, organizations, businesses and the government have also seen an increase occurrence of sophisticated attacks.

The world is becoming more and more digital everyday, things as simple as the lights in our houses can be linked to a network. Nevertheless, these networks can be a window of opportunity for cyberterrorist groups, or hacktivists to exploit. Technology has also given the resources needed for these groups to become more efficient at what they do, like increasing bandwidth speeds or more efficient computers for example, but also the same technologies can be used to strengthen security measures against these attacks.

Despite its impact ping sweeps and port scans are best understood as a huge security threat on today's company's network system.

Network Security Issues – major threats and the means to fight them Network security issues are the top priority of all who want to protect their data.

To comprehend the risk that sniffers show first requires understanding how sniffers work. The way in which sniffers work relies on upon the kind of system. In a mutual media system, for example, a standard Ethernet, parcels sent along a system fragment travel all around along the wire. Any host associated with a fragment is equipped for catching all sessions inside of that section. For instance,

networks are also being targeted by malicious activity” [Overall statistics for 2014]. Many of the technologies used within these systems are now being exploited by criminals trying to access information and perform other criminal activities. The main reason for this is because most of the infrastructure in place is controlled by IT systems and the security systems in place

The internet is a medium that is becoming progressively important as it makes information available in a quick and easy manner. It has transformed communications and acts as a global network that allows people to communicate and interact without being limited by time, boarders and distance. However, the infrastructure is vulnerable to hackers who use the system to commit cyber crime. To accomplish this, they make use of innovative stealth techniques for their malicious purposes in the internet.

1 shows a multi-home circumstance where a Mobile device is related with both Base Station and Access point through its various interfaces. MPTCP works commendably for multi-homed phones to in the meantime pass on TCP packages over various ways and pool the open information exchange limit together. Despite the way that MPTCP has a prevalent available throughput for the upper layer, there is as yet another questionable issue realized by out-of-solicitations bundles. Throughput addresses the general getting point of confinement of powerful bundle movement over various ways. Regardless, it is extraordinary put that mirrors the certified application-level throughput, which is the measure of accommodating data available to the recipient application per time unit. Specifically, all together packages got at the vehicle layer can be sent to the application layer and implied extraordinary put. Most recent review [7] gave CWA a proactive scheduler for wired correspondence. This review show that MPTCP extraordinary put is close perfect when the end-to end deferments of two transmission ways are close. However these review exhibit that it requires a significant measure of venture to reorder packs at getting end. Some later work in 2012 tries to improve incredible put for MPTCP, by using framework coding [2]