Hi my name is jagannath mohanty .i want to tell you my first bounty of hackerone lets jump the bug reported it was user/email enumeration…Continue reading on Medium » (https://medium.com/@jagannathrajput2003/my-first-bounty-in-hackerone-cd8ce37c245?source=rss------bug_bounty-5)
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Medium
My First Bounty in Hackerone
Hi my name is jagannath mohanty .i want to tell you my first bounty of hackerone lets jump the bug reported it was user/email enumeration…
Cryptojacking: a hands-on guide for pentesters
https://www.reddit.com/r/Pentesting/comments/uipesd/cryptojacking_a_handson_guide_for_pentesters/
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https://www.reddit.com/r/Pentesting/comments/uipesd/cryptojacking_a_handson_guide_for_pentesters/
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Cryptojacking: a hands-on guide for pentesters
Posted in r/Pentesting by u/lilahthemeowcat • 3 points and 0 comments
submitted by /u/lilahthemeowcat (https://www.reddit.com/user/lilahthemeowcat)
[link] (https://www.hackingloops.com/cryptojacking-for-pentesters/) [comments] (https://www.reddit.com/r/Pentesting/comments/uipesd/cryptojacking_a_handson_guide_for_pentesters/)
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Reddit
overview for lilahthemeowcat
The u/lilahthemeowcat community on Reddit. Reddit gives you the best of the internet in one place.
hacking: security in practice
alternet for metasploit framework
Does anyone know a better alternative for metasploit for getting payload work I need a reliable framework that can perform any r.c.e
submitted by /u/HumblePoint1763
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alternet for metasploit framework
Does anyone know a better alternative for metasploit for getting payload work I need a reliable framework that can perform any r.c.e
submitted by /u/HumblePoint1763
[link] [comments]
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reddit
alternet for metasploit framework
Does anyone know a better alternative for metasploit for getting payload work I need a reliable framework that can perform any r.c.e
hacking: security in practice
How do I get aimbot for Fortnite
Is there a way to get aimbot for fortnite I don't care if it is banable. Plz help me.
submitted by /u/Hot-Call-3996
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How do I get aimbot for Fortnite
Is there a way to get aimbot for fortnite I don't care if it is banable. Plz help me.
submitted by /u/Hot-Call-3996
[link] [comments]
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reddit
How do I get aimbot for Fortnite
Is there a way to get aimbot for fortnite I don't care if it is banable. Plz help me.
Hacking Articles Tips Tricks Videos Tutorials
Photo
Black Hat Ethical Hacking
Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacks
Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacksPost Views: 32
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Reading Time: 4 Minutes
A flaw in all versions of the popular C standard libraries uClibe and uClibe-ng can allow for DNS poisoning attacks against target devices.
An unpatched Domain Name System (DNS) bug in a popular standard C library can allow attackers to mount DNS poisoning attacks against millions of IoT devices and routers to potentially take control of them, researchers have found.
Researchers at Nozomi Networks Labs discovered the flaw affecting the implementation of DNS in all versions of uClibc and uClibc-ng, popular C standard libraries found in numerous IoT products, they revealed in a blog post this week.
“The flaw is caused by the predictability of transaction IDs included in the DNS requests generated by the library, which may allow attackers to perform DNS poisoning attacks against the target device,” Nozomi’s Giannis Tsaraias and Andrea Palanca wrote in the post.
In a DNS poisoning attack– also known as DNS spoofing and DNS cache poisoning–an attacker deceives a DNS client into accepting a forged response. This forces a program to perform network communications with an arbitrarily defined endpoint instead of the legitimate one.
See Also: Complete Offensive Security and Ethical Hacking Course https://www.blackhatethicalhacking.com/wp-content/uploads/2022/03/Solutions-1.png Numerous Affected DevicesThe scope of the flaw is vast, as major vendors such as Linksys, Netgear and Axis, as well as Linux distributions such as Embedded Gentoo, use uClibe in their devices. Meanwhile, uClibc-ng is a fork specifically designed for OpenWRT, a common OS for routers deployed throughout various critical infrastructure sectors, researchers said. Specific devices impacted by the bug were not disclosed as part of this research.
Moreover, if an attacker mounts a successful DNS poisoning attack on an affected device, they also can perform a subsequent man-in-the-middle attack, researchers said. This is because by poisoning DNS records, they can re-route network communications to a server under their control, researchers said.
“The attacker could then steal and/or manipulate information transmitted by users, and perform other attacks against those devices to completely compromise them,” researchers wrote. “The main issue here is how DNS poisoning attacks can force an authenticated response.”
