Communications in Mathematical Biology †Free Samples to Students

Question: Discuss about the Communications in Mathematical Biology. Answer: Introduction The report puts emphasis on a subsidiary of the California association of Realtor which was a real estate business service (REBS) provider (Marsh, 2017). The company was a victim of the data breach. The aspect of the breach was that the organizations online payment system was mainly infected with a malware. This report puts direct emphasis on the different aspects of the attack and how the actual attack did was originated and what could have been the possible solution of the attack. The main situation arose when the users made an online payment with the help of the website. During the transaction period or during the time frame personal information of the user were copied by the malware and transmitted to a unknown third party user. The third person user mainly included the hacker who would directly use the information for their own benefit. Sensitive information that was accessed was mainly the user name, credit card or debit card number, credit or debit card expiry date and credit card verification code (Alazab Broadhurst, 2017). Possible solution to the problem All users who are involved in the online payment activity always want to access a payment gateway which is highly secured. The user always gave their personal information of the website which may include much sensitive information like credit card or debit card number, their expiry date as well as the verification code. Typically when a user uses the online payment option to make a purchase, cardholder data is in the clear as it leaves the terminal of the merchant and the data is not protected until the entire process in the gateway is tokenized or encrypted at rest with regards to the platforms processing at the warehouse (Ryder, 2016). This can be considered as a fundamental flawed model of the usually puts the data at risk of either being compromised or at a stack of fraud which leads the entire data in the hand of the criminals. The process can be rectified by the use of a hardware protected tamper resistant security model (TRSM); the data is protected as soon as the information is put over the internet using any payment portal. The process is mainly an intersection of strong encryption which is end to end with tampering resistant hardware and tokenization which is helpful in a way that it replaces the card number 16 digit payment account number with token values, by this mean the customer is provided with optimal protection. There are much technological solution in order to safe guards the online payment aspect and the features associated with the technology. Industry collaboration can be considered as a component which can be considered as an integral part in the fight against cyber crime (Ryder, 2016). The stakes in this topic are alarmingly high all around. There are many groups working towards the betterment in this technological aspect one such example of a group is Payment processing information sharing council (PPISC) created by heartland, this group has brought the industry closers with the direct security aspect providing processor information which are critical and insight into activity that can be considered as criminal activity (Khosla Dubey, 2016). All the working groups who are involved in such activity they are mainly termed as good boy need to work together so the protection can be done in order to achieve the goal of securing the world of internet completely. In this case the final outcome was the removal of the malware which infected the system and the organization has implemented a new online payment portal known as PayPal. It can be concluded that in any online payment portal is one of the most important aspects which have to deal with and the solution with regards to the problem should be achieved as soon as possible. The websites which deal with online payment usually comprise of many vital information which can to be protected. If the stated information is in the hand of any third person it could lead to a big problem. The security aspect should be considered as a main priority any aspect of technology. WannaCry is an attack on the computer system which has mainly window based operating system. It is considered as a cyber attack which hit the global market. The WannaCry is a virus. The main concept of the attack was that the virus would encrypt all the files and other information in the computer system and it would directly demand for ransom in order to decrypt the files. The ransom was asked mainly in the form of bit coin crypto currency. The crypto currency is mainly a asset which is in digital form which is designed to work as per a medium which can be used as a exchange. As per it was estimated that around 230000 computers all over the world were victim of the thread which was conducted in 150 countries around the world. The virus was considered mainly as a network worm which has the capability of moving from one machine to another, it used EthernalBlue to exploit the window system in order to gain access over the system. The files or the system which are usually affected by the attack usually displayed a ransom note as a technique of the demand of the bitcoin (Pei et al., 2016). Technology innovations are taking place in very sphere and in every aspect. But it is always taken into consideration that with every technological aspect their always lies some technological risk, these risk are directly linked with the technology. The main affected parts with the virus lied in every angle that can be thought of, from big organization to hospitals to emergency services. It was reported that in major organization the virus was infected and important data was accessed. The result of the attack was the important information related to the organization was in the encrypted form. In the field of medical the hospitals equipment displayed the message of the virus and ransom was asked in order for their proper working. This affected the overall working of the machine and the overall working of the hospitals who were affected. The emergency aspect where also a affected area. The attack stagnated the overall working of the service due to the attack. The attack was carried out merely by an unwanted message or attached to a downloading file. The attack would directly infect the overall data areas in the system and access the root of operating system. The file after the attack are encrypted, by which the files cannot be no longer be accessed. The access can be done by paying ransom money in the form of bitcoin. This could be very much critical if it is related to services where it directly related to some very important files relating to an organization or an emergency service aspect. What could have been done to prevent the attack? Putting direct emphasis on the company or the organization who have been affected by the ransom ware attack the following implementation can be made in order to protect the company from the attack The backup of the data can be a savior when it comes to saving an individual from any sort of attack like ransom ware. Encryption can be also done on the back up files so that the data can be retrieved only by the authenticated user (Nayak, Mishra Ram, 2016). In office documents there can be many ransomware that usually trick the user into enabling macros. Microsoft have just launched a new office tool namely office 2016 that can directly limit the macros functionality by preventing the user to enable them on regards to the document downloaded from the internet. This implementation would enable the user to see what a word or excel file document looks like. The viewer in this aspect does not support macros as a result of which the user doesnt have to take any consideration regarding the macros. References Alazab, M., Broadhurst, R. (2017). An Analysis of the Nature of Spam as Cybercrime. In Cyber-Physical Security (pp. 251-266). Springer International Publishing. Khosla, P., Dubey, P. (2016). Survey Paper on Cyber Crime: A Threat to National Security. IITM Journal of Management and IT, 7(1), 62-65. Liang, G., Weller, S. R., Zhao, J., Luo, F., Dong, Z. Y. (2017). The 2015 ukraine blackout: Implications for false data injection attacks. IEEE Transactions on Power Systems, 32(4), 3317-3318. Marsh, D. (2017). Are Ethical Hackers the Best Solution for Combating the Growing World of Cyber-Crime? (Doctoral dissertation, University Honors College, Middle Tennessee State University). Pat?Cornell, M., Kuypers, M., Smith, M., Keller, P. (2017). Cyber Risk Management for Critical Infrastructure: A Risk Analysis Model and Three Case Studies. Risk Analysis. Ryder, N. (2016). Cyber crime and terrorist financing. Babu, C. M., Sasankar, A. B. (2017). Intrusion Detection Systems for Mobile Ad-Hoc Networks. International Journal, 5(5). Komar, M., Sachenko, A., Kochan, V., Skumin, T. (2016, April). Increasing the resistance of computer systems towards virus attacks. In Electronics and Nanotechnology (ELNANO), 2016 IEEE 36th International Conference on (pp. 388-390). IEEE. Michael, D. (2017). Virus Wanna Cry l g v phng trnh?| Michael Duy. Morehouse, M. A., Loveck, T., Read, H., Woodman, M. (2017). Quantify? or, Wanna Cry? Integrating Methods Training in the IR Classroom. International Studies Perspectives, 18(2), 225-245. Nayak, P. K., Mishra, D., Ram, S. (2016). Attack of malicious objects in computer network under antivirus and quarantine defence. International Journal of Applied Engineering Research, 11(9), 6250-6253. Pei, Y., Pei, H., Liang, X., Zhu, M. (2016). Optimal control of a computer virus model with network attacks. Communications in Mathematical Biology and Neuroscience, 2016, Article-ID. Renaud, K. (2017). It makes you Wanna Cry.