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Rethink Network Access with Perimeter 81: a ZTNA Leader
Perimeter 81, a Secure Access Service Edge (SASE) platform, was named an industry leader in the Zero Trust Network Access (ZTNA) category of the Q3 2021 Forrester New Wavehttps://s.w.org/images/core/emoji/13.1.0/72x72/2122.png report. The platform earned the highest scores possible in the non-web and legacy apps, client support, product vision, and planned enhancements criteria.
The Perimeter 81 platform is distinguished among those of other ZTNA service vendors for its streamlined onboarding, excellent 24/7 customer support, and dedication to making rapid improvements to the platform.
Perimeter 81 is committed to enabling companies of all sizes, across all industries, to finally break free from fragmented, legacy hardware-based network access solutions and securely empower their cloud-based, “work from anywhere” organizations.
What Is Zero Trust Network Access and Why Does It Matter?
With Perimeter 81 named a ZTNA leader, you might be wondering how you can use such a platform to improve your business’s network security and cybersecurity. So, let’s take a closer look at what exactly ZTNA is and why companies should be using platforms like Perimeter 81 to implement it. ZTNA: an alternative to VPNsBoth VPNs and Zero Trust Network Access platforms hide the IP addresses of users and provide secure, anonymous access to online business networks from anywhere in the world. However, some cybersecurity experts have pointed out that many VPN service providers have been slow to adapt and evolve in an increasingly cloud-based digital market.
ZTNA vendors, on the other hand, provide fully cloud-based network access with more flexibility and more centralized network access control options. It’s important to note that Zero Trust Network Access is not a term that refers to one specific type of product but rather to a concept or a particular set of capabilities that various ZTNA products provide. ZTNA vs. VPN securityAs we already mentioned, both ZTNA platforms and VPNs serve similar purposes. But, VPNs provide users with access to a full LAN network, whereas ZTNA services only provide users with access to very specific apps and services for which system administrators grant them access. This makes corporations who use ZTNA over VPNs for network security less prone to lateral cyber attacks by reducing the potential attack surface.
In short, Zero Trust Network Access technologies take a user-to-app approach to network security rather than a user-to-network approach. This reduces cybersecurity risks to corporate networks from individual, unsecured devices, which can only connect to specific applications instead of the whole network. What is Perimeter 81?Since its founding in 2018, Perimeter 81 has been a leading company in the Secure Access Service Edge and Zero Trust Network Access industries. Its standing as a ZTNA leader is recognized by Forrester’s 2021 Q3 New Wavehttps://s.w.org/images/core/emoji/13.1.0/72x72/2122.png report. Additionally, Perimeter 81 has been recognized for various other awards, including for Deloitte’s Technology Fast 500, Gartner’s Cool Vendor, Red Herring’s Top 100, and CRN’s Emerging Vendor awards, among others.
Perimeter 81’s ZTNA services are helping thousands of businesses of all sizes and across all industries achieve higher levels of cyber and network security more efficiently and cost-effectively. The platform does so by providing full cloud-based secure access solutions, allowing enterprises to ditch their ancient network architectures and hardware-based security tools.
Regarding their recent recognition by Forrester’s New Wavehttps://s.w.org/images/core/emoji/13.1.0/72x72/2122.png report, Perimeter 81 CEO Amit Bareket said, “We are thrilled that Forrester has named Pe[...]
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Rethink Network Access with Perimeter 81: a ZTNA Leader
Perimeter 81, a Secure Access Service Edge (SASE) platform, was named an industry leader in the Zero Trust Network Access (ZTNA) category of the Q3 2021 Forrester New Wavehttps://s.w.org/images/core/emoji/13.1.0/72x72/2122.png report. The platform earned the highest scores possible in the non-web and legacy apps, client support, product vision, and planned enhancements criteria.
The Perimeter 81 platform is distinguished among those of other ZTNA service vendors for its streamlined onboarding, excellent 24/7 customer support, and dedication to making rapid improvements to the platform.
Perimeter 81 is committed to enabling companies of all sizes, across all industries, to finally break free from fragmented, legacy hardware-based network access solutions and securely empower their cloud-based, “work from anywhere” organizations.
What Is Zero Trust Network Access and Why Does It Matter?
With Perimeter 81 named a ZTNA leader, you might be wondering how you can use such a platform to improve your business’s network security and cybersecurity. So, let’s take a closer look at what exactly ZTNA is and why companies should be using platforms like Perimeter 81 to implement it. ZTNA: an alternative to VPNsBoth VPNs and Zero Trust Network Access platforms hide the IP addresses of users and provide secure, anonymous access to online business networks from anywhere in the world. However, some cybersecurity experts have pointed out that many VPN service providers have been slow to adapt and evolve in an increasingly cloud-based digital market.
ZTNA vendors, on the other hand, provide fully cloud-based network access with more flexibility and more centralized network access control options. It’s important to note that Zero Trust Network Access is not a term that refers to one specific type of product but rather to a concept or a particular set of capabilities that various ZTNA products provide. ZTNA vs. VPN securityAs we already mentioned, both ZTNA platforms and VPNs serve similar purposes. But, VPNs provide users with access to a full LAN network, whereas ZTNA services only provide users with access to very specific apps and services for which system administrators grant them access. This makes corporations who use ZTNA over VPNs for network security less prone to lateral cyber attacks by reducing the potential attack surface.
In short, Zero Trust Network Access technologies take a user-to-app approach to network security rather than a user-to-network approach. This reduces cybersecurity risks to corporate networks from individual, unsecured devices, which can only connect to specific applications instead of the whole network. What is Perimeter 81?Since its founding in 2018, Perimeter 81 has been a leading company in the Secure Access Service Edge and Zero Trust Network Access industries. Its standing as a ZTNA leader is recognized by Forrester’s 2021 Q3 New Wavehttps://s.w.org/images/core/emoji/13.1.0/72x72/2122.png report. Additionally, Perimeter 81 has been recognized for various other awards, including for Deloitte’s Technology Fast 500, Gartner’s Cool Vendor, Red Herring’s Top 100, and CRN’s Emerging Vendor awards, among others.
