Cybersecurity Vulnerabilities Facing IT Managers Essay Example for Free

Cyber credential Vulnerabilities face IT Managers EssayCyber- security department demands argon ever increasing in the field of Information applied science with the globalization of the profit. Disruptions repayable to cyber-attacks atomic number 18 chance uponing the economy, hailing companies billions of dollars to each one year in lost r notwithstandingue. To re cristal this problem corporations are expenditure more and more on infrastructure and investing to doctor the cyber security vulnerabilities which range anywhere from software to ironware to net craps and people t get into use them. Due to the complexity of study schemes that move with each other and their counter parts, the requirement to meet specific cyber security compliances pose become a challenging issues for security professionals worldwide. To uphold with these issues, security professionals need created antithetical standards and frameworks over the years for addressing this growing busy o f vulnerabilities within enterprise systems and the critical information they hold (Critical guarantor Controls, n.d.).Before we get into the dilate let first examine what exactly is a security pic. By definition a security vulnerability trick be flaws in hardware, software, networks or the employees that use them which in turn tolerate fall by the wayside hackers to compromise the confidentiality, integrity and availability of the information system ( greens Cybersecurity, 2011). To thoroughly discuss this topic in more gunpoint I will first discuss Confidentiality as it is unity of the three primary(prenominal) coatings of IT Security.Confidentiality is as simple as it sounds, limiting annoy to re parentages for only those that need it. Confidentiality vulnerabilities occur when hackers try to exploits slightly weakness or flawwithin information system and view information that they are non normally allowed to. In this case the confidentiality of the documents stand been compromised. The second goal of IT security which can also be affected if security vulnerabilities are present is Integrity.Integrity by definition can mean more a nonher(prenominal) different things for different topics but for the IT world it solely relates to the trustworthiness of a document or resource. This promoter that the document or file has been unhindered or changed and is still in its original form. This is rattling historic be bowel movement if entropy has been hindered or changed it can cause substantial damage to corporations due to the possible wrong decisions world made the standardized investments or unintended publications or even trouble with the law if tax audits are not adding up properly which would all result in a net loss. The last goal of IT security which can be compromised if security vulnerabilities exist is Availability of the information system. Availability refers to the idea that a resource is narkible by those that need it, whenever they need it. In my personal opinion I conceptualise availability is probably the intimately important out of the three security goals.I say this barely because there are many mission critical applications out there that need to be online 24/7 and any downturn can result in catastrophic results. One prime exercising of this is the air traffic control towers at LAX they were having problems with the system a few months back due to the U-2 spy plane flying over their airspace. This cause major panic which grounded taxied planes that were ready to take off and obligate the manual tracking of planes already in air (Ahlers, 2014). Throughout this the paper I intend to root word on the many different parts of cyber-security vulnerabilities available and their effects. I will also describe in detail the vulnerability I feel is the most important facing IT managers at once, its encounter on organizations and the solution. As I say before there are many different types of security vulnerabilities out there which can affect the integrity, availability and confidentiality of a resource. So the question still remains what exactly are these types of vulnerabilities? specially since they range from software, hardware, networks and the people that use them.Firstly I will discuss the software vulnerabilities, more specifically in terms of web applications. This is because more than half of the current calculator security threats and vulnerabilities today affect web applications and that number is ever increasing. (Fonseca, Seixas, Vieira, Madeira, 2014). When considering the programme language used to develop web applications you have PHP which is considered a weak language, on the other hand you have Java, C and Visual Basic which are considered infrangible languages. It is important to note that the language used to develop the web applications is precise important because although the different programming languages are similar overall, each one has different rules of how data is stored, retrieved, the execution methods, tables and so on.For example when I say how data is stored and retrieve, I am basically regarding to data types and data structures and how the programming language that is beingness used maps their values into type fields like strings for names, Int for numbers, or even Boolean for admittedly and false statements. Overall though even if you are using a strong typed language like Java, it does not always guarantee itself free from defects because the language itself may not be the root cause of the vulnerability but possibly the implementation methods used or even insufficient testing (Fonseca, Seixas, Vieira, Madeira, 2014). Vulnerabilities in web applications invite XSS exploits and SQL injection which are the most common types. Below you can see in the image the evolution of reports caused by SQL injection and XSS exploits over the years.This next section we will discuss rough more types of security vulnerabilitie s, more specifically vulnerabilities with regards to hardware. Many people assume that hardware vulnerabilities have the worst security concern compared to other types of