Keylogger is a software that records each and every keystroke the victim enter, including mouse clicks. In our day, it’s very hard to trust human, they lied, joke, play and most of the time try to get only their own profit, but humans trust machine (Software) because they created them and made some rules for machines that machine cannot break because they are under human control by programing and algorithm. Cyber security is the police of the internet and keylogger is one of his weapon. Keylogger can be used to spy the victim and most of the time it gives as output the most accurate report possible that even human cannot product. It’s more trustful than human and reduce corruption too. It can be represented as a camera that record everything inside a shop.
This project is based on the implementation of a keylogger software who can help a specific user to track keystroke on a computer system in term of cyber security. A software that will be able to save whatever happens in the computer and send data to a specific email or server (Mostly on an online drive). It takes a few minutes to install it in the victim’s system as software, from that time the attacker will get every single activity from the victim’s computer. Everything that happen in the victim computer (Keystroke) is saved. The activity can be saved in the victim’s system or it can be send to the attacker email or can be uploaded to a chosen server.
In this project, as it is for non-malicious purpose the data will be keep in the victim computer so then he will be able to find them and check the keystroke typed on his own system.
Malicious Software,Terminology of malicious programme,Malicious programs,Nature of Viruses,Virus Operation-four phases or life cycle of virus,Virus Structure,Types of Viruses,Anti-Virus Software
This document discusses internet security and how to stay safe online. It begins with an introduction on why internet security is important because people access sensitive personal information like banking records online. It then discusses what internet security entails, including securing web browsers and authentication of data sent over the internet. It describes hackers as people with computer skills who can explore software and hardware, noting some hack illegally while others work to improve security. Common attacks are also outlined, such as phishing scams, pharming, and SQL injection. The document concludes with recommendations for staying safe, like using strong passwords, antivirus software, firewalls, and keeping computers updated.
This brief presentation gives you a quick overview on how the Cyber Threat Landscape is shaping up in 2017 for individuals and business owners alike. It puts forth some important trends and predictions.
This document discusses keyloggers, which are programs or hardware devices that record keyboard input without the user's consent. It describes how keyloggers can be used to monitor employee productivity or for law enforcement but can also enable illegal surveillance. Keyloggers can be installed as hardware devices attached between the keyboard and computer or as software that runs covertly in the background. The document provides examples of specific hardware and software keylogger programs and notes some methods of defending against keylogger surveillance, such as keeping systems updated with antivirus software.
Network Security: Attacks, Tools and Techniqueswaqasahmad1995
This document discusses network security attacks, tools, and techniques. It defines what a network is and what network security entails. Several basic types of attacks are presented, including security threats, virus attacks, and unauthorized access. Each attack type is then defined in more detail. The document concludes by providing some basic security tips to secure a network, such as installing antivirus software, email scanning programs, network monitoring tools, and enforcing internet access policies.
Ransomware has become a lucrative criminal enterprise, with cyber criminals extorting over $209 million from organizations in just the first three months of 2016 alone. Ransomware works by encrypting files on infected machines and demanding ransom payments in exchange for the decryption key. While early ransomware dated back to 2005, the threat grew significantly in 2015 with over 400,000 infections and $325 million stolen. Ransomware variants now aim to disrupt device usage until payment is made. Organizations can help mitigate the risk of ransomware through practices like regular backups, keeping software updated, limiting user privileges, and restricting unknown applications.
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.
The document discusses various aspects of Android security. It covers kernel security features like process isolation and permissions. It describes how the application sandbox isolates apps and assigns unique IDs. It also discusses system security mechanisms like encryption, verified boot, and updates. Common Android vulnerabilities are outlined like rooting, repackaging apps, update attacks, and drive-by downloads.
Malicious Software,Terminology of malicious programme,Malicious programs,Nature of Viruses,Virus Operation-four phases or life cycle of virus,Virus Structure,Types of Viruses,Anti-Virus Software
This document discusses internet security and how to stay safe online. It begins with an introduction on why internet security is important because people access sensitive personal information like banking records online. It then discusses what internet security entails, including securing web browsers and authentication of data sent over the internet. It describes hackers as people with computer skills who can explore software and hardware, noting some hack illegally while others work to improve security. Common attacks are also outlined, such as phishing scams, pharming, and SQL injection. The document concludes with recommendations for staying safe, like using strong passwords, antivirus software, firewalls, and keeping computers updated.
This brief presentation gives you a quick overview on how the Cyber Threat Landscape is shaping up in 2017 for individuals and business owners alike. It puts forth some important trends and predictions.
This document discusses keyloggers, which are programs or hardware devices that record keyboard input without the user's consent. It describes how keyloggers can be used to monitor employee productivity or for law enforcement but can also enable illegal surveillance. Keyloggers can be installed as hardware devices attached between the keyboard and computer or as software that runs covertly in the background. The document provides examples of specific hardware and software keylogger programs and notes some methods of defending against keylogger surveillance, such as keeping systems updated with antivirus software.