Perimeter 81’s ZTNA services are helping thousands of businesses of all sizes and across all industries achieve higher levels of cyber and network security more efficiently and cost-effectively. The platform does so by providing full cloud-based secure access solutions, allowing enterprises to ditch their ancient network architectures and hardware-based security tools.
Regarding their recent recognition by Forrester’s New Wavehttps://s.w.org/images/core/emoji/13.1.0/72x72/2122.png report, Perimeter 81 CEO Amit Bareket said, “We are thrilled that Forrester has named Pe[...]
___________________________
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@Hacking_Video
Kali Linux Tutorials
Rethink Network Access with Perimeter 81: a ZTNA Leader - Kali Linux Tutorials
Perimeter 81, a Secure Access Service Edge (SASE) platform, was named an industry leader in the Zero Trust Network Access (ZTNA) category of the Q3 2021 Forrester New Wave™ report. The platform earned the highest scores possible in the non-web and legacy…
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ImpulsiveDLLHijack : C# Based Tool Which Automates The Process Of Discovering And Exploiting DLL Hijacks In Target Binaries
ImpulsiveDLLHijack is a C# based tool which automates the process of discovering and exploiting DLL Hijacks in target binaries. The Hijacked paths discovered can later be weaponized during RedTeam Operations to evade EDR’s.
Methodological Approach
The tool basically acts on automating following stages performed for DLL Hijacking:
* Discovery – Finding Potentially Vulnerable DLL Hijack paths
* Exploitation – Confirming whether the Confirmatory DLL was been loaded from the Hijacked path leading to a confirmation of 100% exploitable DLL Hijack!
Discovery Methodology
* Provide Target binary path to ImpulsiveDLLHijack.exe
* Automation of ProcMon along with the execution of Target binary to find Potentially Vulnerable DLL Hijackable paths.
Exploitation Methodology
* Parse Potentially Vulnerable DLL Hijack paths from CSV generated automatically via ProcMon.
* Copy the Confirmatory DLL (as per the PE architecture) to the hijack paths one by one and execute the Target Binary for predefined time period simultaneously.
* As the DLL hijacking process is in progress following are the outputs which can be gathered from the Hijack Scenario:
* The Confirmatory DLL present on the potentially vulnerable Hijackable Path is loaded by the Target Binary we get following output on the console stating that the DLL Hijack was successful – DLL Hijack Successful -> DLLName: | DLL Hijack Successful -> [Entry Point Not Found – Manual Analysis Required!]: DLL Hijack Successful -> [Entry Point Not Found]: DLL Hijack Successful (if the Hijack was successful)
* DLL Hijack Unuccessful (if the Hijack was unsuccessful)
* DLL Hijack Successful [Entry Point Not Found – Manual Analysis Required] (if the Entry point was not found but can be successful after manual analysis)
* DLL Hijack Successful [Entry Point Not Found] (if the hijack was successful even after the entry point was not found)
* Copy: Access to Path is Denied (Access denied)
**These Confirmed DLL Hijackable paths can later be weaponized during a Red Team Engagement to load a Malicious DLL Implant via a legitimate executable (such as OneDrive,Firefox,MSEdge,”Bring your[...]
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ImpulsiveDLLHijack : C# Based Tool Which Automates The Process Of Discovering And Exploiting DLL Hijacks In Target Binaries
ImpulsiveDLLHijack is a C# based tool which automates the process of discovering and exploiting DLL Hijacks in target binaries. The Hijacked paths discovered can later be weaponized during RedTeam Operations to evade EDR’s.
Methodological Approach
The tool basically acts on automating following stages performed for DLL Hijacking:
* Discovery – Finding Potentially Vulnerable DLL Hijack paths
* Exploitation – Confirming whether the Confirmatory DLL was been loaded from the Hijacked path leading to a confirmation of 100% exploitable DLL Hijack!
Discovery Methodology
* Provide Target binary path to ImpulsiveDLLHijack.exe
* Automation of ProcMon along with the execution of Target binary to find Potentially Vulnerable DLL Hijackable paths.
Exploitation Methodology
* Parse Potentially Vulnerable DLL Hijack paths from CSV generated automatically via ProcMon.
* Copy the Confirmatory DLL (as per the PE architecture) to the hijack paths one by one and execute the Target Binary for predefined time period simultaneously.
* As the DLL hijacking process is in progress following are the outputs which can be gathered from the Hijack Scenario:
* The Confirmatory DLL present on the potentially vulnerable Hijackable Path is loaded by the Target Binary we get following output on the console stating that the DLL Hijack was successful – DLL Hijack Successful -> DLLName: | DLL Hijack Successful -> [Entry Point Not Found – Manual Analysis Required!]: DLL Hijack Successful -> [Entry Point Not Found]: DLL Hijack Successful (if the Hijack was successful)
* DLL Hijack Unuccessful (if the Hijack was unsuccessful)
* DLL Hijack Successful [Entry Point Not Found – Manual Analysis Required] (if the Entry point was not found but can be successful after manual analysis)
* DLL Hijack Successful [Entry Point Not Found] (if the hijack was successful even after the entry point was not found)
* Copy: Access to Path is Denied (Access denied)
**These Confirmed DLL Hijackable paths can later be weaponized during a Red Team Engagement to load a Malicious DLL Implant via a legitimate executable (such as OneDrive,Firefox,MSEdge,”Bring your[...]
___________________________
@hacking_Attack
@Hacking_Video
Kali Linux Tutorials
ImpulsiveDLLHijack : C# Tool Which Automates Process Of Discovering
ImpulsiveDLLHijack is a C# based tool which automates the process of discovering and exploiting DLL Hijacks in target binaries.
