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VPSWala
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kali-linux-penetration-testing.pdf
8.5 MB
Kali Linux Penetration Testing Bible
Gus Khawaja, 2021
Gus Khawaja, 2021
Arduino_Applied_Comprehensive_Projects_for_Everyday.pdf
17.4 MB
Arduino Applied
Neil Cameron, 2019
Neil Cameron, 2019
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jay-lacroix-mastering-ubuntu-server-explore-the.pdf
22.5 MB
Mastering Ubuntu Server
Jay LaCroix, 2022
Jay LaCroix, 2022
Practical Linux System Administration.pdf
2 MB
Practical Linux System Administration
Ken Hess, 2022
Ken Hess, 2022
Laptop_Repair_Complete_Guide;_Including_Motherboard.epub
4.7 MB
Laptop Repair Complete Guide
Garry Romaneo, 2011
Garry Romaneo, 2011
The_Laptop_Repair_Workbook_An_Introduction_to_Troublesho.pdf
1.3 MB
The Laptop Repair Workbook
Morris Rosenthal, 2008
Morris Rosenthal, 2008
Getting_Started_with_Open_Source_Technologies.pdf
2.9 MB
Getting Started with Open Source Technologies
Sachin Rathee, 2022
Sachin Rathee, 2022
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Kali_Linux_An_Ethical_Hacker's_Cookbook_Practical (1).epub
72.3 MB
Kali Linux - An Ethical Hacker's Cookbook
Himanshu Sharma, 2019
Himanshu Sharma, 2019
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NMAP CHEAT SHEET #1🔺
#1 Nmap Basic Scanning
nmap -sV [host] // Version Detection, default scan
nmap -sS [host] // SYN Stealth Scan
nmap -sU [host] // UDP Scan
nmap -sT [host] // TCP Connect() Scan
nmap -sN [host] // TCP Null Scan
nmap -sF [host] // TCP FIN Scan
#2 Nmap Host Discovery
nmap -sL [host/network] // List Scan - Discover targets by querying DNS or the targets in a network
nmap -sn [host/network] // Ping Scan - Determine if hosts are alive
nmap -Pn [host/network] // Skip host discovery
#3 Nmap Port Scanning
nmap -sC [host] // Script Scan - Execute default nmap noscripts
nmap -p [ports] [host] // Scan specific ports
nmap -F [host] // Fast Scan - Scan for the most commonly used ports
#4 Nmap Advertising Scanning
nmap -oA [filename] [host] // Output scan in all formats
nmap -O [host] // Probe Operating System fingerprints
nmap [host] --traceroute // Trace host hops
#5 Nmap Version Detection
nmap -sV [host] // Show versions of services and OS
nmap -A [host] // Advanced Scan - OS and service version and noscript scanning
nmap --noscript [name] [host] // Execute a custom noscript
#6 Nmap Timing Options
nmap -T[0-5] [host] // Timing for scans
#7 Nmap Firewall/IDS Evasion
nmap --spoof-mac [address] // Changes source MAC address
nmap -D RND:10 [host] // Decoy Scan - Appear to scan from multiple hosts
nmap -f // Fragmented Packets - Fragment Packets
nmap -Pn [host] // Skip host discovery
nmap --data-length [length] // Append random data to packet
#1 Nmap Basic Scanning
nmap -sV [host] // Version Detection, default scan
nmap -sS [host] // SYN Stealth Scan
nmap -sU [host] // UDP Scan
nmap -sT [host] // TCP Connect() Scan
nmap -sN [host] // TCP Null Scan
nmap -sF [host] // TCP FIN Scan
#2 Nmap Host Discovery
nmap -sL [host/network] // List Scan - Discover targets by querying DNS or the targets in a network
nmap -sn [host/network] // Ping Scan - Determine if hosts are alive
nmap -Pn [host/network] // Skip host discovery
#3 Nmap Port Scanning
nmap -sC [host] // Script Scan - Execute default nmap noscripts
nmap -p [ports] [host] // Scan specific ports
nmap -F [host] // Fast Scan - Scan for the most commonly used ports
#4 Nmap Advertising Scanning
nmap -oA [filename] [host] // Output scan in all formats
nmap -O [host] // Probe Operating System fingerprints
nmap [host] --traceroute // Trace host hops
#5 Nmap Version Detection
nmap -sV [host] // Show versions of services and OS
nmap -A [host] // Advanced Scan - OS and service version and noscript scanning
nmap --noscript [name] [host] // Execute a custom noscript
#6 Nmap Timing Options
nmap -T[0-5] [host] // Timing for scans
#7 Nmap Firewall/IDS Evasion
nmap --spoof-mac [address] // Changes source MAC address
nmap -D RND:10 [host] // Decoy Scan - Appear to scan from multiple hosts
nmap -f // Fragmented Packets - Fragment Packets
nmap -Pn [host] // Skip host discovery
nmap --data-length [length] // Append random data to packet
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⚠️List of terms used in the field of hacking.⚠️
⏭Adware − Adware is software designed to force pre-chosen ads to display on your system.
