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Viruses are malicious software programs that spread from computer to computer by infecting files. There are four main ways viruses spread: through floppy disks, downloading infected files from the internet, opening infected email attachments, and installing infected software. Trojan horses are malicious programs that perform undisclosed and harmful actions without the user's knowledge or consent, such as allowing remote access to the infected computer. Salami attacks involve making small, unnoticeable alterations like deducting small amounts of money from many bank accounts to commit financial crimes without detection. Computer viruses can copy themselves and infect systems without permission, affecting the computer system.
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Hacking is defined as illegally entering a computer system and making unauthorized changes to files and data. Crackers are individuals who gain illegal access to networks with malicious intent to damage systems. Criminal hacking specifically refers to manipulating information within a system in a negative way. Signs of a hack include discovering unauthorized emails or missing/moved files. If hacking is suspected, the most important step is to disconnect from the internet to protect information while also allowing security logs to be reviewed. Organizations are increasingly hiring ethical hackers to test security from an intruder's perspective in order to evaluate vulnerabilities.
Virus-trojan and salami attacks
This document discusses different types of Trojan horses and salami attacks. It defines a Trojan horse as a destructive program that masquerades as benign but can introduce viruses. The document outlines seven main types of Trojan horses, including remote access Trojans, data sending Trojans, and security software disabler Trojans. It then explains that a salami attack involves making small, unnoticeable changes incrementally, like rounding down bank interest amounts. Salami attacks can be used to gather information over long periods from many sources to learn about a target.
Impact of ict on siocety virus
The document discusses different types of computer viruses including Trojan horses and salami attacks. A Trojan horse appears to perform a useful function but harms the system, taking information or installing malware. A salami attack involves small, unnoticed amounts of money or data being stolen over time from files. The document concludes by recommending using antivirus software, deleting browsing history regularly, analyzing source code for signs of attack, and not ignoring potential computer errors.
Virus (Trojan Horse and Salami Attack)
A Trojan horse is a malicious program that gives full control of an infected computer to another system. It can copy itself and harm the host computer. A salami attack involves committing many small crimes, like stealing small amounts from multiple bank accounts, that together result in a larger crime that is hard to detect. Computer viruses can copy themselves and infect systems without permission, affecting system performance and installing programs incorrectly. Anti-virus software is needed to protect against computer viruses.
Impact of ict on society virus
There are seven main types of Trojan horse payloads that are classified based on how they breach systems and the damage they cause. These payloads include remote access, data destructive email sending, downloader, proxy Trojan, FTP Trojan, security software disabler, and URL Trojan payloads, each designed to harm systems in different ways such as providing complete attacker control, destroying files, downloading additional malware, disguising infected computers, and disabling security programs.
Presentation Virus (salami attack and trojan horse)
Viruses are malicious computer programs that can spread from one computer to another by infecting files. They typically spread through removable media like floppy disks, downloading infected files from the internet or email attachments, or installing software that contains viruses. Common types of viruses include Trojan horses, which are programs that perform unauthorized actions without the user's knowledge or consent, and worms, which can spread automatically to other computers. Salami attacks involve small, unnoticeable changes like deducting small amounts of money from many accounts to carry out financial crimes without detection.
Trojan virus & backdoors
This document discusses trojans and backdoors. It defines a trojan as a malicious program that misrepresents itself as useful to install itself on a victim's computer. Trojans are used for destructive purposes like crashing systems or stealing data, or for using the computer's resources. Examples of trojans provided include Netbus and Back Orifice. Backdoors are methods of bypassing authentication to gain unauthorized access. They work by installing hidden server software that listens for connections from client software controlled by attackers. Known backdoors discussed include Back Orifice and a possible NSA backdoor in a cryptographic standard.
The Trojan Horse (Computing)
A Trojan horse is a destructive program that masquerades as a benign application. It does not replicate like viruses but can still cause damage. Trojan horses are classified based on how they breach systems and the damage they cause. The main types are remote access Trojans, data sending Trojans, destructive Trojans, proxy Trojans, FTP Trojans, security software disabler Trojans, and DoS attack Trojans. People can protect themselves by not opening emails from unknown senders, using antivirus software, and disconnecting from the internet if infected.
