Types of virus and saviour
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Hello friends. I am back with the new presentation related to the important treat in 21th century computer world. The Virus and the saviours that is antivirus. This presentation will give you the information about what are the virus and its types and how can you use antivirus to protect the system from it.
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The document discusses computer viruses, how they spread and affect systems. It describes how the first virus, called "Creeper, was created in 1970s and outlines common ways viruses enter systems like through email attachments. Different virus types are outlined like memory resident viruses, boot sector viruses and macro viruses that hide in various parts of the system. Symptoms of virus infection and basic prevention tips are provided.
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This document discusses different types of computer viruses and how they spread. It defines viruses, Trojan horses, and worms, explaining that viruses attach to files and disks to spread, Trojan horses disguise as games or software to damage systems, and worms clog systems to slow them down. It provides tips to help prevent viruses, such as always updating antivirus software, backing up files, changing boot sequences, and restricting sharing of drives without passwords or read-only settings. The overall message is that nothing guarantees 100% security but following best practices like using firewalls and antivirus software can improve protection.
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Computer viruses are programs that can copy themselves and infect computers without permission. They spread by getting transferred to other computers through files or disks. There are several types of viruses like macro viruses, boot viruses, polymorphic viruses, and worms. Antivirus software helps prevent, detect, and remove viruses through features like real-time protection, file scanning, updates, and alerts. It uses different scanning techniques such as conventional disk scanning, memory resident scanning, startup scanning, and inoculation. However, antivirus software can sometimes slow computers down or be difficult for inexperienced users.
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This document provides an overview of the history, classifications, and structure of computer viruses. It discusses how viruses can replicate and spread from one computer to another by modifying other programs to include a copy of themselves. Viruses are typically 200-4000 bytes and are classified based on their structure and infection method, such as shell, add-on, and intrusive viruses. The document also outlines the key components of viruses, including search, copy, anti-detection, and payload. It describes the evolution of viruses from early generations that were simple and easy to detect to more advanced generations that are stealthy, armored, and polymorphic.
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The document defines and describes computer viruses. It explains that viruses are malicious programs that can damage systems by deleting files, displaying unwanted messages, or causing systems to crash. Viruses spread by attaching themselves to other programs or files and transferring to other computers through networks, removable drives, email attachments, and other methods. While some are created as pranks, most are deliberately designed to cause harm. Antivirus software works to detect viruses by scanning files and memory using signature detection and heuristics, and needs to be kept up to date to protect against new threats.
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A computer virus is a program that installs itself and runs without permission on an infected computer. There are different types of viruses like email viruses, trojan horses, and worms. Viruses can spread through email attachments, websites, networks, software, and removable drives. Symptoms of a virus include slow performance, unexpected program/file changes, browser issues, and unauthorized emails sent from the infected device. People are advised to use antivirus software, practice safe browsing/email habits, keep systems updated, and use firewalls to protect against viruses. Popular antivirus programs are listed that can help keep computers secure.
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A computer virus is a software program created by a human programmer that can reproduce itself and adversely affect computers without the user's knowledge, potentially erasing data or corrupting programs. Common sources of virus transmission include CD-ROMs, USBs, and the internet. Anti-virus software scans systems automatically on startup to detect and remove viruses, helping prevent infection from these common transmission sources.
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This document discusses different types of computer viruses and how they spread. It defines viruses, Trojan horses, and worms, explaining that viruses attach to files and disks to spread, Trojan horses disguise as games or software to damage systems, and worms clog systems to slow them down. It provides tips to help prevent viruses, such as always updating antivirus software, backing up files, changing boot sequences, and restricting sharing of drives without passwords or read-only settings. The overall message is that nothing guarantees 100% security but following best practices like using firewalls and antivirus software can improve protection.
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The document discusses computer viruses including what they are, why they are created, a brief history of viruses, types of viruses, and ways to prevent virus infections. It defines a computer virus as a program designed to harm infected computers. It then covers different types like macro, memory resident, overwrite, and direct action viruses. The document also discusses virus symptoms, notable viruses from the past, and recommends only downloading files from trusted sites and using antivirus software to prevent virus infections.
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The document discusses computer viruses and antivirus technologies. It begins with defining computer viruses and outlining their history. It then analyzes three common types of viruses: file infectors, macro viruses, and the "I LOVE YOU" virus. The document also describes how antivirus software detects and removes viruses and outlines best practices for preventing virus infections like regular backups and keeping antivirus definitions up to date.
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Computer viruses are programs that can copy themselves and infect computers without permission. They spread by getting transferred to other computers through files or disks. There are several types of viruses like macro viruses, boot viruses, polymorphic viruses, and worms. Antivirus software helps prevent, detect, and remove viruses through features like real-time protection, file scanning, updates, and alerts. It uses different scanning techniques such as conventional disk scanning, memory resident scanning, startup scanning, and inoculation. However, antivirus software can sometimes slow computers down or be difficult for inexperienced users.
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I. Antivirus software identifies and removes viruses and other malware from infected computers, and protects against future attacks. The first antivirus software was created in 1987 to combat real-world computer viruses.
II. Antiviruses work by examining files and comparing them to a database of known virus characteristics and definitions. Infected files that match are quarantined to prevent further spreading.
III. Popular antivirus options include free programs like AVG and paid solutions like Norton and Kaspersky, which are effective but may not always restore damaged files to their original state. Regular scanning and updating is needed to maintain protection.