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Kali Linux Tutorials Rethink Network Access with Perimeter 81: a ZTNA Leader Perimeter 81, a Secure Access Service Edge (SASE) platform, was named an industry leader in the Zero Trust Network Access (ZTNA) category of the Q3 2021 Forrester New Wavehttps:…
rimeter 81 a leader in Zero Trust Network Access. This recognition validates for us our strategic direction for enabling secure network access in the hybrid workplace. There is one company network called the Internet, and employees need to access networking resources based on who they are and what they need to do — not where they are located.” Sagi Gidali, CPO and Co-Founder of Perimeter 81, had this to add: “The downside of flexible, hybrid work is that it has increased the attack surface of every company. The recent wave of data breaches and ransomware, from the Colonial Pipeline to the T-Mobile breach, has demonstrated that secure access is a must-have for businesses of all types and sizes. As a young, rapidly growing company, we are especially grateful for the industry recognition in The Forrester New Wavehttps://s.w.org/images/core/emoji/13.1.0/72x72/2122.png report and our customers’ high level of enthusiasm. We believe both are a testament to our determination to provide the highest levels of cybersecurity with a relentless commitment to our customers’ success.” Final Thoughts on Implementing Zero Trust Network AccessZTNA technologies are changing the way corporations can allow their employees to work from anywhere in a secure, reliable manner.
Employees need access to specific enterprise apps and systems, and when they are connecting from different WiFi networks around the world, the corporate network faces a higher risk of cyberattacks.
Aging VPN technologies do provide some level of cybersecurity for globally distributed teams, but ZTNA platforms fill the gaps in security even more by providing very strict access control on an as-needed basis. Businesses of all sizes and types can benefit from shifting their corporate network access control to a ZTNA leader like Perimeter 81, a trend which we will no doubt continue to see in the near future.
___________________________
@hacking_Attack
@Hacking_Video
Employees need access to specific enterprise apps and systems, and when they are connecting from different WiFi networks around the world, the corporate network faces a higher risk of cyberattacks.
Aging VPN technologies do provide some level of cybersecurity for globally distributed teams, but ZTNA platforms fill the gaps in security even more by providing very strict access control on an as-needed basis. Businesses of all sizes and types can benefit from shifting their corporate network access control to a ZTNA leader like Perimeter 81, a trend which we will no doubt continue to see in the near future.
___________________________
@hacking_Attack
@Hacking_Video
Hacking Articles Tips Tricks Videos Tutorials
Kali Linux Tutorials ImpulsiveDLLHijack : C# Based Tool Which Automates The Process Of Discovering And Exploiting DLL Hijacks In Target Binaries ImpulsiveDLLHijack is a C# based tool which automates the process of discovering and exploiting DLL Hijacks in…
own LOLBINs” etc.) and bypass State of the art EDR’s as most of them fail to detect DLL Hijacking as assessed by George Karantzas and Constantinos Patsakis as mentioned in there research paper: https://arxiv.org/abs/2108.10422
Prerequisites
* Procmon.exe -> https://docs.microsoft.com/en-us/sysinternals/downloads/procmon
* Custom Confirmatory DLL’s :
* These are DLL files which assist the tool to get the confirmation whether the DLL’s are been successfully loaded from the identified hijack path
* Compiled from the MalDLL project provided above (or use the precompiled binaries if you trust me!)
* 32Bit dll name should be: maldll32.dll
* 64Bit dll name should be: maldll64.dll
* Install NuGet Package:** PeNet** -> https://www.nuget.org/packages/PeNet/ (Prereq while compiling the ImpulsiveDLLHijack project)
Note: i & ii prerequisites should be placed in the ImpulsiveDLLHijacks.exe’s directory itself.
* Build and Setup Information:
* ImpulsiveDLLHijack
* Clone the repository in Visual Studio
* Once project is loaded in Visual Studio go to “Project” –> “Manage NuGet packages” –> Browse for packages and install “PeNet” -> https://www.nuget.org/packages/PeNet/
* Build the project!
* The ImpulsiveDLLHijack.exe will be inside the bin directory.
* And for Confirmatory DLL’s:
* Clone the repository in Visual Studio
* Build the project with x86 and x64
* Rename x86 release as maldll32.dll and x64 release as maldll64.dll
* Setup: Copy the Confirmatory DLL’s (maldll32 & maldll64) in the ImpulsiveDLLHijack.exe directory & then execute ImpulsiveDLLHijack.exe :))
Usage
https://blogger.googleusercontent.com/img/a/AVvXsEhE5SDt7EFXa2X7io9UAKYiqIdaBXMiRIsAj4dEqqRX-mWyUq-U6mLWEpKZQ4DR1bjyydUz4WViX5WM5JjztGZsgmSemsrS9YWUxp74jwIO50k9ChCAMTpdFjjrZDPGDtQySWezs305SRNvkFDD11-sHXxukUWSO2nPzPDh_C1r0Wm0-SRsL3vx35XQ=s799
Examples
* Target Executable: OneDrive.exe
* Stage: Discovery
https://blogger.googleusercontent.com/img/a/AVvXsEgoZJOjZvFRCcyzi87d8ixdNfuSebHMWhpQ5VVdnt5saSGHUtS5Jfmuuy7nSsrU04jyJ5S6h5_9CFuOLpP_vTnIEgwaezTtOlMKIKywIwWNXrZ2NWapx07_GUjNAzrWsukrcyDtMPJQY0wKK0Z6NZpkJBiyXlK978KLjx0lTnTY6lGCdU-2Zapt0Ui_=s1107
Stage: Exploitation
* Successful DLL Hijacks
https://blogger.googleusercontent.com/img/a/AVvXsEjyHW0ilCZM8aTg_82l4yQD95NIQnl11godHxS8ikwQ23WTeQrdFnnYK8xRsaddww53depJvhKnSlSyK16FIEU87yHpy66hmjrZN1cK1_MYNT-46_T73giYYfERFJkmyhn5y4ah0xt4-YCaB9XDQ0OXE6G6xoMpxNHuKYiQpl8mIdNCmpsYr7tm8zqn=s836
Unsuccessful DLL Hijacks:
https://blogger.googleusercontent.com/img/a/AVvXsEgtgCxDoYMFEgLxutf_Bl138RPF3MahSEnQVbZTvQWNf1qBhMJAr6UA-QiKx7ng9ythkVn05XGJV_WU6bxgET4uwyb08ngY4n7k6ToKsv016fwuq9EcxUH9ZKogq-deqFTz_qyyH5W1OCEFQ1TAhj0lCpULjQ7euSU5oxoLNTAu-kT11FYzxv956Vw7=s947
DLL is not loaded as the entry point is not identical! Manual Analysis might make it a successful DLL Hijack :
https://blogger.googleusercontent.com/img/a/AVvXsEhPv1ELdzQZeG3szZ7zbE5O08FG5DMYMVPN1GP1L8VJ9rm61fDLzDiamN_32iZYAjkGMOhEx-EdzqAiD1JZmCZONV4qz0pAAsvGzXVPbVHpVpGHS7ZVeMX7dYR8_ZYOMkXM820K5sUgDRRcXkqTIr5me9oGkfm8GK__BCkSntwIihV2K2DD-7j5IwgD=s1147
DLL Hijack successful even after unidentical entry point!