Network Security: Attacks, Tools and Techniqueswaqasahmad1995
This document discusses network security attacks, tools, and techniques. It defines what a network is and what network security entails. Several basic types of attacks are presented, including security threats, virus attacks, and unauthorized access. Each attack type is then defined in more detail. The document concludes by providing some basic security tips to secure a network, such as installing antivirus software, email scanning programs, network monitoring tools, and enforcing internet access policies.
Ransomware has become a lucrative criminal enterprise, with cyber criminals extorting over $209 million from organizations in just the first three months of 2016 alone. Ransomware works by encrypting files on infected machines and demanding ransom payments in exchange for the decryption key. While early ransomware dated back to 2005, the threat grew significantly in 2015 with over 400,000 infections and $325 million stolen. Ransomware variants now aim to disrupt device usage until payment is made. Organizations can help mitigate the risk of ransomware through practices like regular backups, keeping software updated, limiting user privileges, and restricting unknown applications.
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.
The document discusses various aspects of Android security. It covers kernel security features like process isolation and permissions. It describes how the application sandbox isolates apps and assigns unique IDs. It also discusses system security mechanisms like encryption, verified boot, and updates. Common Android vulnerabilities are outlined like rooting, repackaging apps, update attacks, and drive-by downloads.
1. The document discusses computer security and operating systems. It defines operating systems and their functions in managing computer resources and processes.
2. It then covers various operating systems like Linux, Windows, iOS and Android. It discusses computer security in terms of operating systems, defining it as preventing unauthorized access.
3. The document outlines several common security threats like viruses, trojan horses, trap doors, logic bombs and buffer overflows. It describes different types of each threat and how they exploit systems. It also discusses security techniques used in operating systems like authentication, access control and intrusion detection.
This document provides an introduction to Metasploit, a penetration testing platform that enables users to find, exploit, and validate vulnerabilities. It discusses how Metasploit has various interfaces including a console and GUI, and describes some key advantages like its large community and frequent updates. The document then outlines steps to hack an Android device using Metasploit, including creating a payload file, sending it to the target, running Metasploit to exploit the victim's Android.
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.
Web application security: Threats & CountermeasuresAung Thu Rha Hein
The document discusses security fundamentals, threats and countermeasures for a three-tiered web application. It covers principles of defense in depth and least privilege. It also describes the anatomy of a web attack and categories of threats including STRIDE (spoofing, tampering, etc.). Network, host and application level threats and countermeasures are examined. Input validation, authentication, session management and other areas are identified as needing security measures.
In this presentation, I am trying to explain why and how email security should be implemented.
> Intro to Email
> Basic steps in emailing
> Intro to Email Security
> Common email threats
> How emailsecurity works
> Security requirements (CIA)
> Secure transmission of email: PGP
> PGP: Operation description (All 5 services)
> Secure transmission of email: S/MIME (With its functions)
This presentation was presented by me in the final year of my M.Sc. in Computer science.
Hope you like this presentation. Thank you!
This document discusses various types of hacking including black hat hacking, data theft, and common attack methods like SQL injection, DDoS attacks, and social engineering. It outlines hackers' techniques like malware, viruses, worms, and trojans. It also covers security measures like firewalls, antivirus software, and password cracking. Statistics show cybercrime is increasing and costs billions worldwide each year. The document recommends security steps like using strong passwords, antivirus software, firewalls, and monitoring children's computer activities to help prevent attacks.
This document discusses email security and the threats posed by unauthorized access and modification of emails. It outlines common threats like message interception, modification, false messages, and replay attacks. It emphasizes the importance of confidentiality, integrity, and availability for secure email. The document recommends steps for security at the sender's side like using incognito mode and avoiding public computers. It also suggests checking email headers and avoiding unknown attachments for security at the receiver's side. Finally, it describes PGP and S/MIME as methods for securely transmitting emails through encryption.
A man-in-the-middle (MITM) attack intercepts communications between two parties by relaying and controlling messages between them. The attacker eavesdrops and potentially modifies the communication by replacing the keys for their own. This allows them to intercept sensitive transmissions like passwords or financial transactions. A MITM works by spoofing the MAC address of the target to intercept and manipulate traffic between the target and other devices on the network, such as a router. Encrypted connections and careful certificate verification can help prevent MITM attacks.
Metasploit Framework is a open source penetration tool used for developing and executing exploit code against a remote target machine it, Metasploit frame work has the world’s largest database of public, tested exploits.
This document provides an overview of operating system security. It discusses the key components and functions of an operating system including multitasking, resource management, user interfaces, and more. It then examines the security environment of an operating system including services, files, memory, authentication, authorization, and vulnerabilities. Finally, it outlines best practices for securing an operating system such as installing only necessary software, configuring users and permissions properly, applying patches and updates, and performing regular security monitoring, backups and testing.
