Why did the password manager break up with the password?
Because it wasn't secure enough! 🙈😂
Happy World Password Day!
Today is a great reminder to prioritise strong and secure passwords to protect your personal and financial information online.
Password managers like LastPass,
1Password,
Dashlane,
KeePass,
and Bitwarden
can help you generate and store secure passwords for all your accounts.
Because it wasn't secure enough! 🙈😂
Happy World Password Day!
Today is a great reminder to prioritise strong and secure passwords to protect your personal and financial information online.
Password managers like LastPass,
1Password,
Dashlane,
KeePass,
and Bitwarden
can help you generate and store secure passwords for all your accounts.
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Programming languages and their uses in Ethical hacking :
Programming languages are essential tools for ethical hackers. They are used for tasks such as vulnerability testing, penetration testing, and developing exploits. Here are some programming languages that are commonly used in ethical hacking and their specific uses:
Python: Python is a high-level programming language that is easy to learn and widely used in the field of cybersecurity. It is used for tasks such as penetration testing, reverse engineering, and noscripting. Python has a large community of developers who create and maintain libraries that can be used for security purposes, such as Scapy for packet manipulation, PyCrypto for encryption and decryption, and BeautifulSoup for web scraping.
Ruby: Ruby is another high-level programming language that is popular in the cybersecurity community. It is used for developing exploits and automating tasks. Metasploit, one of the most widely used penetration testing tools, is written in Ruby.
C/C++: C and C++ are low-level programming languages that are used for writing exploits and developing rootkits. They are also used for reverse engineering and vulnerability testing. Many of the tools used in ethical hacking, such as Nmap, Wireshark, and Tcpdump, are written in C/C++.
JavaScript: JavaScript is a popular noscripting language that is used for web application security testing. It is used for tasks such as cross-site noscripting (XSS) and cross-site request forgery (CSRF) testing. Many web-based security tools, such as Burp Suite, are written in JavaScript.
Bash: Bash is a shell noscripting language that is used for automating tasks and creating custom noscripts. It is commonly used for tasks such as password cracking and network scanning.
SQL: SQL is a database programming language that is used for exploiting and testing SQL injection vulnerabilities in web applications.
In addition to these languages, there are many other programming languages that can be used in ethical hacking, such as Perl, PHP, and Java. The choice of programming language will depend on the specific task at hand and the preference of the individual ethical hacker.
Programming languages are essential tools for ethical hackers. They are used for tasks such as vulnerability testing, penetration testing, and developing exploits. Here are some programming languages that are commonly used in ethical hacking and their specific uses:
Python: Python is a high-level programming language that is easy to learn and widely used in the field of cybersecurity. It is used for tasks such as penetration testing, reverse engineering, and noscripting. Python has a large community of developers who create and maintain libraries that can be used for security purposes, such as Scapy for packet manipulation, PyCrypto for encryption and decryption, and BeautifulSoup for web scraping.
Ruby: Ruby is another high-level programming language that is popular in the cybersecurity community. It is used for developing exploits and automating tasks. Metasploit, one of the most widely used penetration testing tools, is written in Ruby.
C/C++: C and C++ are low-level programming languages that are used for writing exploits and developing rootkits. They are also used for reverse engineering and vulnerability testing. Many of the tools used in ethical hacking, such as Nmap, Wireshark, and Tcpdump, are written in C/C++.
JavaScript: JavaScript is a popular noscripting language that is used for web application security testing. It is used for tasks such as cross-site noscripting (XSS) and cross-site request forgery (CSRF) testing. Many web-based security tools, such as Burp Suite, are written in JavaScript.
Bash: Bash is a shell noscripting language that is used for automating tasks and creating custom noscripts. It is commonly used for tasks such as password cracking and network scanning.
SQL: SQL is a database programming language that is used for exploiting and testing SQL injection vulnerabilities in web applications.
In addition to these languages, there are many other programming languages that can be used in ethical hacking, such as Perl, PHP, and Java. The choice of programming language will depend on the specific task at hand and the preference of the individual ethical hacker.
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How to Surf Internet Anonymously :
Use a virtual private network (VPN): A VPN allows you to create a secure and encrypted connection to the internet, which can help to keep your browsing activity private. When you use a VPN, your internet traffic is routed through a remote server, which masks your IP address and encrypts your data. This makes it much harder for anyone to track your online activity.
Use Tor Browser: The Tor Browser is a free, open-source web browser that uses the Tor network to route your internet traffic through a series of encrypted relays. This makes it very difficult for anyone to trace your online activity back to your computer.