Researchers are currently working with the maintainer of the uClibe library to develop a fix for the vulnerability, which leaves devices vulnerable, they said. Because of this, Nozomi researchers have declined to disclose specific details of the device on which they were able to reproduce the flaw to keep attackers at bay, they said.
See Also: New Nimbuspwn Linux vulnerability gives hackers root privileges DNS as a TargetNews of the DNS vulnerability brings reminders of last year’s Log4Shell flaw, which sent ripples of concern within the cybersecurity community when it was discovered in December because of its scope. The flaw affects the ubiquitous open-source Apache Log4j framework—found in countless Java apps used across the internet. In fact, a recent report found that the flaw continues to put millions of Java apps at risk, though a patch exists for the flaw.
Though it affects a different set of targets, the DN[...]
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Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacks
Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacksPost Views: 32
Premium Content
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Reading Time: 4 Minutes
A flaw in all versions of the popular C standard libraries uClibe and uClibe-ng can allow for DNS poisoning attacks against target devices.
An unpatched Domain Name System (DNS) bug in a popular standard C library can allow attackers to mount DNS poisoning attacks against millions of IoT devices and routers to potentially take control of them, researchers have found.
Researchers at Nozomi Networks Labs discovered the flaw affecting the implementation of DNS in all versions of uClibc and uClibc-ng, popular C standard libraries found in numerous IoT products, they revealed in a blog post this week.
“The flaw is caused by the predictability of transaction IDs included in the DNS requests generated by the library, which may allow attackers to perform DNS poisoning attacks against the target device,” Nozomi’s Giannis Tsaraias and Andrea Palanca wrote in the post.
In a DNS poisoning attack– also known as DNS spoofing and DNS cache poisoning–an attacker deceives a DNS client into accepting a forged response. This forces a program to perform network communications with an arbitrarily defined endpoint instead of the legitimate one.
See Also: Complete Offensive Security and Ethical Hacking Course https://www.blackhatethicalhacking.com/wp-content/uploads/2022/03/Solutions-1.png Numerous Affected DevicesThe scope of the flaw is vast, as major vendors such as Linksys, Netgear and Axis, as well as Linux distributions such as Embedded Gentoo, use uClibe in their devices. Meanwhile, uClibc-ng is a fork specifically designed for OpenWRT, a common OS for routers deployed throughout various critical infrastructure sectors, researchers said. Specific devices impacted by the bug were not disclosed as part of this research.
Moreover, if an attacker mounts a successful DNS poisoning attack on an affected device, they also can perform a subsequent man-in-the-middle attack, researchers said. This is because by poisoning DNS records, they can re-route network communications to a server under their control, researchers said.
“The attacker could then steal and/or manipulate information transmitted by users, and perform other attacks against those devices to completely compromise them,” researchers wrote. “The main issue here is how DNS poisoning attacks can force an authenticated response.”
Researchers are currently working with the maintainer of the uClibe library to develop a fix for the vulnerability, which leaves devices vulnerable, they said. Because of this, Nozomi researchers have declined to disclose specific details of the device on which they were able to reproduce the flaw to keep attackers at bay, they said.
See Also: New Nimbuspwn Linux vulnerability gives hackers root privileges DNS as a TargetNews of the DNS vulnerability brings reminders of last year’s Log4Shell flaw, which sent ripples of concern within the cybersecurity community when it was discovered in December because of its scope. The flaw affects the ubiquitous open-source Apache Log4j framework—found in countless Java apps used across the internet. In fact, a recent report found that the flaw continues to put millions of Java apps at risk, though a patch exists for the flaw.
Though it affects a different set of targets, the DN[...]
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Black Hat Ethical Hacking
Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacks | Black Hat Ethical Hacking
A flaw in all versions of the popular C standard libraries uClibe and uClibe-ng can allow for DNS poisoning attacks against target devices.
Hacking Articles Tips Tricks Videos Tutorials
Black Hat Ethical Hacking Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacks Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacksPost Views: 32 Premium Content https://www.bl…
S flaw also has a broad scope not only because of the devices it potentially affects, but also because of the inherent importance of DNS to any device connecting over IP, researchers said.
DNS is a hierarchical database that serves the integral purpose of translating a domain name into its related IP address. To distinguish the responses of different DNS requests aside from the usual 5-tuple–source IP, source port, destination IP, destination port, protocol–and the query, each DNS request includes a parameter called “transaction ID.”
The transaction ID is a unique number per request that is generated by the client and added in each request sent. It must be included in a DNS response to be accepted by the client as the valid one for request, researchers noted.