The document provides tips for keeping a network secure, including always keeping virus software and Windows updates enabled, using firewalls, backing up data regularly, and using strong passwords. It warns about common password risks like using obvious words or writing passwords down. The document also covers securing laptops, email, wireless networks, and avoiding risks from open networks. Proper authentication, surge protection, and password protecting are emphasized as important security best practices.
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.
Computer security is important to protect computing systems and data. There are various security threats like passive and active attacks, malicious software, and natural disasters. Passive attacks obtain information without altering data, while active attacks try to modify systems. Malicious software like viruses, worms, and Trojan horses can corrupt or delete data. Viruses attach to other programs to spread. Worms replicate across networks to consume resources. Trojan horses masquerade as useful programs to cause harm. Physical security threats also exist from disasters or theft.
Secure Shell (SSH) is a cryptographic network protocol for operating network services securely over an unsecured network. This presentation is made as an assignment during our university course.
A computer virus is a malicious piece of code that spreads from device to device and can damage systems or steal data. It replicates like a biological virus, infecting programs and files to disrupt normal functioning or stop a computer altogether. Common ways viruses spread include email attachments, visiting infected websites, and sharing files. Symptoms include slow performance, crashes, and data loss. Antivirus software detects and removes viruses by comparing files to databases of known threats. Basic protection methods involve antivirus software, firewalls, secure browsing, and safe downloading practices.
This document summarizes various types of malicious software including viruses, worms, trojan horses, logic bombs, and backdoors. It describes how viruses and worms operate by having dormant, propagation, and triggering phases. Viruses can attach to files or reside in memory. Worms replicate over networks to infect other systems. The document also discusses countermeasures like antivirus software, digital immune systems, and efforts to prevent, detect, and trace distributed denial of service attacks.
This document discusses computer worms, including how they work, types of worms, and examples of major worms. It defines worms as programs that replicate themselves across a network by exploiting security vulnerabilities. The document covers worm target discovery, propagation, activation methods, payloads, examples like Morris worm, Code Red, Nimda, SQL Slammer, and Sobig.f, as well as prevention techniques and current research focus areas.
This document discusses ethical hacking and penetration testing. It begins by defining ethical hacking as using the same tools and techniques as hackers, but legally in order to test an organization's security. It then covers the history of ethical hacking. The rest of the document outlines the methodology of hacking including reconnaissance, scanning, gaining access, maintaining access, and clearing tracks. It discusses the types of hackers and tools used in ethical hacking. The document concludes by discussing the advantages and disadvantages of ethical hacking.
Detection and prevention of keylogger spyware attacksIAEME Publication
This document summarizes a proposed method for detecting and preventing keylogger spyware attacks. Keylogger spyware poses a serious threat by recording keyboard keystrokes to steal sensitive information like passwords and account numbers. The proposed method uses a detection and prevention system to identify keyloggers and remove them from infected systems. It aims to protect systems from this type of malware in a network. The document provides an overview of different types of malware like adware, spyware, and keyloggers, and describes how keylogger spyware works by logging keystrokes and transmitting the stolen data to malicious users.
1. The document discusses computer security and operating systems. It defines operating systems and their functions in managing computer resources and processes.
2. It then covers various operating systems like Linux, Windows, iOS and Android. It discusses computer security in terms of operating systems, defining it as preventing unauthorized access.
3. The document outlines several common security threats like viruses, trojan horses, trap doors, logic bombs and buffer overflows. It describes different types of each threat and how they exploit systems. It also discusses security techniques used in operating systems like authentication, access control and intrusion detection.
This document provides an introduction to Metasploit, a penetration testing platform that enables users to find, exploit, and validate vulnerabilities. It discusses how Metasploit has various interfaces including a console and GUI, and describes some key advantages like its large community and frequent updates. The document then outlines steps to hack an Android device using Metasploit, including creating a payload file, sending it to the target, running Metasploit to exploit the victim's Android.
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.
Web application security: Threats & CountermeasuresAung Thu Rha Hein
The document discusses security fundamentals, threats and countermeasures for a three-tiered web application. It covers principles of defense in depth and least privilege. It also describes the anatomy of a web attack and categories of threats including STRIDE (spoofing, tampering, etc.). Network, host and application level threats and countermeasures are examined. Input validation, authentication, session management and other areas are identified as needing security measures.
In this presentation, I am trying to explain why and how email security should be implemented.
> Intro to Email
> Basic steps in emailing
> Intro to Email Security
> Common email threats
> How emailsecurity works
> Security requirements (CIA)
> Secure transmission of email: PGP
> PGP: Operation description (All 5 services)
> Secure transmission of email: S/MIME (With its functions)
This presentation was presented by me in the final year of my M.Sc. in Computer science.
Hope you like this presentation. Thank you!