Use a private browsing mode: Most web browsers offer a private browsing mode, which can help to keep your browsing activity private. When you use a private browsing mode, your browser doesn't store cookies, temporary files, or browsing history. However, it's important to note that private browsing mode doesn't make you completely anonymous, as your internet service provider (ISP) can still see your activity.
Use a privacy-focused search engine: Traditional search engines like Google and Bing store your search history and other personal data. Using a privacy-focused search engine like DuckDuckGo or StartPage can help to keep your searches private.
Thanks for Reading ❤️
Use a virtual private network (VPN): A VPN allows you to create a secure and encrypted connection to the internet, which can help to keep your browsing activity private. When you use a VPN, your internet traffic is routed through a remote server, which masks your IP address and encrypts your data. This makes it much harder for anyone to track your online activity.
Use Tor Browser: The Tor Browser is a free, open-source web browser that uses the Tor network to route your internet traffic through a series of encrypted relays. This makes it very difficult for anyone to trace your online activity back to your computer.
Use a private browsing mode: Most web browsers offer a private browsing mode, which can help to keep your browsing activity private. When you use a private browsing mode, your browser doesn't store cookies, temporary files, or browsing history. However, it's important to note that private browsing mode doesn't make you completely anonymous, as your internet service provider (ISP) can still see your activity.
Use a privacy-focused search engine: Traditional search engines like Google and Bing store your search history and other personal data. Using a privacy-focused search engine like DuckDuckGo or StartPage can help to keep your searches private.
Thanks for Reading ❤️
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The_Industrial_Internet_of_Things_IIoT_Intelligent.pdf
27.5 MB
The Industrial Internet of Things
R. Anandan, 2022
R. Anandan, 2022
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Rise_of_Generative_AI_and_ChatGPT.pdf
5.2 MB
Rise of Generative AI and ChatGPT
Utpal Chakraborty, 2023
Utpal Chakraborty, 2023
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Mastering_VMware_Horizon_8_An_Advanced_Guide_to.pdf
65.7 MB
Mastering VMware Horizon 8
Peter von Oven, 2021
Peter von Oven, 2021
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Top 50 Linux Commands You Must Know as a Regular User...
1. ls - view contents of directory (list)
2. pwd - path of the current directory
3. cd - change directoryn
4. mkdir - make new directory
5. mv - move files / rename files
6. cp - copy files
7. rm - remove files
8. touch - create blank new file
9. rmdir - delete directory
10. cat - list content of file to terminal
11. clear - clear terminal window
12. echo - move data into a file
13. less - Read text file one screen at a time
14. man - show manual of Linux commands
15. sudo - enables you to perform tasks that require administrative or root permissions
16. top - task manager in terminal
17. tar - used to archive multiple files into a tarball
18. grep - used to searching words in specific files
19. head - view first lines of any text file
20. tail - view last lines of any text file
21. diff - compares the contents of two files line by line
22. kill - used for killing unresponsive program
23. jobs - display all current jobs along with their statuses
24. sort - is a command line utility for sorting lines of text files
25. df - info about system disk
26. du - check how much space a file or directory takes
27. zip - to compress your files into a zip archive
28. unzip - to extract the zipped files from a zip archive
29. ssh - a secure encrypted connection between two hosts over and insecure network
30. cal - shows calendar
31. apt - command line tool for interaction with packaging system
32. alias - custom shortcuts used to represent a command
33. w - current user info
34. whereis - used to locate the binary, source, manual page files
35. whatis - used to get one-line man page denoscription
36. useradd - used to create a new user
37. passwd - used to changing password of current user
38. whoami - print current user
39. uptime - print current time when machine starts
40. free - print free disk space info
41. history - print used commands history
42. uname - print detailed information about your Linux system
43. ping - to check connectivity status to a server
44. chmod - to change permissions of files and directories
45. chown - to change ownership of files and directories
46. find - using find searches for files and directories
47. locate - used to locate a file, just like the search command in Windows
48. ifconfig - print ip address stuff
49. ip a - similar to ifconfig but shortest print
50. finger - gives you a short dump of info about a user
1. ls - view contents of directory (list)
2. pwd - path of the current directory
3. cd - change directoryn
4. mkdir - make new directory
5. mv - move files / rename files
6. cp - copy files
7. rm - remove files
8. touch - create blank new file
9. rmdir - delete directory
10. cat - list content of file to terminal
11. clear - clear terminal window
12. echo - move data into a file
13. less - Read text file one screen at a time
14. man - show manual of Linux commands
15. sudo - enables you to perform tasks that require administrative or root permissions
16. top - task manager in terminal
17. tar - used to archive multiple files into a tarball
18. grep - used to searching words in specific files
19. head - view first lines of any text file
20. tail - view last lines of any text file