vulnerabilities like software, networks and people that use them merely because they can be stored up in unafraid(p) environments. The truth is even hardware vulnerabilities can be easily susceptible to attacks. computer hardware in general have a longer lifespan than software because exclusively with software you can upgrade it and install new patches/builds even after deployment. With hardware you once you purchase it, you are most likely going to keep it for a while. When it does become obsolete and ready to be disposed a lot of organizations make the simple mistake of not securely disposing the old hardware properly which in turn opens up the door for intruders. Old hardware have software programs installed on them and other things like IC transistors which can helphackers learn a lot more about the organiza tion and help lead to future attacks (Bloom, Leontie, Narahari, Simha, 2012).The most recent example of hardware vulnerability which caused one of the biggest Cybersecurity intermissiones in score was most recently with Target. 40 million credit and debit cards with customer information was stolen patently because a malware was introduced to the point of sale system through a hardware encryption vulnerability (Russon, 2014). Although hardware vulnerabilities are not normally the root cause for majority of the exploits and breaches out there, it is always still full(a) to postdate best practices. Network vulnerabilities will be the next topic of discussion and my personal favorite. Vulnerabilities through network systems are very common especially with the all the resources available to hackers today. There are many open source software programs on the market which can help intruders learn critical information about an organization. Just to name a few of the most popular and co mmonly used ones imply Nmap security scanner and Wireshark.Nmap security scanner was originally developed to be used for security and system administration purposes only, like mapping the network for vulnerabilities. Today it most commonly used for black hat hacking (Weston, 2013). Hackers use it to scan open unused ports and other vulnerabilities which in turn helps them gain unofficial access to the network. Wireshark on the other hand is also similar to Nmap as it was originally developed for network outline and troubleshooting. It allows administrators to view and capture all packet resources that passes through a particular interface. Over the years hackers have started using Wireshark to exploit unsecured networks and gain unauthorized access (Shaffer, 2009).Although scanning unused open ports and capturing packets are a great way for intruders to gain access to a network, the most popular method by far to breach a network is USB thumb devices. Most enterprise networks are very secure in the sense that they use a DMZ (De-militarized zone) and outside penetration becomes very difficult. In a de-militarized zone outside network traffic must go pass through two different firewalls to get to the intranet of the organization. The first firewall includes all the commonly used servers like FTP, SMTP and all other resources that can be accessible by the public. The second firewall has the actual intranet of the organization which includes all private resources (Rouse, 2007). Below is the diagram of a DMZ.So the question still remains, since most enterprise organizations use DMZ which in turn helps stay port scanning or packet analyzing, why is USB thumb devices the most popular network vulnerability? (Markel, 2013) The answer is very simple Social engineering. We as benignantkind beings, through social instruct do not stop and ask questions when were not familiar with someone, which in turn has become one of the major causes for the cybersecurity breache s that occur today. Just to gift one example from my own personal experiences at work, each floor has an authentication swipe policy to gain entry. Every time I enter the military position area, there are a few people with me and only one person in the chemical group usually swipes his/her severelyge to open the door. This is a huge security vulnerability because anyone can just follow the group and gain access to the entire intranet of the organization.In my case in particular I work for United Airlines headquarters in Chicago at the Willis tower which is more than 100 stories high and the feature that the entire building is not ours alone, this becomes a huge security concern. While I have concisely explained the vulnerabilities in software, hardware, networks and the people that use them, the question still remains, what is the most important security vulnerability facing IT managers today?. This answer to this questions differs person to person, and one must take into cons ideration the actual vulnerability, its threat source and the outcomes. A person with a small home business might only be refer with denial of service attacks, since they may not have enough cash flow to properly secure their network. On the other hand an enterprise organization with large cash flow might have a different prospective and probably does not concern itself with denial of service attacks but preferably is focuses on making sure all the systems are update using windows server update services.In my personal opinion though, you might have guessed it but its definitely us human beings because we have the tendency to fall victims and contribute to the successful security breaches that occur in todays society. Mateti in his essay TCP/IP Suite stated that vulnerabilities occur because of human error. A study by Symantec and the Ponemon institute showed that 64 percent of data breaches in 2012 were resulted due to human mistakes (Olavsrud, 2013). Larry Ponemon the founder of security seek at Ponemon Institute and chairman stated that Eightyears of research on data breach costs has shown employees behavior to be one of the most pressing issues facing organizations today, up by twenty two percent since the first survey (Olvasrud, 2013). A prime example of this is when I stated earlier about how anyone can just enter my office area without swiping