This document discusses various types of hacking including black hat hacking, data theft, and common attack methods like SQL injection, DDoS attacks, and social engineering. It outlines hackers' techniques like malware, viruses, worms, and trojans. It also covers security measures like firewalls, antivirus software, and password cracking. Statistics show cybercrime is increasing and costs billions worldwide each year. The document recommends security steps like using strong passwords, antivirus software, firewalls, and monitoring children's computer activities to help prevent attacks.
This document discusses email security and the threats posed by unauthorized access and modification of emails. It outlines common threats like message interception, modification, false messages, and replay attacks. It emphasizes the importance of confidentiality, integrity, and availability for secure email. The document recommends steps for security at the sender's side like using incognito mode and avoiding public computers. It also suggests checking email headers and avoiding unknown attachments for security at the receiver's side. Finally, it describes PGP and S/MIME as methods for securely transmitting emails through encryption.
A man-in-the-middle (MITM) attack intercepts communications between two parties by relaying and controlling messages between them. The attacker eavesdrops and potentially modifies the communication by replacing the keys for their own. This allows them to intercept sensitive transmissions like passwords or financial transactions. A MITM works by spoofing the MAC address of the target to intercept and manipulate traffic between the target and other devices on the network, such as a router. Encrypted connections and careful certificate verification can help prevent MITM attacks.
Metasploit Framework is a open source penetration tool used for developing and executing exploit code against a remote target machine it, Metasploit frame work has the world’s largest database of public, tested exploits.
This document provides an overview of operating system security. It discusses the key components and functions of an operating system including multitasking, resource management, user interfaces, and more. It then examines the security environment of an operating system including services, files, memory, authentication, authorization, and vulnerabilities. Finally, it outlines best practices for securing an operating system such as installing only necessary software, configuring users and permissions properly, applying patches and updates, and performing regular security monitoring, backups and testing.
The document provides tips for keeping a network secure, including always keeping virus software and Windows updates enabled, using firewalls, backing up data regularly, and using strong passwords. It warns about common password risks like using obvious words or writing passwords down. The document also covers securing laptops, email, wireless networks, and avoiding risks from open networks. Proper authentication, surge protection, and password protecting are emphasized as important security best practices.
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.
Computer security is important to protect computing systems and data. There are various security threats like passive and active attacks, malicious software, and natural disasters. Passive attacks obtain information without altering data, while active attacks try to modify systems. Malicious software like viruses, worms, and Trojan horses can corrupt or delete data. Viruses attach to other programs to spread. Worms replicate across networks to consume resources. Trojan horses masquerade as useful programs to cause harm. Physical security threats also exist from disasters or theft.
Secure Shell (SSH) is a cryptographic network protocol for operating network services securely over an unsecured network. This presentation is made as an assignment during our university course.
A computer virus is a malicious piece of code that spreads from device to device and can damage systems or steal data. It replicates like a biological virus, infecting programs and files to disrupt normal functioning or stop a computer altogether. Common ways viruses spread include email attachments, visiting infected websites, and sharing files. Symptoms include slow performance, crashes, and data loss. Antivirus software detects and removes viruses by comparing files to databases of known threats. Basic protection methods involve antivirus software, firewalls, secure browsing, and safe downloading practices.
This document summarizes various types of malicious software including viruses, worms, trojan horses, logic bombs, and backdoors. It describes how viruses and worms operate by having dormant, propagation, and triggering phases. Viruses can attach to files or reside in memory. Worms replicate over networks to infect other systems. The document also discusses countermeasures like antivirus software, digital immune systems, and efforts to prevent, detect, and trace distributed denial of service attacks.
This document discusses computer worms, including how they work, types of worms, and examples of major worms. It defines worms as programs that replicate themselves across a network by exploiting security vulnerabilities. The document covers worm target discovery, propagation, activation methods, payloads, examples like Morris worm, Code Red, Nimda, SQL Slammer, and Sobig.f, as well as prevention techniques and current research focus areas.
This document discusses ethical hacking and penetration testing. It begins by defining ethical hacking as using the same tools and techniques as hackers, but legally in order to test an organization's security. It then covers the history of ethical hacking. The rest of the document outlines the methodology of hacking including reconnaissance, scanning, gaining access, maintaining access, and clearing tracks. It discusses the types of hackers and tools used in ethical hacking. The document concludes by discussing the advantages and disadvantages of ethical hacking.
Detection and prevention of keylogger spyware attacksIAEME Publication
This document summarizes a proposed method for detecting and preventing keylogger spyware attacks. Keylogger spyware poses a serious threat by recording keyboard keystrokes to steal sensitive information like passwords and account numbers. The proposed method uses a detection and prevention system to identify keyloggers and remove them from infected systems. It aims to protect systems from this type of malware in a network. The document provides an overview of different types of malware like adware, spyware, and keyloggers, and describes how keylogger spyware works by logging keystrokes and transmitting the stolen data to malicious users.