https://blogger.googleusercontent.com/img/a/AVvXsEgU5WJ5NE5DeTbC_70VGly4-ac3GlCX9BcsTdJcn-CG1wkU9wgbqWNmYKT87KyecTfE6YM_ZqGvJ1uPXcJPliC9bJF6_YFALvBoPfr36PoCtKdGXXo03Nfd3ygw-nqQPH70Ep029jBEyMl3wRFaK1MGb5Wamfcao54tI5pEDbMnq725w0eggbycFokg=s815
Stage: Final Results and Logs
* C:\DLLLogs\output_logs.txt:
https://blogger.googleusercontent.com/img/a/AVvXsEgCuqq9jtfGNzUz24ZutFheLwk96jhz5k3LRwNc2IECR_Yt-DdIfIT0OhS5GcOEcYm-eZc8vXqymFAaX4jJgxV-T1Kro7MTh2s_YeMQwxf2KSZDGCvy-XqrTw0RT1b9yDuanFQehXG1fsL9jqL2u3u7XTLx7jOj6otWD-NQ67kxWfDHk-ZEnN1R9BBD=s1151 Download
___________________________
@hacking_Attack
@Hacking_Video
Prerequisites
* Procmon.exe -> https://docs.microsoft.com/en-us/sysinternals/downloads/procmon
* Custom Confirmatory DLL’s :
* These are DLL files which assist the tool to get the confirmation whether the DLL’s are been successfully loaded from the identified hijack path
* Compiled from the MalDLL project provided above (or use the precompiled binaries if you trust me!)
* 32Bit dll name should be: maldll32.dll
* 64Bit dll name should be: maldll64.dll
* Install NuGet Package:** PeNet** -> https://www.nuget.org/packages/PeNet/ (Prereq while compiling the ImpulsiveDLLHijack project)
Note: i & ii prerequisites should be placed in the ImpulsiveDLLHijacks.exe’s directory itself.
* Build and Setup Information:
* ImpulsiveDLLHijack
* Clone the repository in Visual Studio
* Once project is loaded in Visual Studio go to “Project” –> “Manage NuGet packages” –> Browse for packages and install “PeNet” -> https://www.nuget.org/packages/PeNet/
* Build the project!
* The ImpulsiveDLLHijack.exe will be inside the bin directory.
* And for Confirmatory DLL’s:
* Clone the repository in Visual Studio
* Build the project with x86 and x64
* Rename x86 release as maldll32.dll and x64 release as maldll64.dll
* Setup: Copy the Confirmatory DLL’s (maldll32 & maldll64) in the ImpulsiveDLLHijack.exe directory & then execute ImpulsiveDLLHijack.exe :))
Usage
https://blogger.googleusercontent.com/img/a/AVvXsEhE5SDt7EFXa2X7io9UAKYiqIdaBXMiRIsAj4dEqqRX-mWyUq-U6mLWEpKZQ4DR1bjyydUz4WViX5WM5JjztGZsgmSemsrS9YWUxp74jwIO50k9ChCAMTpdFjjrZDPGDtQySWezs305SRNvkFDD11-sHXxukUWSO2nPzPDh_C1r0Wm0-SRsL3vx35XQ=s799
Examples
* Target Executable: OneDrive.exe
* Stage: Discovery
https://blogger.googleusercontent.com/img/a/AVvXsEgoZJOjZvFRCcyzi87d8ixdNfuSebHMWhpQ5VVdnt5saSGHUtS5Jfmuuy7nSsrU04jyJ5S6h5_9CFuOLpP_vTnIEgwaezTtOlMKIKywIwWNXrZ2NWapx07_GUjNAzrWsukrcyDtMPJQY0wKK0Z6NZpkJBiyXlK978KLjx0lTnTY6lGCdU-2Zapt0Ui_=s1107
Stage: Exploitation
* Successful DLL Hijacks
https://blogger.googleusercontent.com/img/a/AVvXsEjyHW0ilCZM8aTg_82l4yQD95NIQnl11godHxS8ikwQ23WTeQrdFnnYK8xRsaddww53depJvhKnSlSyK16FIEU87yHpy66hmjrZN1cK1_MYNT-46_T73giYYfERFJkmyhn5y4ah0xt4-YCaB9XDQ0OXE6G6xoMpxNHuKYiQpl8mIdNCmpsYr7tm8zqn=s836
Unsuccessful DLL Hijacks:
https://blogger.googleusercontent.com/img/a/AVvXsEgtgCxDoYMFEgLxutf_Bl138RPF3MahSEnQVbZTvQWNf1qBhMJAr6UA-QiKx7ng9ythkVn05XGJV_WU6bxgET4uwyb08ngY4n7k6ToKsv016fwuq9EcxUH9ZKogq-deqFTz_qyyH5W1OCEFQ1TAhj0lCpULjQ7euSU5oxoLNTAu-kT11FYzxv956Vw7=s947
DLL is not loaded as the entry point is not identical! Manual Analysis might make it a successful DLL Hijack :
https://blogger.googleusercontent.com/img/a/AVvXsEhPv1ELdzQZeG3szZ7zbE5O08FG5DMYMVPN1GP1L8VJ9rm61fDLzDiamN_32iZYAjkGMOhEx-EdzqAiD1JZmCZONV4qz0pAAsvGzXVPbVHpVpGHS7ZVeMX7dYR8_ZYOMkXM820K5sUgDRRcXkqTIr5me9oGkfm8GK__BCkSntwIihV2K2DD-7j5IwgD=s1147
DLL Hijack successful even after unidentical entry point!
