Book Report On Trojan Horse

This empowers the secluded program to stay away detection by anti-virus programs. Further protection mechanisms encompas user mode sandbox and rootkit bypass. The Trojan can bypass all hooks in user mode capacities. These hooks are required to recognize the quick software. The communication between the bot and the panel is encrypted to guarantee security against sniffers. There have been distinctive deals for Kronos, running amongst $3,000 and $7,000 USD in cost. The malvertising efforts for the Trojan are directed on Russian darkweb forums.

Helen is also known as “the face that launched a thousand ships” (mareinic.blogspot.com). In this paper I will teach you about the war that she started. I will also talk about the start of the war, the tactics, weapons, archeological proof, the end of the war, and lastly I will talk about the after math.

Many phrases we hear today can be influenced from events of the past we never realized.

A Trojan horse is a program or utility that looks as though it would be useful and safe to use but actually it is carrying out tasks which give others access to your computer. Trojans are usually found built in to another program so that it is not easily discovered. The Trojan will then run when the program that it is built into is running. Trojans are not easily discovered by antivirus software because they are written in to the code of another program.

Questions arise when you are thinking of the Trojan War and its history. How did the war start? , What battle techniques did the Trojan use? Greeks? What mythical creatures and beings were involved in the war and how they changed the course of the battle? What type of battle gear did the Trojans use versus the Greeks? The Trojan war is depicted in the novel of the Iliad and described by Homer, the author of the Iliad. The Iliad shows the history and brutality of the warfare between the Greeks and the Trojans and how it affected both fronts, the home and main, but first, the narrator and his background. Homer is estimated to have lived around 1200 BC

Yet another piece of malware is a trojan horse. This malware is much like the popular historical Trojan horse -- it appears like a gift, usually in the form of a useful software -- but carries dangerous software inside it. The reason trojans are so dangerous is because they can allow third party users remote access to the computer by creating a backdoor, allowing them to steal private and sensitive information (IT Business Edge, 2014).

During the time of the ancient Greeks, there was much tension between the Trojans and the Greeks, leading to the famous Trojan War. It all started when Paris, the prince of the magnificent city of Troy, abducted a woman after making a deal with the goddess of love, Aphrodite. There are many variations on how the war began and the battles that took place during it, but one event stayed for certain: The story of the large, wooden horse that lead to the downfall of Troy. Most of the information about this historical event was recorded in Homer’s famous works, The Iliad and The Odyssey. The Trojan War was started by a petty feud between three goddesses, fought by brave warriors, and recorded in Homer’s Iliad and Odyssey.

One of the most pressing threats to Information Security Officers and everyone involved in the security field is the exploitation of ones’ email system. Since almost everyone on a network utilizes this service and a lot of the vulnerability comes from the individual end user, the threat is quite expansive. One of the main ways email systems are compromised and lead to data leakages are user’s susceptibility to falling victim to phishing attacks which then introduce malware to a system. According to APWG’s report, “’Business email compromise’ (or BEC) scams became a major problem in 2015” and sites associated with phishing have risen to as high as 88,976 as of August 2015.[1] In addition, in a survey of hundreds of information security professionals, 85% reported being the victim of a phishing attack, where emails personalized with first names, or last names, had 19% and 17% higher click rates, respectively, than those without personalization.[5] To get a better picture of just how vulnerable companies are to this threat, back in December of 2015, JPMorgan, after recently falling victim to a breach of their own, was able to convince 20% of its own staff to open a fake phishing email as part of an internal security vulnerability assessment.[2] Predicted annual costs of phishing have been estimated to range from $208,174 when malware is contained in an email, $1,020,705 when credential compromises are not contained

“Well, Phillip, just one hacker…,” said Leland, “just one guy from anywhere in the world, one guy probably sitting in his underwear in his parents’ basement, had the ability to take over these ships. A program—a computer virus—download or somehow slipped into a weapon system’s mainframe could hand over complete control of operations of that weapon to anyone with a laptop and a router.

In the 2nd half of 2007, the developers of malicious software chose two distinctive paths. One group terminated such software, while the other turned to viruses and Trojans. Thus, Zhou decided to enter the field of Trojan cleanup. Unlike anti-malicious software, the anti-Trojan segment had been dominated by major anti-virus developers. However, having analyzed the technological differences, Zhou believed that there were opportunities for Qihoo in this area. As Zhou noted, “Trojans are distinguished from conventional viruses in that they require simple technologies, which means an accelerated lead time in development. In some cases, a developer can create a Trojan in just a few days after proper training. Thus, the number and variations of Trojans keep increasing. In general, anti-virus developers launch only one cleanup program every year, supplemented by periodic updates. Facing fast changing Trojans, the conventional anti-virus engine technologies are less capable.”

The sophisticated techniques of hackers that are used to infiltrate computers through e mail, are now being adapted to help hackers send virus files or Trojan Horse programs to IM users or capture a user’s list of IM buddies. These files are called Application Programming Interfaces (APIs) which can be purchased from major suppliers and used to create an IM worm.

Trojan horse. This is a program that may appear normal and useful, but this program contains dangerous

So they built a large horse and presented it to the Trojans as a gift, which the Trojans accepted. Hidden inside the gigantic horse was a small army of Greek soldiers. During the night, the soldiers dismounted and quickly gained control of key defenses, allowing the rest of the Greek army to invade the previously invulnerable city of Troy. Just as in the myth, Trojan horse programs allow unauthorized users access to a computer system. While viruses and worms usually carry a payload, Trojan horses usually do not. Payloads are the part of the malicious code that modify, erase, or leak information from a system. They may also alter the state of a system, by displaying a simple undesired screen or causing programs to crash or behave abnormally. The lifecycle of viruses and worms is to infect as many systems or files as possible, and then to execute its payload at a predetermined trigger. The trigger may be a time or system event. Trojans, on the other hand, allow unauthorized, anonymous access to information systems. Another type of threat that is becoming increasingly popular is malicious code hybrids. Hybrids use a combination of virus, worm, and Trojan techniques; virus techniques for self-replication, worm techniques for rapid propagation over the Internet, and Trojan techniques for remote system compromise. Today, hybrids represent a growing threat because of their increasing sophistication and multiple propagation

Today, the term ‘computer virus’ is definitely not unfamiliar to most people. In the early 1980s, people started to gain awareness of Computer virus or Malware. However, it was only in 1987 that computer virus became prominent; especially to those in the press and trade industry. [1]

A computer virus is a type of malware that during repetitions by inserting copies of itself (possibly modified) in other computer programs, files, or the boot sector of the hard disk; If the replication was successful, the affected areas are then "infected". Viruses lead to often a type of harmful activity infected hosts such as steal, disk space on the hard disk or CPU time, display uncontrollable message, steal user contacts, access to private information, corrupt user or system data or log keyboard. However, the main characteristic of viruses is self-replicating and self-installing. Only some of viruses would carry a payload or have a hidden behavior.