➖ Attack − An attack is an action that is done on a system to get its access and extract sensitive data.
➖ Back door − A back door, or trap door, is a hidden entry to a computing device or software that bypasses security measures, such as logins and password protections.
➖ Bot − A bot is a program that automates an action so that it can be done repeatedly at a much higher rate for a more sustained period than a human operator could do it. For example, sending HTTP, FTP or Telnet at a higher rate or calling noscript to create objects at a higher rate.
➖ Botnet − A botnet, also known as zombie army, is a group of computers controlled without their owners’ knowledge. Botnets are used to send spam or make denial of service attacks.
➖ Brute force attack − A brute force attack is an automated and the simplest kind of method to gain access to a system or website. It tries different combination of usernames and passwords, over and over again, until it gets in.
➖ Buffer Overflow − Buffer Overflow is a flaw that occurs when more data is written to a block of memory, or buffer, than the buffer is allocated to hold.
➖ Clone phishing − Clone phishing is the modification of an existing, legitimate email with a false link to trick the recipient into providing personal information.
➖ Cracker − A cracker is one who modifies the software to access the features which are considered undesirable by the person cracking the software, especially copy protection features.
➖ Denial of service attack (DoS) − A denial of service (DoS) attack is a malicious attempt to make a server or a network resource unavailable to users, usually by temporarily interrupting or suspending the services of a host connected to the Internet.
➖ DDoS − Distributed denial of service attack.
➖ Exploit Kit − An exploit kit is software system designed to run on web servers, with the purpose of identifying software vulnerabilities in client machines communicating with it and exploiting discovered vulnerabilities to upload and execute malicious code on the client.
➖ Exploit − Exploit is a piece of software, a chunk of data, or a sequence of commands that takes advantage of a bug or vulnerability to compromise the security of a computer or network system.
➖ Firewall − A firewall is a filter designed to keep unwanted intruders outside a computer system or network while allowing safe communication between systems and users on the inside of the firewall.
➖ Keystroke logging − Keystroke logging is the process of tracking the keys which are pressed on a computer (and which touchscreen points are used). It is simply the map of a computer/human interface. It is used by gray and black hat hackers to record login IDs and passwords. Keyloggers are usually secreted onto a device using a Trojan delivered by a phishing email.
➖ Logic bomb − A virus secreted into a system that triggers a malicious action when certain conditions are met. The most common version is the time bomb.
➖ Malware − Malware is an umbrella term used to refer to a variety of forms of hostile or intrusive software, including computer viruses, worms, Trojan horses, ransomware, spyware, adware, scareware, and other malicious programs.
➖ Master Program − A master program is the program a black hat hacker uses to remotely transmit commands to infected zombie drones, normally to carry out Denial of Service attacks or spam attacks.
➖ Phishing − Phishing is an e-mail fraud method in which the perpetrator sends out legitimate-looking emails, in an attempt to gather personal and financial information from recipients.
➖ Phreaker − Phreakers are considered the original computer hackers and they are those who break into the telephone network illegally, typically to make free long distance phone calls or to tap phone lines.
⏭Adware − Adware is software designed to force pre-chosen ads to display on your system.
➖ Attack − An attack is an action that is done on a system to get its access and extract sensitive data.
➖ Back door − A back door, or trap door, is a hidden entry to a computing device or software that bypasses security measures, such as logins and password protections.
➖ Bot − A bot is a program that automates an action so that it can be done repeatedly at a much higher rate for a more sustained period than a human operator could do it. For example, sending HTTP, FTP or Telnet at a higher rate or calling noscript to create objects at a higher rate.
➖ Botnet − A botnet, also known as zombie army, is a group of computers controlled without their owners’ knowledge. Botnets are used to send spam or make denial of service attacks.
➖ Brute force attack − A brute force attack is an automated and the simplest kind of method to gain access to a system or website. It tries different combination of usernames and passwords, over and over again, until it gets in.
➖ Buffer Overflow − Buffer Overflow is a flaw that occurs when more data is written to a block of memory, or buffer, than the buffer is allocated to hold.
➖ Clone phishing − Clone phishing is the modification of an existing, legitimate email with a false link to trick the recipient into providing personal information.
➖ Cracker − A cracker is one who modifies the software to access the features which are considered undesirable by the person cracking the software, especially copy protection features.
➖ Denial of service attack (DoS) − A denial of service (DoS) attack is a malicious attempt to make a server or a network resource unavailable to users, usually by temporarily interrupting or suspending the services of a host connected to the Internet.
➖ DDoS − Distributed denial of service attack.
➖ Exploit Kit − An exploit kit is software system designed to run on web servers, with the purpose of identifying software vulnerabilities in client machines communicating with it and exploiting discovered vulnerabilities to upload and execute malicious code on the client.
