The Trojan Horse (Computing)
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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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Spyware presentation by mangesh wadibhasme
What is SPYWARE?
Spyware is a type of malware that's hard to detect.
It collects information about your surfing habits, browsing history, or personal information (such as credit card numbers), and often uses the internet to pass this information along to third parties without you knowing.
o Key loggers are a type of spyware that monitors your key strokes.
Spyware is mostly classified into four types:
1.System monitors
2.Trojans
3.Adware
4.Tracking Cookies
spyware is mostly used for the purposes of tracking and storing internet users' movements on the web and serving up pop-up ads to internet users.
History and development of spyware.
The first recorded on October 16, 1995 in a UseNet post that poked fun at microsoft's business model.
Spyware at first denoted software meant for espionage purposes.
However, in early 2000 the founder of zone labs, gregor freund, used the term in a press release for the zone alarm personal firewall.
Use of exploits in JavaScript, internet explorer and windows to install.
Effect and behavior.
Unwanted behavior and degradation of system performance.
Unwanted CPU activity, disk usage, and network traffic.
Stability issues:-
Application's freezing.
Failure to boot.
System-wide crashes.
Difficulty connecting to the internet.
Disable software firewalls and anti-virus software.
Routes of infection.
Installed when you open an email attachment.
Spyware installs itself
Install by using deceptive tactics
Common tactics are using a Trojan horse.
USB Keylogger.
browser forces the download and installation of spyware.
Security Practices.
• Installing anti-spyware programs.
• Network firewalls and web proxies to block access to web sites known to install spyware
• Individual users can also install firewalls.
• Install a large hosts file.
• It Install shareware programs offered for download.
• Downloading programs only from reputable sources can provide some protection from this source of attack
Anti-spyware Programs
• Products dedicated to remove or block spyware.
• Programs such as pc tool’s spyware doctor, lava soft's ad-aware se and patrick kolla's spybot - search & destroy.
Legal Issues.
Criminal law
US FTC actions
Netherlands OPTA
Civil law
Libel suits by spyware developers
Webcam Gate
Thank You!
Stay Connected
Stay connected with me at Facebook :- https://www.facebook.com/mangesh.wadibhasme
Follow at Instagram: - @mangesh_hkr
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This document discusses Trojans, backdoors, and other malware. It begins by explaining the origin of the term "Trojan" from the story of the Trojan horse in Greek mythology. It then defines Trojans and different types like destructive, denial of service, and remote access Trojans. The document also covers how systems can become infected, techniques for detecting and hiding malware like Trojans and backdoors, and discusses the historical Back Orifice 2000 backdoor as a case study. It concludes with recommendations for protecting against malware.
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This document discusses Trojan horses, including their purpose and usage. Common Trojans like Netbus and Subseven are mentioned. The document notes that Trojans do not replicate like viruses but instead facilitate unauthorized access. They can be used to hack into targeted systems and perform actions like using the machine as a botnet node or stealing data and passwords. Recent Trojans take advantage of security flaws in browsers. While antivirus software can help detect some Trojans, they remain a persistent threat, and proper computer security practices are important to prevent infection.
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System hacking
1. Steps before hacking a System
Footprinting, Scanning, Enumeration
2. System Hacking stage
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9. Hiding Files
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Spyware presentation by mangesh wadibhasme
What is SPYWARE?
Spyware is a type of malware that's hard to detect.
It collects information about your surfing habits, browsing history, or personal information (such as credit card numbers), and often uses the internet to pass this information along to third parties without you knowing.
o Key loggers are a type of spyware that monitors your key strokes.
Spyware is mostly classified into four types:
1.System monitors
2.Trojans
3.Adware
4.Tracking Cookies
spyware is mostly used for the purposes of tracking and storing internet users' movements on the web and serving up pop-up ads to internet users.
History and development of spyware.
The first recorded on October 16, 1995 in a UseNet post that poked fun at microsoft's business model.
Spyware at first denoted software meant for espionage purposes.
However, in early 2000 the founder of zone labs, gregor freund, used the term in a press release for the zone alarm personal firewall.
Use of exploits in JavaScript, internet explorer and windows to install.
Effect and behavior.
Unwanted behavior and degradation of system performance.
Unwanted CPU activity, disk usage, and network traffic.
Stability issues:-
Application's freezing.
Failure to boot.
System-wide crashes.
Difficulty connecting to the internet.
Disable software firewalls and anti-virus software.
Routes of infection.
Installed when you open an email attachment.
Spyware installs itself
Install by using deceptive tactics
Common tactics are using a Trojan horse.
USB Keylogger.
browser forces the download and installation of spyware.
Security Practices.
• Installing anti-spyware programs.
• Network firewalls and web proxies to block access to web sites known to install spyware
• Individual users can also install firewalls.