Keyloggers are a invasive software often used to harvest secret information. One of the main reasons for
this fast growth is the possibility for unprivileged programs running in the user space to secretly steal and record all the
keystrokes typed by the users on a system. The ability to run in unprivileged mode makes possible their implementation
and distribution. but, at the same time, allows one to understand and imitate their behavior in detail.
This document discusses ethical hacking. It defines ethical hacking as independent computer security professionals who evaluate target systems' security and report bugs found without damaging systems or stealing information. It outlines the different types of hackers (black hat, white hat, grey hat), hacking skills required, the hacking process, and advantages/disadvantages of ethical hacking compared to unethical hacking. Ethical hackers are in high demand and can earn salaries ranging from $25,000 to over $130,000 annually.
Selected advanced themes in ethical hacking and penetration testingCSITiaesprime
Since 1980 cyberattacks have been evolving with the rising numbers of internet users and the constant evolving of security systems, and since then security systems experts have been trying to fight these kinds of attacks. This paper has both ethical and scientific goals, ethically, to raise awareness on cyberattacks and provide people with the knowledge that allows them to use the world wide web with fewer worries knowing how to protect their information and their devices with what they can. Scientifically, this paper includes a deep understanding of types of hackers, attacks, and various ways to stay safe online. This research investigates how ethical hackers adapt to the current and upcoming cyber threats. The different approaches for some famous hacking types along with their results are shown. Python and Ruby are used for coding, which we run on Kali Linux operating system.
This document provides an introduction to ethical hacking. It discusses key terminology used in ethical hacking like threats, exploits, vulnerabilities, and targets of evaluation. It defines different types of hackers including white hat ethical hackers who use their skills defensively to test systems and locate weaknesses, black hat hackers who violate systems illegally, and grey hat hackers who may sometimes violate systems but work to expose vulnerabilities. It outlines the job role of an ethical hacker, which involves testing systems to discover and help address potential security issues.
Spyware triggering system by particular string valueIJERD Editor
This computer programme can be used for good and bad purpose in hacking or in any general
purpose. We can say it is next step for hacking techniques such as keylogger and spyware. Once in this system if
user or hacker store particular string as a input after that software continually compare typing activity of user
with that stored string and if it is match then launch spyware programme.
This document summarizes a seminar on ethical hacking presented by Prof. Sagar Mane. It introduces ethical hacking and different types of hackers (black hat, white hat, grey hat). It describes the hacking process, including footprinting, scanning, gaining access, and maintaining access. It outlines skills required of an ethical hacker and advantages and disadvantages of ethical hacking. The seminar concludes that ethical hacking can help close system vulnerabilities and provides security, but hiring professionals can be expensive and techniques need continual enhancement.
Ethical hacking also known as penetration testing or white-hat hacking, involves the same tools, tricks, and techniques that hackers use, but with one major difference that Ethical hacking is legal. Ethical hacking is performed with the target’s permission. The intent of ethical hacking is to discover vulnerabilities from a hacker’s viewpoint so systems can be better secured. Its part of an overall information risk management program that allows for ongoing security improvements. Ethical hacking can also ensure that vendors’ claims about the security of their products are legitimate.
GETTING STARTED WITH THE ETHICAL HACKING.pptxBishalRay8
The document provides an introduction to ethical hacking and penetration testing. It discusses how ethical hackers use the same techniques as malicious hackers but for legitimate purposes like testing systems for vulnerabilities. The document covers topics like types of hackers, penetration testing methods, and different testing approaches (black box, grey box, white box). The overall purpose is to explain ethical hacking and how it is used to improve security.
IRJET- Study of Hacking and Ethical HackingIRJET Journal
This document discusses hacking and ethical hacking. It defines hacking as unauthorized access to a computer system or network, while ethical hacking involves testing a system's security with its owner's permission. It describes different types of hackers, including white hat (ethical), black hat, and grey hat hackers. The document also outlines the process of ethical hacking, including reconnaissance, scanning, gaining access, maintaining access, clearing tracks, and reporting. Finally, it discusses the advantages and disadvantages of hacking, and explains that ethical hacking can help identify vulnerabilities to better secure systems.
CCTInternshala is a Skill Indian Affiliated Training Institute in Delhi, Noida, Gurgaon. CCT Internshala Providing Training since 2009, in Different Summer Trainings, Ethical hacking-CEH v10, Ethical Hacking – CiSS v4, Web VAPT , Artificial Intelligence, Web Application & API Development,Digital marketing(SEO,SMO,PPC,Android Development and Security, ISMS(Lead Auditor), Network Security, G-Suite,Python. many more.All Training Courses are ✓ job oriented ✓ Short-term ✓ 100% Interview Guarantee ✓ Expert Trainer ✓ Valid Certification ✓ 100% Practical Training Institute ✓ CCT Internshala trained approx 20000+ learners in last 10+ Years who achieved success in their careers
This document discusses ethical hacking and penetration testing. It defines ethical hacking as legally testing an organization's security defenses by using the same tools and techniques as hackers. It outlines the hacking process, types of hackers (black hat, white hat, grey hat), required skills for ethical hackers like networking and operating system knowledge, and advantages like strengthening security. The document provides an introduction to ethical hacking and concludes that keeping systems updated and educating users are important defenses.