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Ict H A C K I N G
Hacking is defined as illegally entering a computer system and making unauthorized changes to files and data. Crackers are individuals who gain illegal access to networks with malicious intent to damage systems. Criminal hacking specifically refers to manipulating information within a system in a negative way. Signs of a hack include discovering unauthorized emails or missing/moved files. If hacking is suspected, the most important step is to disconnect from the internet to protect information while also allowing security logs to be reviewed. Organizations are increasingly hiring ethical hackers to test security from an intruder's perspective in order to evaluate vulnerabilities.
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Impact of ict on siocety virus
The document discusses different types of computer viruses including Trojan horses and salami attacks. A Trojan horse appears to perform a useful function but harms the system, taking information or installing malware. A salami attack involves small, unnoticed amounts of money or data being stolen over time from files. The document concludes by recommending using antivirus software, deleting browsing history regularly, analyzing source code for signs of attack, and not ignoring potential computer errors.
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Impact of ict on society virus
There are seven main types of Trojan horse payloads that are classified based on how they breach systems and the damage they cause. These payloads include remote access, data destructive email sending, downloader, proxy Trojan, FTP Trojan, security software disabler, and URL Trojan payloads, each designed to harm systems in different ways such as providing complete attacker control, destroying files, downloading additional malware, disguising infected computers, and disabling security programs.
Presentation Virus (salami attack and trojan horse)
Viruses are malicious computer programs that can spread from one computer to another by infecting files. They typically spread through removable media like floppy disks, downloading infected files from the internet or email attachments, or installing software that contains viruses. Common types of viruses include Trojan horses, which are programs that perform unauthorized actions without the user's knowledge or consent, and worms, which can spread automatically to other computers. Salami attacks involve small, unnoticeable changes like deducting small amounts of money from many accounts to carry out financial crimes without detection.
Trojan virus & backdoors
This document discusses trojans and backdoors. It defines a trojan as a malicious program that misrepresents itself as useful to install itself on a victim's computer. Trojans are used for destructive purposes like crashing systems or stealing data, or for using the computer's resources. Examples of trojans provided include Netbus and Back Orifice. Backdoors are methods of bypassing authentication to gain unauthorized access. They work by installing hidden server software that listens for connections from client software controlled by attackers. Known backdoors discussed include Back Orifice and a possible NSA backdoor in a cryptographic standard.
The Trojan Horse (Computing)
A Trojan horse is a destructive program that masquerades as a benign application. It does not replicate like viruses but can still cause damage. Trojan horses are classified based on how they breach systems and the damage they cause. The main types are remote access Trojans, data sending Trojans, destructive Trojans, proxy Trojans, FTP Trojans, security software disabler Trojans, and DoS attack Trojans. People can protect themselves by not opening emails from unknown senders, using antivirus software, and disconnecting from the internet if infected.
Salami attack
This document defines and describes a "salami attack", which is a type of fraud where small amounts of money or resources are stolen gradually over time. A salami attack can be difficult to detect as each individual theft is very small. However, when combined the small thefts can amount to a large sum. The document provides examples of salami attacks, such as stealing fractions of pennies from financial transactions or plagiarizing small parts of academic work. It notes that vigilance is needed to detect even small discrepancies that could indicate a larger problem. Prevention requires educating users and encouraging them to monitor their accounts and report any unauthorized deductions.
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Case study
Trojans are malicious software that masquerade as legitimate programs to gain access to systems and steal information without the owner's consent. They function by tricking users into installing programs that then allow remote access. Trojans can delete or change files, steal passwords and bank details, run or end processes, and erase hard drives. They typically connect via a client-server model, using direct or inverse connections to bypass firewalls. Common infection methods include downloading infected programs, visiting malicious websites, and opening attachments in emails. Antivirus software can help identify and remove Trojans to prevent further harm.
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Trojans are malicious software that masquerade as legitimate programs to gain access to systems and steal information without the owner's consent. They function by tricking users into installing programs that then allow remote access. Trojans can delete or change files, steal passwords and bank details, run or end processes, and erase hard drives. They typically connect via a client-server model, using direct or inverse connections to bypass firewalls. Common infection methods include downloading infected programs, visiting malicious websites, and opening attachments in emails. Antivirus software can help identify and remove Trojans to prevent further harm.