https://blogger.googleusercontent.com/img/a/AVvXsEgU5WJ5NE5DeTbC_70VGly4-ac3GlCX9BcsTdJcn-CG1wkU9wgbqWNmYKT87KyecTfE6YM_ZqGvJ1uPXcJPliC9bJF6_YFALvBoPfr36PoCtKdGXXo03Nfd3ygw-nqQPH70Ep029jBEyMl3wRFaK1MGb5Wamfcao54tI5pEDbMnq725w0eggbycFokg=s815
Stage: Final Results and Logs
* C:\DLLLogs\output_logs.txt:
https://blogger.googleusercontent.com/img/a/AVvXsEgCuqq9jtfGNzUz24ZutFheLwk96jhz5k3LRwNc2IECR_Yt-DdIfIT0OhS5GcOEcYm-eZc8vXqymFAaX4jJgxV-T1Kro7MTh2s_YeMQwxf2KSZDGCvy-XqrTw0RT1b9yDuanFQehXG1fsL9jqL2u3u7XTLx7jOj6otWD-NQ67kxWfDHk-ZEnN1R9BBD=s1151 Download
___________________________
@hacking_Attack
@Hacking_Video
arXiv.org
An Empirical Assessment of Endpoint Security Systems Against...
Advanced persistent threats pose a significant challenge for blue teams as they apply various attacks over prolonged periods, impeding event correlation and their detection. In this work, we...
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Kali Linux Tutorials
Karma_V2 : A Passive Open Source Intelligence (OSINT) Automated Reconnaissance (Framework)
Karma_V2 can be used by Infosec Researchers, Penetration Testers, Bug Hunters to find deep information, more assets, WAF/CDN bypassed IPs, Internal/External Infra, Publicly exposed leaks and many more about their target. Shodan Premium API key is required to use this automation. Output from the 𝚔𝚊𝚛𝚖𝚊 𝚟𝟸 is displayed to the screen and saved to files/directories.
https://s.w.org/images/core/emoji/13.1.0/72x72/2139.png Regarding Premium Shodan API, Please see the Shodan site for more information.
Shodan website: Shodan Website API : Developer API Features
* Powerful and flexible results via Shodan Dorks
* SSL SHA1 checksum/fingerprint Search
* Only hit In-Scope IPs
* Verify each IP with SSL/TLS certificate issuer match RegEx
* Provide Out-Of-Scope IPs
* Find out all ports including well known/uncommon/dynamic
* Grab all targets vulnerabilities related to CVEs
* Banner grab for each IP, Product, OS, Services & Org etc.
* Grab favicon Icons
* Generate Favicon Hash using python3 mmh3 Module
* Favicon Technology Detection using nuclei custom template
* ASN Scan
* BGP Neighbour
* IPv4 & IPv6 Profixes for ASN
* Interesting Leaks like Indexing, NDMP, SMB, Login, SignUp, OAuth, SSO, Status 401/403/500, VPN, Citrix, Jfrog, Dashboards, OpenFire, Control Panels, WordPress, Laravel, Jetty, S3 Buckets, Cloudfront, Jenkins, Kubernetes, Node Exports, Grafana, RabbitMQ, Containers, GitLab, MongoDB, Elastic, FTP anonymous, Memcached, DNS Recursion, Kibana, Prometheus, Default Passwords, Protected Objects, Moodle, Spring Boot, Django, Jira, Ruby, Secret Key and many more… Installation
Clone the repo
# git clone https://github.com/Dheerajmadhukar/karma_v2.git
Install shodan & mmh3 python module
# python3 -m pip install shodan mmh3
Install JSON Parser [JQ]
#apt install jq -y
Install httprobe @tomnomnom to probe the requests
#GO111MODULE=on go get -v github.com/tomnomnom/httprobe
Install Interlace @codingo to multithread [Follow the codingo interlace repo instructions]
# git clone https://github.com/codingo/Interlace.git & install accordingly.
Install nuclei @projectdiscovery
# GO111MODULE=on go get -v github.com/projectdiscovery/nuclei/v2/cmd/nuclei
Install lolcat
# apt install lolcat -y
. Install anew
# GO111MODULE=on go get -u github.com/tomnomnom/anew
Usage
You can use this command to check help:
$ bash karma_v2 -h https://blogger.googleusercontent.com/img/a/AVvXsEi1WdN5pdQRouRBUw0U9Y6Z4pVCyMJXl8tcy4BYQHmK8nIga928q4fbJZKWKxSmkadFeNqjjpaf0XzyekO1bc6nSqMTvZLcDeWQXoEnSvoTQesgpF87VDz6m_a0fnrQAgslXxv0St796nOfvVjqrNYlWFY-l5-_a7S0R8lAvppUYm5U6b2x5OsOL_r_=s1315
MODEs
MODEExamples-ipbash karma_v2 -d -asnbash karma_v2 -d -cvebash karma_v2 -d -faviconbash karma_v2 -d -leaksbash karma_v2 -d -deepbash karma_v2 -d -countbash karma_v2 -d
Output
output/bugcrowd.com-YYYY-MM-DD/
.