• Install a large hosts file.
• It Install shareware programs offered for download.
• Downloading programs only from reputable sources can provide some protection from this source of attack
Anti-spyware Programs
• Products dedicated to remove or block spyware.
• Programs such as pc tool’s spyware doctor, lava soft's ad-aware se and patrick kolla's spybot - search & destroy.
Legal Issues.
Criminal law
US FTC actions
Netherlands OPTA
Civil law
Libel suits by spyware developers
Webcam Gate
Thank You!
Stay Connected
Stay connected with me at Facebook :- https://www.facebook.com/mangesh.wadibhasme
Follow at Instagram: - @mangesh_hkr
Trojans and backdoors
This document discusses Trojans, backdoors, and other malware. It begins by explaining the origin of the term "Trojan" from the story of the Trojan horse in Greek mythology. It then defines Trojans and different types like destructive, denial of service, and remote access Trojans. The document also covers how systems can become infected, techniques for detecting and hiding malware like Trojans and backdoors, and discusses the historical Back Orifice 2000 backdoor as a case study. It concludes with recommendations for protecting against malware.
Torjan horse virus
This document discusses Trojan horses, including their purpose and usage. Common Trojans like Netbus and Subseven are mentioned. The document notes that Trojans do not replicate like viruses but instead facilitate unauthorized access. They can be used to hack into targeted systems and perform actions like using the machine as a botnet node or stealing data and passwords. Recent Trojans take advantage of security flaws in browsers. While antivirus software can help detect some Trojans, they remain a persistent threat, and proper computer security practices are important to prevent infection.
Cyber security
Cyber security is the body of technologies , processes and practices designed to protect networks , computers , programs and data from attack , damage or unauthorized access . In a computing context , security includes both cyber security and physical security .
Trojan Horse Virus and Hacking
This document discusses Trojan malware and how to protect against it. It describes Trojans as dangerous viruses created by hackers to steal information like credit cards, emails, passwords, and files. Trojans can give hackers backdoor access to computers. They are often spread through email attachments and files. The document provides tips on protecting against Trojans such as using antivirus software, deleting unnecessary files, and avoiding unknown links or USB devices. It also outlines different types of hackers including black hat, gray hat, and white hat hackers.
System hacking
1. Steps before hacking a System
Footprinting, Scanning, Enumeration
2. System Hacking stage
3. Goals for System Hacking
4. System Hacking Methodology
5. System Hacking Steps
6. Password Cracking
7. Privilege escalation
8. Executing Applications
9. Hiding Files
10. Covering tracks
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This document discusses Trojan horse malware, including its definition, objectives, types, techniques, and methods of implementation and prevention. It defines a Trojan horse as malware that appears harmless but performs malicious functions. It provides examples of how Trojans can be used to gain unauthorized access to systems and describes common types. The document also gives an example of how a keylogger Trojan could be implemented to steal banking passwords and outlines various prevention strategies like antivirus software, firewalls, and education.
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This document discusses the Trojan horse virus. It begins with an introduction that defines malware and Trojan viruses. It then explains how Trojans work by creating backdoors and not self-replicating like other viruses. The document outlines the tasks Trojans can perform, such as erasing data, spreading other malware, stealing passwords and personal information, and shutting down or rebooting systems. It also discusses how Trojans are used to steal credit card numbers, email addresses, work projects, photos and other files. The document provides tips for protecting systems and discusses common Trojan variations and examples. In conclusion, it states that Trojans can slow down systems and steal or corrupt personal data.
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Simon Pell gave a presentation on malware threats facing small businesses. He defined different types of malware like viruses, trojans, worms, and rootkits. Viruses self-replicate and infect files, while trojans and worms do not self-replicate but can still damage files. Rootkits are used to hide other malware. Spyware/adware collects user information without consent. Cookies are small text files that store website preferences. Pell stressed the importance of using updated antivirus software, firewalls, and being cautious of downloads. Firewalls can control network access and applications without slowing performance. Unified threat management provides additional protections like blocking suspicious websites and spam.
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This document provides an overview of different types of malware: viruses, Trojan horses, and worms. It defines malware as malicious software designed to damage computers without consent. Viruses attach to executable files and require human action like opening an infected file to spread. Trojan horses appear to be useful software but can steal information or damage systems. Worms can spread without human action by taking advantage of file sharing and replicating large numbers of copies on a system. The document explains key differences between these types of malware and how understanding them helps protect computers.
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Trojan Horse
The Greeks pretended to sail away from Troy and left behind a huge wooden horse. The Trojans brought the horse inside the city walls as a victory trophy without realizing Greeks soldiers were hiding inside. That night, the Greek forces emerged and opened the city gates, allowing the rest of the Greek army to enter and burn Troy to the ground, ending the long war. The Trojan Horse has since become a term used to describe a trick that allows enemies to gain access to a protected place under false pretenses.