“Because of its relevance, DNS can be a valuable target for attackers,” they observed. See Also: OSINT Tool: MOSINT The Vulnerability and ExploitationResearchers discovered the flaw while reviewing the trace of DNS requests performed by an IoT device, they said. They noticed something abnormal in the pattern of DNS requests from the output of Wireshark. The transaction ID of the request was at first incremental, then reset to the value 0x2, then was incremental again.
“While debugging the related executable, trying to understand the root cause, we eventually noticed that the code responsible for performing the DNS requests was not part of the instructions of the executable itself, but was part of the C standard library in use, namely uClibc 0.9.33.2,” they explained.
Researchers performed a source code review and found that the uClibc library implements DNS requests by calling the internal “__dns_lookup” function, which is located in the source file “/libc/inet/resolv.c.”
Eventually they found fault with some of the lines of code in the library—specifically line #1240, #1260, #1309, #1321 and #1335, to which they could attribute the anomaly in the DNS request pattern, which makes the transaction ID predictable, researchers said.
This predictability creates a scenario in which an an attacker would need to craft a DNS response that contains the correct source port, as well as win the race against the legitimate DNS response incoming from the DNS server to exploit the flaw, researchers said.
“It is likely that the issue can easily be exploited in a reliable way if the operating system is configured to use a fixed or predictable source port,” they explained.
To exploit the flaw also depends on how an OS applies randomization of source port, which means an attacker would have to bruteforce the 16-bit source port value by sending multiple DNS responses, while simultaneously beating the legitimate DNS response, Are u a security researcher? Or a company that writes articles or write ups about Cyber Security, Offensive Security (related to information security in general) that match with our specific audience and is worth sharing?
If you want to express your idea in an article contact us here for a quote: info@blackhatethicalhacking.com
See Also: Darkside hacker group, the group that provides ransomware as a service
Mitigation
Researchers explained, because the bug remains patched on millions of IoT devices, it is not disclosing the specific devices vulnerable to attack. In the interim, Nozomi Networks recommends that network administrators increase their network visibility and security in both IT and Operational Technology environments.
“This vulnerability remains unpatched, however we are working with the maintainer of the library and the broader community in support of finding a solution,” they wrote.
Source: threatpost.com Source Linkhttps://www.blackhatethicalhacking.com/wp-content/uploads/2022/03/Merch-1024x1024.png Recent News* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/05/1ed10a11bb45c273cebc7b8cb492979249bcdcec-90x90.png Security bug in VMWare Workspace ONE could allow access to internal, cloud networks1 day ago
*[...]
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DNS is a hierarchical database that serves the integral purpose of translating a domain name into its related IP address. To distinguish the responses of different DNS requests aside from the usual 5-tuple–source IP, source port, destination IP, destination port, protocol–and the query, each DNS request includes a parameter called “transaction ID.”
The transaction ID is a unique number per request that is generated by the client and added in each request sent. It must be included in a DNS response to be accepted by the client as the valid one for request, researchers noted.
“Because of its relevance, DNS can be a valuable target for attackers,” they observed. See Also: OSINT Tool: MOSINT The Vulnerability and ExploitationResearchers discovered the flaw while reviewing the trace of DNS requests performed by an IoT device, they said. They noticed something abnormal in the pattern of DNS requests from the output of Wireshark. The transaction ID of the request was at first incremental, then reset to the value 0x2, then was incremental again.
“While debugging the related executable, trying to understand the root cause, we eventually noticed that the code responsible for performing the DNS requests was not part of the instructions of the executable itself, but was part of the C standard library in use, namely uClibc 0.9.33.2,” they explained.
Researchers performed a source code review and found that the uClibc library implements DNS requests by calling the internal “__dns_lookup” function, which is located in the source file “/libc/inet/resolv.c.”
Eventually they found fault with some of the lines of code in the library—specifically line #1240, #1260, #1309, #1321 and #1335, to which they could attribute the anomaly in the DNS request pattern, which makes the transaction ID predictable, researchers said.
This predictability creates a scenario in which an an attacker would need to craft a DNS response that contains the correct source port, as well as win the race against the legitimate DNS response incoming from the DNS server to exploit the flaw, researchers said.
“It is likely that the issue can easily be exploited in a reliable way if the operating system is configured to use a fixed or predictable source port,” they explained.
To exploit the flaw also depends on how an OS applies randomization of source port, which means an attacker would have to bruteforce the 16-bit source port value by sending multiple DNS responses, while simultaneously beating the legitimate DNS response, Are u a security researcher? Or a company that writes articles or write ups about Cyber Security, Offensive Security (related to information security in general) that match with our specific audience and is worth sharing?