Ways You Can Use Python For Cybersecurity - AppsDevPro SofiaCarter4
Python is a very versatile and powerful programming language that may be used for a variety of applications, especially those involving security. This guide will look different ways how Python for cybersecurity may be used to safeguard your organization's data and systems from possible attacks.
The document describes a proposed integrated honeypot system that aims to detect zero-day attacks, SSH attacks, and keylogger-spyware attacks. The system uses honeypots deployed in virtual machines to log attack behaviors. A separate detection framework then analyzes the honeypot logs to generate new signatures for intrusion detection and prevention systems like Snort. The integrated honeypot includes features for logging details of the targeted attacks. The system is meant to help update defenses against new attack patterns.
We are living in security era, where we are securing all our belongings under different modes of lock but it’s different in the case of system security. We are carelessly leaving our datas and softwares unlocked. The state of security on the internet is bad and getting worse. One reaction to this state of affairs is termed as Ethical Hacking which attempts to increase security protection by identifying and patching known security vulnerabilities on systems owned by other parties. As public and private organizations migrate more of their critical functions to the Internet, criminals have more opportunity and incentive to gain access to sensitive information through the Web application. So, Ethical hacking is an assessment to test and check an information technology environment for possible weak links and vulnerabilities. Ethical hacking describes the process of hacking a network in an ethical way, therefore with good intentions. This paper describes what ethical hacking is, what it can do, an ethical hacking methodology as well as some tools which can be used for an ethical hack.
Ethical hacking involves using the same tools and techniques as criminal hackers but in a legal and responsible way to test an organization's security. It is done by white hat hackers who work as independent security professionals and evaluate target systems without damaging them or stealing information. They identify bugs and weaknesses and report them back to system owners. Ethical hackers require strong programming, networking, and computer skills as well as expertise in operating systems, firewalls, routers, network protocols, and security project management. Their work helps organizations protect themselves from external attacks and close security holes.
Ethical hacking BY Thariq ibnu Ubaidhullahpongada123
This is the Presentation about Ethical hacking. There is a brief introduction about Ethical Hacking. In Future Insha Allah I will Made a slides about How to do Hacking ethically only for educational purpose.
This document presents information on ethical hacking. It discusses the types of ethical hacking including white hat, grey hat, and black hat hackers. The ethical hacking process is described including reconnaissance, scanning and enumeration, gaining access, maintaining access, clearing tracks, and reporting. Reasons for needing ethical hacking are provided such as security breaches and denial of service attacks. Tips are given on how to protect yourself from hacking. Advantages include strengthening security, while disadvantages include cost. The conclusion emphasizes the importance of staying updated on software and educating users to be aware of hacking techniques.
The project entitled with “Network Security System” is related to hacking attacks in computer systems over internet. In today’s world many of the computer systems and servers are not secure because of increasing the hacking attacks or hackers with growing information, so information security specialist’s requirement has gone high.
What is Augmented Reality Image Trackingpavan998932
Augmented Reality (AR) Image Tracking is a technology that enables AR applications to recognize and track images in the real world, overlaying digital content onto them. This enhances the user's interaction with their environment by providing additional information and interactive elements directly tied to physical images.
May Marketo Masterclass, London MUG May 22 2024.pdfAdele Miller
Can't make Adobe Summit in Vegas? No sweat because the EMEA Marketo Engage Champions are coming to London to share their Summit sessions, insights and more!
This is a MUG with a twist you don't want to miss.
Transform Your Communication with Cloud-Based IVR SolutionsTheSMSPoint
Discover the power of Cloud-Based IVR Solutions to streamline communication processes. Embrace scalability and cost-efficiency while enhancing customer experiences with features like automated call routing and voice recognition. Accessible from anywhere, these solutions integrate seamlessly with existing systems, providing real-time analytics for continuous improvement. Revolutionize your communication strategy today with Cloud-Based IVR Solutions. Learn more at: https://thesmspoint.com/channel/cloud-telephony
Mobile App Development Company In Noida | Drona InfotechDrona Infotech
Looking for a reliable mobile app development company in Noida? Look no further than Drona Infotech. We specialize in creating customized apps for your business needs.
Visit Us For : https://www.dronainfotech.com/mobile-application-development/
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1. Creating a software keylogger for cyber
security
Giral Faurel ONDZONGO
2019003027.giral@ug.shada.ac.in
Department of Computer Science and Engineering , School of Engineering and Technology , Sharda
University, Greater Noida , India
Abstract:
Keylogger is a software that records each and every keystroke the victim enter, including mouse
clicks. In our day, it’s very hard to trust human, they lied, joke, play and most of the time try to
get only their own profit, but humans trust machine (Software) because they created them and
made some rules for machines that machine cannot break because they are under human control
by programing and algorithm. Cyber security is the police of the internet and keylogger is one of
his weapon. Keylogger can be used to spy the victim and most of the time it gives as output the
most accurate report possible that even human cannot product. It’s more trustful than human and
reduce corruption too. It can be represented as a camera that record everything inside a shop.