├── ASNs_Detailed_bugcrowd.com.txt
├── Collect
│ ├── host_domain_domain.tld.json.gz
│ ├── ssl_SHA1_12289a814…83029f8944b6088d60204a92e_domain.tld.json.gz
│ ├── ssl_SHA1_17537bf84…73cb1d684a495db7ea5aa611b_domain.tld.json.gz
│ ├── ssl_SHA1_198d6d4ec…681b77585190078b07b37c5e1_domain.tld.json.gz
│ ├── ssl_SHA1_26a9c5618…d60eae2947b42263e154d203f_domain.tld.json.gz
│ ├── ssl_SHA1_3da3825a2…3b852a42470410183adc3b9ee_domain.tld.json.gz
│ ├── ssl_SHA1_4d0eab730…68cf11d2db94cc2454c906532_domain.tld.json.gz
│ ├── ssl_SHA1_8907dab4c…12fdbdd6c445a4a8152f6b7b7_domain.tld.json.gz
│ ├── ssl_SHA1_9a9b99eba…5d[...]
___________________________
@hacking_Attack
@Hacking_Video
Karma_V2 : A Passive Open Source Intelligence (OSINT) Automated Reconnaissance (Framework)
Karma_V2 can be used by Infosec Researchers, Penetration Testers, Bug Hunters to find deep information, more assets, WAF/CDN bypassed IPs, Internal/External Infra, Publicly exposed leaks and many more about their target. Shodan Premium API key is required to use this automation. Output from the 𝚔𝚊𝚛𝚖𝚊 𝚟𝟸 is displayed to the screen and saved to files/directories.
https://s.w.org/images/core/emoji/13.1.0/72x72/2139.png Regarding Premium Shodan API, Please see the Shodan site for more information.
Shodan website: Shodan Website API : Developer API Features
* Powerful and flexible results via Shodan Dorks
* SSL SHA1 checksum/fingerprint Search
* Only hit In-Scope IPs
* Verify each IP with SSL/TLS certificate issuer match RegEx
* Provide Out-Of-Scope IPs
* Find out all ports including well known/uncommon/dynamic
* Grab all targets vulnerabilities related to CVEs
* Banner grab for each IP, Product, OS, Services & Org etc.
* Grab favicon Icons
* Generate Favicon Hash using python3 mmh3 Module
* Favicon Technology Detection using nuclei custom template
* ASN Scan
* BGP Neighbour
* IPv4 & IPv6 Profixes for ASN
* Interesting Leaks like Indexing, NDMP, SMB, Login, SignUp, OAuth, SSO, Status 401/403/500, VPN, Citrix, Jfrog, Dashboards, OpenFire, Control Panels, WordPress, Laravel, Jetty, S3 Buckets, Cloudfront, Jenkins, Kubernetes, Node Exports, Grafana, RabbitMQ, Containers, GitLab, MongoDB, Elastic, FTP anonymous, Memcached, DNS Recursion, Kibana, Prometheus, Default Passwords, Protected Objects, Moodle, Spring Boot, Django, Jira, Ruby, Secret Key and many more… Installation
Clone the repo
# git clone https://github.com/Dheerajmadhukar/karma_v2.git
Install shodan & mmh3 python module
# python3 -m pip install shodan mmh3
Install JSON Parser [JQ]
#apt install jq -y
Install httprobe @tomnomnom to probe the requests
#GO111MODULE=on go get -v github.com/tomnomnom/httprobe
Install Interlace @codingo to multithread [Follow the codingo interlace repo instructions]
# git clone https://github.com/codingo/Interlace.git & install accordingly.
Install nuclei @projectdiscovery
# GO111MODULE=on go get -v github.com/projectdiscovery/nuclei/v2/cmd/nuclei
Install lolcat
# apt install lolcat -y
. Install anew
# GO111MODULE=on go get -u github.com/tomnomnom/anew
Usage
You can use this command to check help:
$ bash karma_v2 -h https://blogger.googleusercontent.com/img/a/AVvXsEi1WdN5pdQRouRBUw0U9Y6Z4pVCyMJXl8tcy4BYQHmK8nIga928q4fbJZKWKxSmkadFeNqjjpaf0XzyekO1bc6nSqMTvZLcDeWQXoEnSvoTQesgpF87VDz6m_a0fnrQAgslXxv0St796nOfvVjqrNYlWFY-l5-_a7S0R8lAvppUYm5U6b2x5OsOL_r_=s1315
MODEs
MODEExamples-ipbash karma_v2 -d -asnbash karma_v2 -d -cvebash karma_v2 -d -faviconbash karma_v2 -d -leaksbash karma_v2 -d -deepbash karma_v2 -d -countbash karma_v2 -d
Output
output/bugcrowd.com-YYYY-MM-DD/
.
├── ASNs_Detailed_bugcrowd.com.txt
├── Collect
│ ├── host_domain_domain.tld.json.gz
│ ├── ssl_SHA1_12289a814…83029f8944b6088d60204a92e_domain.tld.json.gz
│ ├── ssl_SHA1_17537bf84…73cb1d684a495db7ea5aa611b_domain.tld.json.gz
│ ├── ssl_SHA1_198d6d4ec…681b77585190078b07b37c5e1_domain.tld.json.gz
│ ├── ssl_SHA1_26a9c5618…d60eae2947b42263e154d203f_domain.tld.json.gz
│ ├── ssl_SHA1_3da3825a2…3b852a42470410183adc3b9ee_domain.tld.json.gz
│ ├── ssl_SHA1_4d0eab730…68cf11d2db94cc2454c906532_domain.tld.json.gz
│ ├── ssl_SHA1_8907dab4c…12fdbdd6c445a4a8152f6b7b7_domain.tld.json.gz
│ ├── ssl_SHA1_9a9b99eba…5d[...]