If you want to express your idea in an article contact us here for a quote: info@blackhatethicalhacking.com
See Also: Darkside hacker group, the group that provides ransomware as a service
Mitigation
Researchers explained, because the bug remains patched on millions of IoT devices, it is not disclosing the specific devices vulnerable to attack. In the interim, Nozomi Networks recommends that network administrators increase their network visibility and security in both IT and Operational Technology environments.
“This vulnerability remains unpatched, however we are working with the maintainer of the library and the broader community in support of finding a solution,” they wrote.
Source: threatpost.com Source Linkhttps://www.blackhatethicalhacking.com/wp-content/uploads/2022/03/Merch-1024x1024.png Recent News* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/05/1ed10a11bb45c273cebc7b8cb492979249bcdcec-90x90.png Security bug in VMWare Workspace ONE could allow access to internal, cloud networks1 day ago
*[...]
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Hacking Articles Tips Tricks Videos Tutorials
S flaw also has a broad scope not only because of the devices it potentially affects, but also because of the inherent importance of DNS to any device connecting over IP, researchers said. DNS is a hierarchical database that serves the integral purpose of…
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The post Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacks first appeared on Black Hat Ethical Hacking.
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* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/05/1614322146_pexels-kevin-ku-577585-scaled-90x90.jpg Open source ‘Package Analysis’ tool finds malicious npm, PyPI packages3 days ago
* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/04/supply-chain-attack-90x90.jpg Socket: New tool uses a new, proactive defense against OSS supply chain attacks6 days ago
* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/04/github-90x90.jpg GitHub: How stolen OAuth tokens helped breach dozens of orgs1 week ago
* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/04/Figure-6-Our-exploit-implemented-and-winning-the-TOCTOU-race-90x90.png New Nimbuspwn Linux vulnerability gives hackers root privileges1 week ago
* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/04/ezgif.com-gif-maker-6-90x90.jpg Lapsus$ Hackers Target T-Mobile1 week ago
* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/04/ezgif.com-gif-maker-5-90x90.jpg Log4Shell vulnerability in AWS allows full host takeover1 week ago
* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/04/New-Java-Framework-Vulnerability-and-Mitigations-90x90.jpg Java encryption implementation error made it trivial to forge credentials2 weeks ago
* https://www.blackhatethicalhacking.com/wp-content/uploads/2022/04/ezgif.com-gif-maker-3-90x90.jpg CISA warns of attackers now exploiting Windows Print Spooler bug2 weeks ago
The post Zero-day bug in uClibc library could leave IoT devices vulnerable to DNS poisoning attacks first appeared on Black Hat Ethical Hacking.
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API Security Checklist
https://www.reddit.com/r/redteamsec/comments/uitn20/api_security_checklist/
APIs come in many flavors, including REST, SOAP, graphQL, gRPC, and WebSockets, and each has its own use cases and common vulnerabilities. The issues covered in this checklist can occur in any kind of API. Regardless of which technology you have used to implement your API, read on to find out what you can do today to address the biggest potential risks associated with it. https://www.wallarm.com/resources/api-security-checklist submitted by /u/Derrick_Wallarm (https://www.reddit.com/user/Derrick_Wallarm)
[link] (https://www.reddit.com/r/redteamsec/comments/uitn20/api_security_checklist/) [comments] (https://www.reddit.com/r/redteamsec/comments/uitn20/api_security_checklist/)
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https://www.reddit.com/r/redteamsec/comments/uitn20/api_security_checklist/
APIs come in many flavors, including REST, SOAP, graphQL, gRPC, and WebSockets, and each has its own use cases and common vulnerabilities. The issues covered in this checklist can occur in any kind of API. Regardless of which technology you have used to implement your API, read on to find out what you can do today to address the biggest potential risks associated with it. https://www.wallarm.com/resources/api-security-checklist submitted by /u/Derrick_Wallarm (https://www.reddit.com/user/Derrick_Wallarm)
[link] (https://www.reddit.com/r/redteamsec/comments/uitn20/api_security_checklist/) [comments] (https://www.reddit.com/r/redteamsec/comments/uitn20/api_security_checklist/)
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reddit
API Security Checklist
APIs come in many flavors, including REST, SOAP, graphQL, gRPC, and WebSockets, and each has its own use cases and common vulnerabilities. The...