This project is based on the implementation of a keylogger software who can help a specific user
to track keystroke on a computer system in term of cyber security. A software that will be able to
save whatever happens in the computer and send data to a specific email or server (Mostly on an
online drive). It takes a few minutes to install it in the victim’s system as software, from that time
the attacker will get every single activity from the victim’s computer. Everything that happen in
the victim computer (Keystroke) is saved. The activity can be saved in the victim’s system or it
can be send to the attacker email or can be uploaded to a chosen server.
In this project, as it is for non-malicious purpose the data will be keep in the victim computer so
then he will be able to find them and check the keystroke typed on his own system.
Introduction:
In Computer science, is very important. As said Martina Navratilova “Security used to be an
inconvenience sometimes, but now it’s a necessity all the time. “It’s the computer police. Cyber
security is the fact of defending computers, servers, mobile devices, electronic systems, networks,
and data from malicious attacks. It's also called by information technology security or electronic
information security. The term depends of the concept, from business to mobile computing, and
can be divided into a few common categories.
Network security, is a set of technologies that protects the usability and
integrity of a company's infrastructure by preventing the entry or proliferation
within a network of a wide variety of potential threats.
Application security, keep software and devices free of threats. A
compromised application could provide access to the data its designed to
protect. Successful security begins in the design stage, well before a program
or device is deployed (Our main topic).
Information security. protects the privacy of data
2. Fig 2: Cybersecurity
Ethical hacking is a subset of cybersecurity, it involves an authorized attempt to gain unauthorized
access to a computer system, application, or data. It helps to find security vulnerabilities which
can then be resolved before attackers has the chance to use them. These are 3 main type of
hackers:
White Hat Hackers: Here, the hacker looks for bugs and ethically report it
to the organization. He is authorized to test and search for bugs in a website
or network then report them to the company. White hat hackers generally get
all the needed information to test for, from the organization itself. They use
their skills to test it before the program goes live or attacked by malicious
hackers like black hat hackers.
Black Hat Hackers: Here, the organization doesn’t allow the user to test it.
They illegally enter inside the company and steal data from the admin panel
or manipulate the data. They are selfish and use data for personal financial
gain. They can cause major damage to the company by modifying some data
which lead to the loss of the company. IT IS ILEGAL
Grey Hat Hackers: They sometimes access to the data and violates the law.
But doesn’t have the same goal as Black hat hackers. The main difference is
that they exploit vulnerability publicly whereas white hat hackers do it
privately for the company.
Fig 3: Ethical hacking
They are a lot of way to hack a system or a user, it can be a white hack, a black hack or a Grey
hack. One of the famous attack is the keylogger attack, what actually is our topic.
3. Keylogging programs or keyloggers, are a type of malware or software that track user input from
the keyboard in an attempt to save data or stock information. They gather complete information
about what the victim is doing. They are like surveillance camera that record everything for
security. With the evolution computer science, employers have access to the necessary tools to
keep a close eye on individual productivity and activity. Also known as a keystroke logging or
keystroke logger, this type of employee monitoring software keeps a by-the-moment record of
each key an employee presses on their keyboard.
As a software, it’s difficult for employees to detect but there is also physical keystroke loggers.
Fig 4: Common keylogging threats
Key word: Creating a software keylogger for cyber security
1.1 Research contribution
Giral Faurel ONDZONGO conceived of the presented idea, developed the theory and
performed the computations. He verified the analytical methods. The super visor Prashant
Upadhyay encouraged Giral Faurel ONDZONGO to investigate the code and the algorithm and
supervised the findings of this work.
1.2 Organization of the paper
In the first place of this paper we see the introduction of a keylogger software, definition, origins
and working of keylogger, some important information about cyber security and ethical hacking
are mentioned too like different type of hackers and hacking attacks.
Next will come literature survey combine to related wok where we going to see some work that is
a little bit similar to our work; then will come the methodology used on our work and algorithm
used to perform it.
Last art will be the output and conclusion of the paper.