___________________________
@hacking_Attack
@Hacking_Video
Kali Linux Tutorials
Karma_V2 : A Passive Open Source Intelligence (OSINT)
Karma_V2 can be used by Infosec Researchers, Penetration Testers, Bug Hunters to find deep information, more assets.
Hacking Articles Tips Tricks Videos Tutorials
Photo
Kali Linux Tutorials
Fapro : Free, Cross-platform, Single-file mass network protocol server simulator
FaPro is a Fake Protocol Server tool, Can easily start or stop multiple network services.
The goal is to support as many protocols as possible, and support as many deep interactions as possible for each protocol.
Demo Site Features
* Supported Running Modes:
* Local Machine
* Virtual Network
* Supported Protocols:
* DNS
* DCE/RPC
* EIP
* Elasticsearch
* FTP
* HTTP
* IEC 104
* Memcached
* Modbus
* MQTT
* MySQL
* RDP
* Redis
* S7
* SMB
* SMTP
* SNMP
* SSH
* Telnet
* VNC
* IMAP
* POP3
* NTP
* RTSP
* PORTMAP
* Use TcpForward to forward network traffic
* Support tcp syn logging
* Support icmp ping logging
* Support udp packet logging Protocol Simulation Demos Rdp
Support credssp ntlmv2 nla authentication.
Support to configure the image displayed when user login.
https://blogger.googleusercontent.com/img/a/AVvXsEhUMTB_bLwEpwjKNNv6HVqxrFo00z6ANMpK91S2MeJHKQezmz7mHMoUsSYLULrgI8e1ElrvjzN5GykiPpbaNRuXH_z6ApHnRigDwd17K3yRtW3T7RF5yfBFX-rGSe_fd1IPD1LT9KB9eLsp2e_0gFLmzJxnHpjwB26d5gSrCWV17XJlIXOi5EcB2uj5=s1271
SSH
Support user login.
Support fake terminal commands, such as id, uid, whoami, etc.
Account format: username:password:home:uid
https://blogger.googleusercontent.com/img/a/AVvXsEh1GYYe10qgo26KaIXgeX4lACcwbwPYch6ivr7hIUvPMw8q7jJ_fJ33Ke_k8S7VsgAHmkDciRREKm1vv2zxgEVPFWcePxfE47cr0dEvWw2rPCVl2w63qudRb3QN9T2u9ncEN5SkcWpePSIkiyg8x8BNQYWdEwLsPcUgLDigoEOGTddFP22l0cgKS6xk=s1029
IMAP & SMTP
Support user login and interaction.
https://blogger.googleusercontent.com/img/a/AVvXsEgwD5VwmlWREj7mUd9OAoLKvL0McqI_T7VYhaUCRGj9Tjh0-soigzfrCmVu6qiUD0T42qCMA2L0qvPXjDnO-rplS-imzxWomegY37iH0kuANUPPWOvk8p9LyB5zhPKX59kMG2A4Mx0eouAisAGGM55_W-d4o1fdYV1SdXAhu4qL9ETbcTwutO3JrufL=s1260
Mysql
Support sql statement query interaction
https://blogger.googleusercontent.com/img/a/AVvXsEjVbPt_Scn_LQKJX4iP-EY-p45_-TMj3btS6sn_8lEj6Ep0ik4rxNKQM2UqJBTyev5KGYw6yOtwzNUUV_zk6TaKw_j1mqQYMpz64PbsvyF-Xh1R5dFaBf1N-EzUWcUtyaVN8eJ_LimB5hmhSnXldxXNZui2RDqxXmfdSYSo_eQx7vCsx170K6ED1Zab=s1292
HTTP
Support website clone, You need to install the chrome browser and chrome driver to work. Quick Start Generate Config
The configuration of all protocols and parameters is generated by genConfig subcommand.
Use 172.16.0.0/16 subnet to generate the configuration file:
fapro genConfig -n 172.16.0.0/16 > fapro.json
Or use local address instead of the virtual network:
fapro genConfig > fapro.json
Run the protocol simulator
Run FaPro in verbose mode and start the web service on port 8080:
fapro run -v -l :8080
Tcp syn logging
For windows users, please install winpcap or npcap. Log Analysis
Use ELK to analyze protocol logs:
https://blogger.googleusercontent.com/img/a/AVvXsEgLHHn5QCdH7Z9HSAOU6bwJ14PMltk6tSz-zumqpgLMXTVcRERUp-6Nq198-bhgdKlWH_BoqDg5WONo1wRoLOcmf2eVpKVNTnf_iJMcxFdv4U-rp3r-JgUdIWJXiT15OruCX2zfGE8hcqH1rXrfTgZzXf5MbDxxUtTRpiYG8yZSkogJmDF-RULY0_I9=s1329
Configuration
This section contains the sample configuration used by FaPro.
{
“version”: “0.40”,
“network”: “127.0.0.1/32”,
“network_build”: “localhost”,
“storage”: null,
“geo_db”: “/tmp/geoip_city.mmdb”,
“hostname”: “fapro1”,
“use_logq”: true,
“cert_name”: “unknown”,
“syn_dev”: “any”,
“udp_dev”: “any”,
“icmp_dev”: “any”,
“exclusions”: [],
“hosts”: [
{
“ip”: “127.0.0.1”,
“handlers”: [
{
“handler”: “dcerpc”,
“port”: 135,
“params”: {
“accounts”: [
“administrator:123456”,
],
“domain_name”: “DESKTOP-Q1Test”
}
}
]
}
]
}
* version: Configuration version.
* network: The subnet used by the virtual network or the address bound to the local machine(Local mode).