➖ Exploit − Exploit is a piece of software, a chunk of data, or a sequence of commands that takes advantage of a bug or vulnerability to compromise the security of a computer or network system.
➖ Firewall − A firewall is a filter designed to keep unwanted intruders outside a computer system or network while allowing safe communication between systems and users on the inside of the firewall.
➖ Keystroke logging − Keystroke logging is the process of tracking the keys which are pressed on a computer (and which touchscreen points are used). It is simply the map of a computer/human interface. It is used by gray and black hat hackers to record login IDs and passwords. Keyloggers are usually secreted onto a device using a Trojan delivered by a phishing email.
➖ Logic bomb − A virus secreted into a system that triggers a malicious action when certain conditions are met. The most common version is the time bomb.
➖ Malware − Malware is an umbrella term used to refer to a variety of forms of hostile or intrusive software, including computer viruses, worms, Trojan horses, ransomware, spyware, adware, scareware, and other malicious programs.
➖ Master Program − A master program is the program a black hat hacker uses to remotely transmit commands to infected zombie drones, normally to carry out Denial of Service attacks or spam attacks.
➖ Phishing − Phishing is an e-mail fraud method in which the perpetrator sends out legitimate-looking emails, in an attempt to gather personal and financial information from recipients.
➖ Phreaker − Phreakers are considered the original computer hackers and they are those who break into the telephone network illegally, typically to make free long distance phone calls or to tap phone lines.
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What is a web application? What are Web Threats?
A web application (aka website) is an application based on the client-server model. The server provides the database access and the business logic. It is hosted on a web server. The client application runs on the client web browser. Web applications are usually written in languages such as Java, C#, and VB.Net, PHP, ColdFusion Markup Language, etc. the database engines used in web applications include MySQL, MS SQL Server, PostgreSQL, SQLite, etc.
Most web applications are hosted on public servers accessible via the Internet. This makes them vulnerable to attacks due to easy accessibility. The following are common web application threats.
SQL Injection – the goal of this threat could be to bypass login algorithms, sabotage the data, etc.
Denial of Service Attacks – the goal of this threat could be to deny legitimate users access to the resource
Cross Site Scripting XSS – the goal of this threat could be to inject code that can be executed on the client side browser.
Cookie/Session Poisoning – the goal of this threat is to modify cookies/session data by an attacker to gain unauthorized access.
Form Tampering – the goal of this threat is to modify form data such as prices in e-commerce applications so that the attacker can get items at reduced prices.
Code Injection – the goal of this threat is to inject code such as PHP, Python, etc. that can be executed on the server. The code can install backdoors, reveal sensitive information, etc.
Defacement – the goal of this threat is to modify the page been displayed on a website and redirecting all page requests to a single page that contains the attacker’s message.
A web application (aka website) is an application based on the client-server model. The server provides the database access and the business logic. It is hosted on a web server. The client application runs on the client web browser. Web applications are usually written in languages such as Java, C#, and VB.Net, PHP, ColdFusion Markup Language, etc. the database engines used in web applications include MySQL, MS SQL Server, PostgreSQL, SQLite, etc.
Most web applications are hosted on public servers accessible via the Internet. This makes them vulnerable to attacks due to easy accessibility. The following are common web application threats.
SQL Injection – the goal of this threat could be to bypass login algorithms, sabotage the data, etc.
Denial of Service Attacks – the goal of this threat could be to deny legitimate users access to the resource
Cross Site Scripting XSS – the goal of this threat could be to inject code that can be executed on the client side browser.
Cookie/Session Poisoning – the goal of this threat is to modify cookies/session data by an attacker to gain unauthorized access.
Form Tampering – the goal of this threat is to modify form data such as prices in e-commerce applications so that the attacker can get items at reduced prices.
Code Injection – the goal of this threat is to inject code such as PHP, Python, etc. that can be executed on the server. The code can install backdoors, reveal sensitive information, etc.
Defacement – the goal of this threat is to modify the page been displayed on a website and redirecting all page requests to a single page that contains the attacker’s message.
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Deep_Dive_Exploring_the_Real_world_Value_of_Open_Source_Intelligence.pdf
53.1 MB
🔰#Wiley | Deep Dive: Exploring the Real-world Value of Open Source Intelligence🔰
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Here’s how OTPs work in more detail:
Step 1: The user wants to log in to a website and is asked to enter a username, cell phone number, or email.
Step 2: The server generates an OTP with an expiration time.
Step 3: The server sends the OTP to the user’s device via SMS or email.
Step 4: The user enters the OTP received in the login box.
Step 5-6: The server compares the generated OTP with the one the user entered. If they match, login is granted.
Step 1: The user wants to log in to a website and is asked to enter a username, cell phone number, or email.
Step 2: The server generates an OTP with an expiration time.
Step 3: The server sends the OTP to the user’s device via SMS or email.
Step 4: The user enters the OTP received in the login box.
Step 5-6: The server compares the generated OTP with the one the user entered. If they match, login is granted.
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