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SSRF exploit the trust relationship
This document provides an overview of server-side request forgery (SSRF) vulnerabilities, including what SSRF is, its impact, common attacks, bypassing filters, and mitigations. SSRF allows an attacker to induce the application to make requests to internal or external servers from the server side, bypassing access controls. This can enable attacks on the server itself or other backend systems and escalate privileges. The document discusses techniques for exploiting trust relationships and bypassing blacklists/whitelists to perform SSRF attacks. It also covers blind SSRF and ways to detect them using out-of-band techniques. Mitigations include avoiding user input that can trigger server requests, sanitizing input, whitelist
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The document provides an overview of hacking wireless networks and related concepts. It discusses types of wireless networks, standards like 802.11a/b/g/i/n, antennas, wireless access points, SSIDs, and how to set up a wireless local area network. It also covers topics like detecting wireless networks, tools for scanning and sniffing wireless traffic, and securing wireless networks using methods such as WEP, WPA, WIDZ and RADIUS. The document is meant to familiarize readers with concepts needed to hack wireless networks like cracking WEP keys and the steps involved.
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Program and System Threats
This document discusses various types of program and system threats including Trojan horses, trapdoors, buffer overflows, worms, viruses, and denial of service attacks. A Trojan horse masquerades as legitimate software to gain unauthorized access. Trapdoors are secret vulnerabilities built into programs by designers. Buffer overflows occur when more data is input than a program expects, potentially allowing code execution. Worms self-replicate to spread while viruses require host files or human action. Examples like the Morris worm and Love Bug virus are provided. Protection involves antivirus software and safe computing practices. The key differences between worms and viruses are also outlined.
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~What is Ransomware?
~History of Ransomware
~How it works?
~Types of Ransomware
~How to prevent Ransomware attacks
~Biggest Ransomware attack
~Impact of Ransomware Attacks
~Facts and figures related to Ransomware
Man in the middle attack .pptx
A man-in-the-middle (MitM) attack is a type of cyber attack where the attacker secretly intercepts communications between two parties who believe they are directly communicating with each other. The attacker can then steal sensitive information like user credentials by redirecting traffic to fake websites or intercepting network traffic. Common MitM attacks include DNS spoofing, HTTP spoofing, cache poisoning, and session hijacking. Organizations can help prevent these attacks by using HTTPS, avoiding public WiFi, implementing endpoint security, and warning users about phishing emails.
What is Tails OS ?
Tails is an acronym for The Amnesic Incognito Live System, which is an encrypted and anonymous operating system bundled with privacy tools. It uses Tor to send anonymous traffic and has tools for the dark web pre-installed. Tails is run from a USB or DVD and leaves no trace of use on the computer.
WannaCry ransomware attack
The document summarizes the WannaCry/WannaCrypt ransomware attack that affected over 200,000 victims globally in May 2017. It briefly describes how the ransomware works by encrypting files and demanding ransom payments in bitcoin. It also provides details on how systems get infected, the impacts on victims including encrypted files and ransom messages, and recommendations on how to protect systems by patching vulnerabilities and using backups.
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This document provides an overview of the CryptoLocker ransomware through a case study analysis. It describes how CryptoLocker works, including how it propagates, encrypts files, and demands ransom payments. The document then analyzes a specific TeslaCrypt infection through forensic tools to understand artifacts left on the system and prevention measures. It concludes with references for further reading on ransomware trends.
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Trojan Horse Presentation
A Trojan horse is a type of malware that disguises itself as legitimate software to trick users into installing it. There are two main types: programs with malicious code inserted by hackers, and standalone files masquerading as something harmless like a game. Trojans can carry various payloads like time bombs, logic bombs, or droppers. To avoid infection, users should only download software from trusted sources, use antivirus tools, and avoid unexpected file attachments.
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Trojan Horse
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This document discusses trojans and backdoors. It begins with a scenario where Zechariah infects his manager Ron's computer with a remote access trojan by sending him a malicious file disguised as a birthday gift. It then provides an overview of trojans, including how they work covertly, different types of trojans, and how they can be used to harm systems. The document discusses tools used to send trojans like wrappers and techniques like ICMP tunneling. It also covers indications of trojan attacks, tools to detect trojans, and ways to avoid infection.
Computer viruses
The document discusses different types of computer viruses, including time bombs, logical bombs, worms, boot sector viruses, macro viruses, script viruses, and Trojan horses. It provides descriptions of each type of virus and how they infect systems and damage data. The document also lists actions people can take to prevent virus infections, such as always updating antivirus software, backing up important files, changing boot sequences, and installing security updates promptly.
ethical-hacking-guide
The document provides an overview of ethical hacking, including definitions, goals, and the typical 5 phases of hacking: reconnaissance, scanning, gaining access, maintaining access, and covering tracks. It describes the importance of reconnaissance in gathering target information through passive and active means. Scanning involves using tools to discover technical details about a network like open ports and services. Gaining access focuses on exploiting vulnerabilities to infiltrate systems, while maintaining access ensures continued infiltration even after reboots. Covering tracks aims to remove evidence and logs of the intrusion. The document provides examples of techniques for each phase.