21. diff - compares the contents of two files line by line
22. kill - used for killing unresponsive program
23. jobs - display all current jobs along with their statuses
24. sort - is a command line utility for sorting lines of text files
25. df - info about system disk
26. du - check how much space a file or directory takes
27. zip - to compress your files into a zip archive
28. unzip - to extract the zipped files from a zip archive
29. ssh - a secure encrypted connection between two hosts over and insecure network
30. cal - shows calendar
31. apt - command line tool for interaction with packaging system
32. alias - custom shortcuts used to represent a command
33. w - current user info
34. whereis - used to locate the binary, source, manual page files
35. whatis - used to get one-line man page denoscription
36. useradd - used to create a new user
37. passwd - used to changing password of current user
38. whoami - print current user
39. uptime - print current time when machine starts
40. free - print free disk space info
41. history - print used commands history
42. uname - print detailed information about your Linux system
43. ping - to check connectivity status to a server
44. chmod - to change permissions of files and directories
45. chown - to change ownership of files and directories
46. find - using find searches for files and directories
47. locate - used to locate a file, just like the search command in Windows
48. ifconfig - print ip address stuff
49. ip a - similar to ifconfig but shortest print
50. finger - gives you a short dump of info about a user
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⚡️ Bypass Censorship and Filtering? ⚡️
1. Simplest Solution: Use a VPN
Connect to a virtual private network and all traffic coming from your computer will be redirected over that VPN. In other words, if you’re connected to a VPN located in Iceland, all your network traffic will be redirected to Iceland before it emerges. Replies will be send to the server in Iceland, which will forward them back to you. This all happens over an encrypted connection. All your ISP, network operator, or even your country’s government can see is that you’re making an encrypted VPN connection and sending data over the connection. If they want to block you, they’d have to block VPN connections.
2. DNS Server
This method is the least likely to work, but it’s worth covering here. Some Internet service providers have implemented filtering by changing their DNS servers to redirect requests for the blocked websites to another website. Some places that filter their Internet connections may use something like the web filtering solution offered by OpenDNS.
Assuming the filtering is just at the DNS level and requests to other DNS servers aren’t being blocked, you can get around the filtering by setting a custom DNS server on your device. This overrides and bypasses the default DNS server controlled by your Internet service provider or the organization running the network. Use something like Google Public DNS and you’ll know no DNS-level filtering is taking place.
3. Tor
Tor allows you to browse anonymously. It does this by routing your web browsing over and encrypted network before it emerges at an endpoint, which will likely be in an uncensored, unfiltered location. You shouldn’t use Tor to access sensitive, unencrypted data, but Tor will let you access blocked websites on any connection.
Tor’s developers are fighting a long, unending battle with regimes that attempt to block it, such as Iran. Tor may work even if standard VPNs, proxies, and SSH tunnels won’t.
Note that Tor does have a big downside — it’s much, much slower than typical web browsing. It will allow you to access blocked websites, but it shouldn’t be used for all your day-to-day browsing unless you’re a dissident living in Iran or China.
4. Proxy
Blocked sites can also be accessed using a standard proxy. System-wide (or browser-wide) proxies generally function similarly to VPNs, but they’re not as reliable — for example, they only work with certain programs, not every program on your computer. If you want to pay for a service and send all your traffic over it, you’re better off with a VPN.
However, if you want to quickly access a blocked website, you can try using a web-based proxy. There are many available, including the widely known Hide My Ass. Plug a website’s address into the box on the website and you can access it via the proxy.
This won’t always work, as the proxy itself may be blocked. It’s also not the best experience, as the proxy itself will add advertisements to the page — they have to pay for their free service somehow. However, if you want to quickly access a single blocked site without installing anything or changing any system settings, this may work for you.
1. Simplest Solution: Use a VPN
Connect to a virtual private network and all traffic coming from your computer will be redirected over that VPN. In other words, if you’re connected to a VPN located in Iceland, all your network traffic will be redirected to Iceland before it emerges. Replies will be send to the server in Iceland, which will forward them back to you. This all happens over an encrypted connection. All your ISP, network operator, or even your country’s government can see is that you’re making an encrypted VPN connection and sending data over the connection. If they want to block you, they’d have to block VPN connections.
2. DNS Server
This method is the least likely to work, but it’s worth covering here. Some Internet service providers have implemented filtering by changing their DNS servers to redirect requests for the blocked websites to another website. Some places that filter their Internet connections may use something like the web filtering solution offered by OpenDNS.