My Pentest Log -17 - (Stack Trace in ASP.NET)
https://hcibo.medium.com/my-pentest-log-17-stack-trace-in-asp-net-1ceb9ed5a128?source=rss------bug_bounty-5
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https://hcibo.medium.com/my-pentest-log-17-stack-trace-in-asp-net-1ceb9ed5a128?source=rss------bug_bounty-5
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Medium
My Pentest Log -17 - (Stack Trace in ASP.NET)
Greetings from Perama to all,
Greetings from Perama to all,Continue reading on Medium » (https://hcibo.medium.com/my-pentest-log-17-stack-trace-in-asp-net-1ceb9ed5a128?source=rss------bug_bounty-5)
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Medium
My Pentest Log -17 - (Stack Trace in ASP.NET)
Greetings from Perama to all,
https://b.thumbs.redditmedia.com/0sK7b9b4LpdVJEe1ZGirUovJA2uegpQbwd2nqiOJ6MM.jpg (in Wireshark) I followed TCP stream between two ip addresses and got this. I'm wondering why there are two addresses in the end. is one address redirecting another? what's the overall idea can we get from this. I'm really new to this thanks.
https://preview.redd.it/n77nzm4h1mx81.png?width=998&format=png&auto=webp&s=73ac4b097bd665257a510db99d5ced8e676c77a1
submitted by /u/lowiqstudent69
[link] [comments]
https://preview.redd.it/n77nzm4h1mx81.png?width=998&format=png&auto=webp&s=73ac4b097bd665257a510db99d5ced8e676c77a1
submitted by /u/lowiqstudent69
[link] [comments]
hacking: security in practice
Struggling on this puzzle; What kind of encryption algorithm is this?
I have now spent a good 20 hours on this and cannot seem to figure out what encryption algorithm this is:
Key [HEX]: d17f1eb045
Encrypted Message [HEX]: 21fe382d153cb673f37bbdc482e3329fea5bc1c256aa698e6b98618d3c57ada1808e73913774bc50d25d79c4d7f9f837e91a5c75d2f480f048fe008436457ba6832d74663c7d594ce613ca80e10745f9c7c57f17ce259f513999abb2b21acdb2c893fe730cc420
Looking forward to see the geniuses crack this.
submitted by /u/Soccer_Writer
[link] [comments]
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Struggling on this puzzle; What kind of encryption algorithm is this?
I have now spent a good 20 hours on this and cannot seem to figure out what encryption algorithm this is:
Key [HEX]: d17f1eb045
Encrypted Message [HEX]: 21fe382d153cb673f37bbdc482e3329fea5bc1c256aa698e6b98618d3c57ada1808e73913774bc50d25d79c4d7f9f837e91a5c75d2f480f048fe008436457ba6832d74663c7d594ce613ca80e10745f9c7c57f17ce259f513999abb2b21acdb2c893fe730cc420
Looking forward to see the geniuses crack this.
submitted by /u/Soccer_Writer
[link] [comments]
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reddit
Struggling on this puzzle; What kind of encryption algorithm is this?
I have now spent a good 20 hours on this and cannot seem to figure out what encryption algorithm this is: Key \[HEX\]: d17f1eb045 Encrypted ...
hacking: security in practice
Is there any way to hack a Canary camera to give it a custom firmware?
I'm sick of having features taken away and it's definitely not a company I want to give my money to.
submitted by /u/Piratey_Pirate
[link] [comments]
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Is there any way to hack a Canary camera to give it a custom firmware?
I'm sick of having features taken away and it's definitely not a company I want to give my money to.
submitted by /u/Piratey_Pirate
[link] [comments]
___________________________
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reddit
Is there any way to hack a Canary camera to give it a custom firmware?
I'm sick of having features taken away and it's definitely not a company I want to give my money to.
Hacking Articles Tips Tricks Videos Tutorials
Photo
hacking: security in practice
Open Source Tool for Code Security (many tools in one)
Hi,
Want to present my Open Source tool to Pentest Code/Scan code (many tools in one platform)
Project Website:
https://www.scanmycode.today/
I am the developer of this tool.
Code is on GitHub, with Docker and DockerHub images (for fast installation).
Let me know your comments/features ideas.
Thanks,
submitted by /u/marcinguy
[link] [comments]
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Open Source Tool for Code Security (many tools in one)
Hi,
Want to present my Open Source tool to Pentest Code/Scan code (many tools in one platform)
Project Website:
https://www.scanmycode.today/
I am the developer of this tool.
Code is on GitHub, with Docker and DockerHub images (for fast installation).
Let me know your comments/features ideas.
Thanks,
submitted by /u/marcinguy
[link] [comments]
___________________________
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@Hacking_Video
reddit
Open Source Tool for Code Security (many tools in one)
Hi, Want to present my Open Source tool to Pentest Code/Scan code (many tools in one platform) Project...