Common hacking tactics
Common hacking tactics include vulnerability scanners that check for known weaknesses, spoofing attacks like phishing that masquerade as trusted systems, password cracking by repeatedly guessing passwords, packet sniffers that capture network data including passwords, social engineering by tricking users, key loggers that record keystrokes to steal passwords, Trojan horses that pose as one thing but do another like enabling backdoor access, and viruses that self-replicate to spread malware. Hackers use these tactics to access systems and steal confidential information without authorization.
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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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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.
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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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Viruses, Trojan horses, worms, spyware, and adware are types of malware that can infect computers. Viruses spread by replicating themselves while worms use networks to spread. Trojan horses disguise themselves as legitimate programs to gain access to computers. Spyware secretly monitors user activity and adware displays unwanted advertisements. Malware is any software designed to disrupt or damage computers.
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This document defines and describes Trojan horse viruses. It notes that Trojans install malicious software under the guise of something else. There are two main types: programs corrupted by hackers and standalone programs masquerading as other files. Trojans can give hackers remote access to systems and steal data, install malware, and more. Common Trojans mentioned include Netbus, Subseven, and Zeus. The document provides tips to avoid infection and remove Trojans using tools like SmitfraudFix and antivirus software.
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The Trojan Horse (Computing)
- 1. THE TROJAN HORSE AngeL SoPhiE
- 2. WHAT IS TROJAN HORSE? A destructive program that masquerades as a benign application. Unlike viruses, Trojan horses do not replicate themselves but they can be just as destructive. One of the most insidious types of Trojan horse is a program that claims to rid your computer of viruses but instead introduces viruses onto your computer. AngeL SoPhiE
- 3. PURPOSE & USES A Trojan may give a hacker remote access to a targeted computer system. Operations that could be performed by a hacker on a targeted computer system may include: • • • • • • • • • Use of the machine as part of a botnet (e.g. to perform automated spamming or to distribute Denial-of-service attacks) Crashing the computer Blue screen of death Electronic money theft Data theft (e.g. retrieving passwords or credit card information) Installation of software, including thirdparty malware and ransomware Downloading or uploading of files on the user's computer Modification or deletion of files Keystroke logging AngeL SoPhiE
- 4. Trojan horses are broken down in classification based on how they breach systems and the damage they cause. AngeL SoPhiE
- 5. MAIN TYPES OF TROJAN HORSES AngeL SoPhiE
- 6. 1. REMOTE ACCESS TROJANS is one of seven major types of Trojan horse designed to provide the attacker with complete control of the victim's system. AngeL SoPhiE
- 7. 2. DATA SENDING TROJANS is type of a Trojan horse that is designed to provide the attacker with sensitive data such as passwords, credit card information, log files, e-mail address or IM contact lists. AngeL SoPhiE
- 8. 3. DESTRUCTIVE TROJANS is type of a Trojan horse to destroy and delete files, and is more like a virus than any other Trojan AngeL SoPhiE
- 9. 4. PROXY TROJANS is type of a Trojan horse designed to use the victim's computer as a proxy server. AngeL SoPhiE
- 10. 5. FILE TRANSFER PROTOCOL (FTP) TROJANS is type of a Trojan horse designed to open port 21 (the port for FTP transfer) and lets the attacker connect to your computer using File Transfer Protocol (FTP). AngeL SoPhiE
- 11. 6. SECURITY SOFTWARE DISABLER TROJANS is type of a Trojan horse designed stop or kill security programs such as an antivirus program or firewall without the user knowing. AngeL SoPhiE
- 12. 7. DENIAL OF SERVICE (DoS) ATTACK TROJANS is type of attack on a network that is designed to bring the network to its knees by flooding it with useless traffic. AngeL SoPhiE
- 13. PROTECTING YOURSELF FROM TROJAN HORSES AngeL SoPhiE
- 14. There are several things you can do to protect yourself from Trojan horses…. AngeL SoPhiE
- 15. • Never open any e-mails or download any attachments from unknown senders. • Installing antivirus software will also scan every file you download. • If you ever find your computer has been infected with a Trojan, you should disconnect your Internet connection and remove the files in question with an antivirus program or by reinstalling your operating system. • You can call your computer's manufacturer, your local computer store or a knowledgeable friend if you need help. AngeL SoPhiE
- 16. reference • Wikipedia.org • How Stuff Works AngeL SoPhiE