4. 1. Literature review:
NO
Paper name and
author
Keylogger Detection
Technique
Results
1 Mohamad Yusof Darus
Enhancement Keylogger
Application for Parental
Control and
Monitor Children's
Activities
This paper describe the impact of
keylogger in parental control
As result, all keystrokes are sent to
the parent and it can detect
inappropriate words typed in almost
all
browsers
2 Chairul Imam Muhammad
Furqon Siregar
UTILIZATION OF KEY
LOGGER IN SECURITY
ASPECT BASED ON
SPYWARE FOR
MONITORING LAPTOP
USING REFOG KEY
This paper describe the Working
of keylogger without the victim
notify that the software is
running as it has been legibly
installed
As result all keystroke are saved in
a specific folder
3 Permata Ayu Widyasari
Ethical Dilemma Decision
Making Based on
Personality:
The Case of Installation of
a Keylogger System
This paper describe how ethical
keylogger can be and if it should
be installed
As result, keylogger is very useful
for spying and recording works but
the best case will be to hire peoples
with good ethical
4 Dr. C. Umarani Rajrishi
Keyloggers: A Malicious
Attack Sengupta
This is a survey of keylogger
malicious attack
This survey article endeavors to an
understanding on the
ongoing progressions on the
endeavors to alleviate the
dangers of keylogging assaults.
5 Manan Kalpesh Shah
, Devashree Kataria
, S. Bharath Raj
, Priya G Real Time
Working of Keylogger
Malware
Analysis
This paper describe the working
of a keystroke logger
As result, keylogger is easy to
understand as it as the simple task
of recording and it’s illegal to use it
without the victim authorization
2. Proposal method
As a software, having some knowledge about software development and python is very required
for understand this work to be done.
The code will be written only on python, the goal here will be to create a python file, convert it
into an application. The keystroke has to be send to a specific email as file and contain all the
data specified in the code (Keystroke, screenshot, audio sound).
5. Fig 6 : Keylogger process
The exact string matching algorithm is used to match keyboard input variables with input received from
the keyboard, the word will be identified as a word entered by the user.
a. Algorithm
1. Beginning
2. Installing spyder and check compatibility with Python 3
3. Import libraries
4. CREATING FILES AND APPENDING TO FILES
5. LOGGING KEYS
6. Add EMAIL functions
7. Get COMPUTER INFORMATION
8. CLIPBOARD incorporation
9. SCREENSHOT, keystroke, audio
10. BUILD THE TIMER
11. ENCRYPTION OF FILES
12. Convert the python code into exe application
13. Add the software as exclusion on the antivirus
14. End
7. Installing spyder : Spyder will help us to implement python as a compiler
Libraries: In computer science, a library is a collection of non-volatile resources used by
computer programs, often for software development.
CREATING FILES AND APPENDING TO FILES: For multiple parts of the
keylogger, we will be appending data to files. Before we append data to files, we must
first create variables with the proper extensions.
LOGGING KEYS: To log keys using python, we will be using the pynput module.
EMAIL: To add an email functionality, we will be using the email module.
COMPUTER INFORMATION: To gather computer information, we will use socket
CLIPBOARD: To get the clipboard information, we will be using the win32clipboard
module, which is a submodule of pywin32
MICROPHONE: To record with microphone, we will be using the sounddevice module
and writing to a .wav file using the scipy.io.wavefile module.
SCREENSHOT: To take a screenshot, we will use the ImageGrab from the Pillow
Module.
BUILD THE TIMER: To build a timer which goes through a certain number of
iterations before the keylogger ends, we will be using the timer function.
ENCRYPTION OF FILES: To encrypt files, we will use the cryptography.fernet
module.
3. Result and analysis
The output of the work will be in form of file sent to a specific mail choose by the developer
since the code.
Keystroke logger take all record from the computer, not only stroke, it takes screenshot and
audio information as mentioned above in the paper. It still remains invisible in the eye of the
user but data are stocked and sent. the sending mail is also sectioned from the code as long as the
receiving mail.
8. Conclusion
Keystroke logging attacks bypass all other controls. They are easy to implement and manage,
providing attackers with useful account, identity, and intellectual property information. On the
other hand, they are useful investigative tools. Controlling keylogging technology within your
organization is no different than managing other threats and tools, requiring common sense and
a layered defense. The key is to be aware they exist, understand how they’re used, and
implement ways to detect them, with keylogger detection and containment part of your incident
response plan.
4. Bibliography/References
1. Darus, Mohamad Yusof, and Muhammad Azizi Mohd Ariffin.
"Enhancement Keylogger Application for Parental Control and Monitor
Children's Activities." Journal of Positive School Psychology 6.3 (2022):
8482-8492.
2. Imam, Chairul, and Muhammad Furqon Siregar. "Utilization Of Key Logger
In Security Aspect Based On Spyware For Monitoring Laptop Using Refog
Key Logger." INFOKUM 10.1 (2021): 105-111.
3. Widyasari, Permata Ayu. "Ethical dilemma decision making based on
personality: the case of installation of a keylogger system." (2021): 252-258.
4. Umarani, C., and Rajrishi Sengupta. "Keyloggers: A Malicious Attack."
(2020).
5. Srivastava, Mayank, et al. "Analysis and Implementation of Novel
Keylogger Technique." 2021 5th International Conference on Information
Systems and Computer Networks (ISCON). IEEE, 2021.