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Cybercrime consists of illegal activities conducted using computers and includes crimes like phishing, viruses, adware, and others. Common cybercrimes include hacking, using Trojan horses to gain unauthorized access, phishing to steal personal information, spreading adware and malware, denial of service attacks to crash systems, password guessing, spamming, spreading worms to consume system resources, and using spyware to monitor users' activities without consent.
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Access Controls Attacks
Logic bombs are malicious codes hidden in software that execute when predefined conditions are met, such as a specific date or time. They can damage systems by deleting files or entirely wiping computers. Spoofing attacks impersonate other devices or users on a network to launch attacks, steal data, or bypass access controls. Types of spoofing include IP address spoofing, ARP spoofing, DNS server spoofing, web spoofing, and email spoofing. Phishing is a form of deception designed to steal personal information like credit card numbers or passwords by tricking users into entering information on fake websites or responding to fraudulent emails.
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Cybercrime.ppt
Cyber crime involves unlawful activities using computers and the internet. The document categorizes cyber crimes as those using computers to attack other computers or as tools to enable real-world crimes. It provides examples of various cyber crimes like hacking, child pornography, viruses, and cyber terrorism. It stresses the importance of cyber security to defend against attacks through prevention, detection and response. The document advises safety tips like using antivirus software, firewalls, and strong passwords. India's cyber laws address both traditional crimes committed online and new crimes defined in the Information Technology Act.
Intellectual property rights in cyberspace
This document presents information about intellectual property rights in cyberspace, including copyrights, patents, trademarks, and trade secrets. It discusses how:
Copyright law protects original works and requires permission to copy, distribute or modify copyrighted material. Patents protect original and non-obvious inventions. Trade secrets include confidential business information. Trademarks identify the source of goods and services. However, rapid changes in cyberspace have made most intellectual property laws obsolete, requiring new laws to keep up with technological advances.
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Viruses are malicious programs that spread from computer to computer and can have various payloads like remote access or disabling security software. A Trojan horse is a type of virus that masquerades as legitimate software to gain access to a system. A salami attack is a financial crime where small, unnoticeable amounts are deducted from many accounts to accumulate a large total amount stolen.
virus salami attack and trojan horse
Viruses are malicious computer programs that can spread from one computer to another by infecting files. They typically spread through removable media like floppy disks, downloading infected files from the internet or email attachments, or installing software that contains viruses. Common types of viruses include Trojan horses, which disguise themselves as legitimate programs but perform hidden malicious actions without the user's knowledge or consent, and worms that can automatically spread to other computers. Salami attacks involve small, repeated thefts that individually go unnoticed but collectively result in significant losses.
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This document defines computer viruses and how they spread, including through infected files on floppy disks or downloads from the internet. It also discusses Trojan horse programs that perform unauthorized actions and denial-of-service attacks. Salami attacks are explained as programs that make small, unnoticeable deductions from accounts to carry out financial crimes. In conclusion, computer viruses can infect systems without permission and affect computer operations.
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This document discusses computer viruses, malware, and types of malware such as viruses, worms, trojans, spyware, ransomware, and cryptojacking malware. It provides details on how viruses and malware spread and infect systems. It outlines common symptoms of a virus attack such as slowed system speed, pop-up windows, and potential device crashing. It also describes how to categorize malware based on how it spreads and what actions it performs after infecting a system. Specific types of trojans like backdoor, banker, and dropper trojans are outlined. Signs of a spyware infection and examples of historic malware like ILOVEYOU and Conficker are also mentioned.
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Name (Trojan horse) According to legend , the Greeks won the Trojan war by hiding in a huge, hollow wooden horse to sneak into the fortified city of Troy. It was built and filled with Greek warriors to get in troy city and open doors for all warriors out side troy city waiting to enter the city.
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- 1. From:- Wan Nur Aisyah bt Wan Zahari 4 server virus
- 5. Trojan Horse is a program that does something undocumented which the programmer intended, but that the user would not approve of if he knew about it According to some people, a virus is a particular case of a Trojan Horse, namely one that is able to spread to other programs A simple example of a trojan horse would be a program named "waterfalls.scr" claiming to be a free waterfall screensaver which, when run, instead would allow access to the user's computer remotely. About trojan horse
- 11. THE END THANK YOU…….