Assuming the filtering is just at the DNS level and requests to other DNS servers aren’t being blocked, you can get around the filtering by setting a custom DNS server on your device. This overrides and bypasses the default DNS server controlled by your Internet service provider or the organization running the network. Use something like Google Public DNS and you’ll know no DNS-level filtering is taking place.
3. Tor
Tor allows you to browse anonymously. It does this by routing your web browsing over and encrypted network before it emerges at an endpoint, which will likely be in an uncensored, unfiltered location. You shouldn’t use Tor to access sensitive, unencrypted data, but Tor will let you access blocked websites on any connection.
Tor’s developers are fighting a long, unending battle with regimes that attempt to block it, such as Iran. Tor may work even if standard VPNs, proxies, and SSH tunnels won’t.
Note that Tor does have a big downside — it’s much, much slower than typical web browsing. It will allow you to access blocked websites, but it shouldn’t be used for all your day-to-day browsing unless you’re a dissident living in Iran or China.
4. Proxy
Blocked sites can also be accessed using a standard proxy. System-wide (or browser-wide) proxies generally function similarly to VPNs, but they’re not as reliable — for example, they only work with certain programs, not every program on your computer. If you want to pay for a service and send all your traffic over it, you’re better off with a VPN.
However, if you want to quickly access a blocked website, you can try using a web-based proxy. There are many available, including the widely known Hide My Ass. Plug a website’s address into the box on the website and you can access it via the proxy.
This won’t always work, as the proxy itself may be blocked. It’s also not the best experience, as the proxy itself will add advertisements to the page — they have to pay for their free service somehow. However, if you want to quickly access a single blocked site without installing anything or changing any system settings, this may work for you.
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Master Linux with in 9 steps:
1. Start using Linux: The best way to learn is by doing. Start using Linux as your primary operating system and get comfortable with it.
2. Read the best books on Linux: There are many great books on Linux that can help you learn more about it. Some of the best ones include “The Linux Command Line” by William Shotts and “Linux Bible” by Christopher Negus.
3. Try different distributions: There are many different distributions of Linux available, each with its own strengths and weaknesses. Try out a few different ones to see which one you like best.
4. Follow essential Linux websites: There are many great websites out there that can help you learn more about Linux. Some of the best ones include “Linux.com”, “Linux Journal”, and “Linux Today”.
5. Learn Linux Shell Scripting: Shell noscripting is an important skill for any Linux user to have. It allows you to automate tasks and make your life easier.
6. Join the Linux forums: The Linux community is very helpful and supportive. Joining a forum can help you get answers to your questions and learn more about Linux.
7. Google errors: When you encounter an error, don’t panic! Just Google it and you’ll likely find a solution.
8. Start using Arch Linux: Arch Linux is a great distribution for advanced users who want more control over their system.
9. Don’t stop there, repeat: Keep learning! The more you use Linux, the more you’ll learn about it.
1. Start using Linux: The best way to learn is by doing. Start using Linux as your primary operating system and get comfortable with it.
2. Read the best books on Linux: There are many great books on Linux that can help you learn more about it. Some of the best ones include “The Linux Command Line” by William Shotts and “Linux Bible” by Christopher Negus.
3. Try different distributions: There are many different distributions of Linux available, each with its own strengths and weaknesses. Try out a few different ones to see which one you like best.
4. Follow essential Linux websites: There are many great websites out there that can help you learn more about Linux. Some of the best ones include “Linux.com”, “Linux Journal”, and “Linux Today”.
5. Learn Linux Shell Scripting: Shell noscripting is an important skill for any Linux user to have. It allows you to automate tasks and make your life easier.
6. Join the Linux forums: The Linux community is very helpful and supportive. Joining a forum can help you get answers to your questions and learn more about Linux.
7. Google errors: When you encounter an error, don’t panic! Just Google it and you’ll likely find a solution.
8. Start using Arch Linux: Arch Linux is a great distribution for advanced users who want more control over their system.
9. Don’t stop there, repeat: Keep learning! The more you use Linux, the more you’ll learn about it.
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Mastering_Blockchain_Unlocking_the_Power_of_Crypto.pdf
16.6 MB
Mastering Blockchain
Lorne Lantz, 2020
Lorne Lantz, 2020
Vulkan_Programming_Guide_The_Official_Guide_to.pdf
17.2 MB
Vulkan Programming Guide
Graham Sellers, 2016
Graham Sellers, 2016
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Mastering_Go_Network_Automation.pdf
4.3 MB
Mastering Go Network Automation: Automating Networks, Container Orchestration, Kubernetes with Puppet, Vegeta and Apache JMeter (2023)
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