their card, just by simply following the group. This is a form of human error when employees are as well intimidated to ask questions and collect authorization from someone they believe does not work for the organization.The intruder can just walk in the front door pretending to be a salesperson, repairman or even a white collar businessman and may look like someone legitimate but in circumstance they are not. This intruder now has direct access to the intranet and can install malicious malware on to the computers to break down daily operations or even steal sensitive data like confidential compute informat ion, release dates, trade secrets and many more. A very good example of this is the Stuxnet worm which infect the Persian nuclear facilities and caused a lot of damage internally which in turn delayed Irans nuclear development. All of the security measures that were put in place by Irans cyber defensive structure team were circumvented simply by just one employee because the worm was introduced through an infected USB drive. This simply shows how the direct access from unauthorized users due to employee negligence can cause such tremendous damage and that all the perimeter defense become completely useless. Another prime example of human errors was the RSA breach in 2011 where cybercriminals thought kind of of just sending millions of phishing emails to different random mailboxes, lets send personalized emails to specific employees.The employees at RSA thinking since its a personalized message its safe and clicked on the links unknowingly which in turn caused the malware to be do wnloaded on to the network. To counter this problem firstly IT managers need to properly train employees and give them specific guidelines to follow. Symantec has issued a press releases with the guidelines on how to properly secure sensitive data which includes information on how to train employees for these types of intrusions. Human error is not just limited to intimation or foolishness, it also expands too many different areas because after all it is us humans who manage the cyberspace, grant physical access to the terminals and systems that are connected to the internetwork. We setup the protocols used for communication, set the security policies and procedures,code backend server software, create passwords used to access sensitive information, maintain updates on computers and so on (Security 2011, 2011 ). The human element matters very much possibly more than the software, hardware or the network systems especially when it comes to properly securing an internetwork from data breaches. The impact on the organization always depends on what type of business it is and what it is engaged in.For example if an organization is very popular and has bigger presence in the online commerce (Amazon and New Egg) compared to one that does not use the internet quiet often will be more concerned with web based attacks and vulnerabilities. The impact though regardless of the type of organization will always be tremendous. Once a breach occurs not only are you spending on recovering from its effects but you are also spending on beefing up your current security measures by installing new devices, hiring new employees so the aforesaid(prenominal) occurrence does not occur again (Hobson, 2008) Sometimes at the end of the day some of the cost are not even recoverable like sensitive data, trade secrets, personnel information or even customer information. Another major cost and headache that occurs once an organization becomes a victim of cybercrime is lawsuits.Many customers who feel that the organization could not protect their confidentiality will sue the corporation for millions of dollars which in turn can cause major loss. IT managers can do many things to help prevent breaches due to human errors. The first thing they can do is properly train the employees as stated above on a periodical basis and use current guidelines like Symantec to properly secure their intranet from any type of intrusion. IT managers can also establish a safe harbor in the sense that they can draw out employees to periodically change their passwords and establish rules so the password must be certain characters long and must include other types of characters besides just the typical alphanumerical ones.Employee negligence also due to bad habits like sending sensitive data over an unsecured email and IT managers must ensure that they continually educate their employees. There are many different types of security vulnerabilities out there in todays world that are affecting or ganizations. In my personal opinion I believe human error is the one vulnerability that affects IT managers the most simply because we as humans make mistakes. It is in our genius and no matter how hard we try we will always be susceptible to deception either through social engineering tactics or clicking dangerouslinks because it looks safe or even being negligent by not reporting something unusual. Employees need to realize that their actions can bring awing consequences for both them and the organization as a whole.ReferencesFonseca, J., Seixas, N., Viera, M., Madeira, H. (2014). Analysis of Field Data on Web Security Vulnerabilities. IEEE Transaction on Dependable Secure Computing, 11(2), 89-100 doi10.1109/TDSC.2013.37 Russon, M. (2014, June 10). Forget Software Vulnerabilities, Hardware Security moldiness Improve Before Its Too Late. International Business Times RSS. Retrieved July 12, 2014, from http//www.ibtimes.co.uk/forget-software-vulnerabilities-hardware-security-mus t-improve-before-its-too-late-1451912 Bloom, G., Leontie, E., Narahari, B., Simha, R. (2012, January 1). Hardware and Security Vulnerabilities and Solutions. . Retrieved July 12, 2014, from http//www.seas.gwu.edu/simha/research/HWSecBookChapter12.pdf Common Cyber Security Vulnerabilities in Industrial Control Systems. (2011, January 1). . 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Retrieved July 13, 2014, from http//www.scmagazine.com/the-real-cost-of-a-security-breach/article/113717/ Direct, M. (2013, December 20). Human error is the root cause of most data