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Computer viruses are malicious software programs that can damage computers. They replicate and spread by infecting files. Different types of viruses exist, including memory resident viruses that hide in RAM, direct action viruses that infect files specified in AUTOEXEC.BAT, and boot sector viruses that infect the boot sector of hard disks. Anti-virus software detects, prevents, and removes viruses to protect computers and personal information from being damaged, stolen, or misused by viruses. Having anti-virus software installed provides various advantages like preventing viruses from formatting disks, deleting files, and slowing down computers.
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A computer virus is a malicious program that can copy itself and infect computers. It runs without the user's permission and can slow down computers or cause errors. Antivirus software uses virus signatures and heuristics to detect viruses and remove or quarantine infected files to disinfect computers. There are many types of viruses like boot, program, macro, and polymorphic viruses that infect different parts of a system. Antivirus software, system restore, reinstalling the operating system, and firewalls are some methods used for virus recovery and protection.
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Computer viruses are programs that can replicate themselves and spread from one computer to another. They can corrupt files, crash systems, and steal private information. There are several types of viruses including program viruses, boot viruses, macro viruses, malware, worms, Trojan horses, spyware, and spam. It is important to have antivirus software installed and keep it updated to protect against new viruses, and to be cautious of external devices and downloads that could introduce viruses.
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This document discusses computer viruses, including what they are, the types of viruses, and how to prevent and remove them. It defines a computer virus as a program that can copy itself and infect other applications and files. The main types are boot sector viruses, which infect boot drives; program viruses, which infect executable files; and multipartite viruses, which combine the two. The document also lists some of the top sources of virus attacks and recommends using antivirus software like Norton, McAfee, and Kaspersky to scan for and remove viruses, as well as maintaining regular updates and safe digital practices.
Computer viruses, types and preventions
This document discusses different types of computer viruses and how to prevent and deal with viruses. It begins by defining what a computer virus is. It then describes 18 common types of viruses in detail, including resident, multipartite, direct action, overwrite, boot, macro, and polymorphic viruses. It also discusses worms, Trojans, and logic bombs. The document outlines general characteristics of viruses and how they can infect systems. It concludes by providing tips for preventing virus infections through antivirus software, replacing infected files, restarting from healthy disks, and reformatting disks if needed.
Computer viruses
OBJECTIVES
Introduction
What Is Virus?
Why Virus Are Called “Virus”?
How Do Virus Spread?
Virus Operation
How Virus work?
Common Virus Entry Points
Symptoms Of Virus Attack
Types of Computer Virus
Techniques used by Viruses
Anti-Virus Software
Methods used by Antivirus Software
Actions to Prevent Virus Infection
Conclusion
Computer virus
A computer virus is a type of malicious software or malware that attaches itself to other programs and files to replicate itself. Viruses can damage software, steal personal information, slow down systems, and more. Antivirus software uses techniques like on-access scanning, virus definitions, heuristics, and detection testing to identify and remove viruses and other malware from computers. Regularly updating antivirus software and virus definitions is important for protection.
Introductions To Malwares
This document provides an overview of different types of malware including viruses, worms, Trojans, and backdoors. Viruses can damage or delete files while replicating themselves. Worms replicate endlessly without damaging files. Trojans masquerade as legitimate programs but provide unauthorized access. Backdoors bypass authentication to remotely access systems. The document describes characteristics and examples of each type as well as how they infect systems.
introduction to malwares,virus,trojan horse
Malwares are software designed to infiltrate computers without the user's consent. They include viruses, worms, trojan horses, and more. Viruses can copy themselves and spread to other computers by exploiting network services or removable drives like USBs. Worms spread over networks without needing to be on files or disks like viruses do. Users should exercise caution when opening files from external drives since malwares sometimes spread by exploiting the autorun function.
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Types of virus and saviour
- 1. • Yastee A. Shah By:
- 4. Program/piece of code that is loaded onto your computer without your knowledge & runs against your wishes. Has ability to make copies by itself, which attacks itself to other applications and files. All viruses are man-made.
- 5. There are many types of virus.. Boot virus: Affects the boot sector of a floppy or hard disk (crucial part where information on the disk itself is stored together with a program that makes it possible to boot computer from the disk.). The best way of avoiding boot viruses is to ensure that floppy disks are write-protected and never start your computer with an unknown floppy disk in the disk drive. Examples of boot viruses include: Polyboot.B, AntiEXE.
- 6. Program Virus: Infects program files, with extinction as .COM,.EXE,.DLL,.SYS,.SRC etc. Program files are attractive targets because they are widely used and have relatively simple formats to which virus can attack themselves. Macro virus: Infect files that are created using certain programs that contain macros. These mini-programs make it possible to automate series of operations so that they are performed as a single action. Examples of macro viruses: Relax, Melissa. A, Babbles, O97M/Y2K.
- 7. Directory virus Polymorphic virus Encrypted virus Stealth virus Worm Trojans Cookies etc.
- 8. Virus tries to take control of system it has infected at the first opportunity available. It is linked to the host object in such a way that it activates when host object is used. Then , virus looks for other suitable carrier objects and attacks itself to them. With this dependency, virus slows down system.
- 10. Downloaded Programs Cracked Software Email Attachments Internet Booting from CD
- 11. ~Whether you saw a message saying a virus was detected, or your computer just seems slow and unreliable, you’ll want to scan for malware on your PC and remove any you find.
- 14. Computer program intended to identify & eliminate computer virus. Antivirus program runs in RAM of the system. There are mainly 2 types of anti-virus: Specific. Generic.
- 15. Antivirus application maintains database of known virus & compare scanned files that match characteristics of known virus. If scanned files matches those characteristics of virus, it is moved to separate place so that it cannot affect other files on your system and can be used if ever needed.
- 17. Providing regular updates for virus dictionary. Antivirus program should provide free virus updates on periodic basis.