* network_build: Network mode(supported value: localhost, all, userdef)
* localhost: Local mode, all services are listening on the local machine
* all: Create all hosts i[...]
___________________________
@hacking_Attack
@Hacking_Video
Fapro : Free, Cross-platform, Single-file mass network protocol server simulator
FaPro is a Fake Protocol Server tool, Can easily start or stop multiple network services.
The goal is to support as many protocols as possible, and support as many deep interactions as possible for each protocol.
Demo Site Features
* Supported Running Modes:
* Local Machine
* Virtual Network
* Supported Protocols:
* DNS
* DCE/RPC
* EIP
* Elasticsearch
* FTP
* HTTP
* IEC 104
* Memcached
* Modbus
* MQTT
* MySQL
* RDP
* Redis
* S7
* SMB
* SMTP
* SNMP
* SSH
* Telnet
* VNC
* IMAP
* POP3
* NTP
* RTSP
* PORTMAP
* Use TcpForward to forward network traffic
* Support tcp syn logging
* Support icmp ping logging
* Support udp packet logging Protocol Simulation Demos Rdp
Support credssp ntlmv2 nla authentication.
Support to configure the image displayed when user login.
https://blogger.googleusercontent.com/img/a/AVvXsEhUMTB_bLwEpwjKNNv6HVqxrFo00z6ANMpK91S2MeJHKQezmz7mHMoUsSYLULrgI8e1ElrvjzN5GykiPpbaNRuXH_z6ApHnRigDwd17K3yRtW3T7RF5yfBFX-rGSe_fd1IPD1LT9KB9eLsp2e_0gFLmzJxnHpjwB26d5gSrCWV17XJlIXOi5EcB2uj5=s1271
SSH
Support user login.
Support fake terminal commands, such as id, uid, whoami, etc.
Account format: username:password:home:uid
https://blogger.googleusercontent.com/img/a/AVvXsEh1GYYe10qgo26KaIXgeX4lACcwbwPYch6ivr7hIUvPMw8q7jJ_fJ33Ke_k8S7VsgAHmkDciRREKm1vv2zxgEVPFWcePxfE47cr0dEvWw2rPCVl2w63qudRb3QN9T2u9ncEN5SkcWpePSIkiyg8x8BNQYWdEwLsPcUgLDigoEOGTddFP22l0cgKS6xk=s1029
IMAP & SMTP
Support user login and interaction.
https://blogger.googleusercontent.com/img/a/AVvXsEgwD5VwmlWREj7mUd9OAoLKvL0McqI_T7VYhaUCRGj9Tjh0-soigzfrCmVu6qiUD0T42qCMA2L0qvPXjDnO-rplS-imzxWomegY37iH0kuANUPPWOvk8p9LyB5zhPKX59kMG2A4Mx0eouAisAGGM55_W-d4o1fdYV1SdXAhu4qL9ETbcTwutO3JrufL=s1260
Mysql
Support sql statement query interaction
https://blogger.googleusercontent.com/img/a/AVvXsEjVbPt_Scn_LQKJX4iP-EY-p45_-TMj3btS6sn_8lEj6Ep0ik4rxNKQM2UqJBTyev5KGYw6yOtwzNUUV_zk6TaKw_j1mqQYMpz64PbsvyF-Xh1R5dFaBf1N-EzUWcUtyaVN8eJ_LimB5hmhSnXldxXNZui2RDqxXmfdSYSo_eQx7vCsx170K6ED1Zab=s1292
HTTP
Support website clone, You need to install the chrome browser and chrome driver to work. Quick Start Generate Config
The configuration of all protocols and parameters is generated by genConfig subcommand.
Use 172.16.0.0/16 subnet to generate the configuration file:
fapro genConfig -n 172.16.0.0/16 > fapro.json
Or use local address instead of the virtual network:
fapro genConfig > fapro.json
Run the protocol simulator
Run FaPro in verbose mode and start the web service on port 8080:
fapro run -v -l :8080
Tcp syn logging
For windows users, please install winpcap or npcap. Log Analysis
Use ELK to analyze protocol logs:
https://blogger.googleusercontent.com/img/a/AVvXsEgLHHn5QCdH7Z9HSAOU6bwJ14PMltk6tSz-zumqpgLMXTVcRERUp-6Nq198-bhgdKlWH_BoqDg5WONo1wRoLOcmf2eVpKVNTnf_iJMcxFdv4U-rp3r-JgUdIWJXiT15OruCX2zfGE8hcqH1rXrfTgZzXf5MbDxxUtTRpiYG8yZSkogJmDF-RULY0_I9=s1329
Configuration
This section contains the sample configuration used by FaPro.
{
“version”: “0.40”,
“network”: “127.0.0.1/32”,
“network_build”: “localhost”,
“storage”: null,
“geo_db”: “/tmp/geoip_city.mmdb”,
“hostname”: “fapro1”,
“use_logq”: true,
“cert_name”: “unknown”,
“syn_dev”: “any”,
“udp_dev”: “any”,
“icmp_dev”: “any”,
“exclusions”: [],
“hosts”: [
{
“ip”: “127.0.0.1”,
“handlers”: [
{
“handler”: “dcerpc”,
“port”: 135,
“params”: {
“accounts”: [
“administrator:123456”,
],
“domain_name”: “DESKTOP-Q1Test”
}
}
]
}
]
}
* version: Configuration version.
* network: The subnet used by the virtual network or the address bound to the local machine(Local mode).
* network_build: Network mode(supported value: localhost, all, userdef)
* localhost: Local mode, all services are listening on the local machine
* all: Create all hosts i[...]
___________________________
@hacking_Attack
@Hacking_Video
Kali Linux Tutorials
Fapro : Free, Cross-platform, Single-file mass network protocol
FaPro is a Fake Protocol Server tool, Can easily start or stop multiple network services. The goal is to support as many protocols.
Hacking Articles Tips Tricks Videos Tutorials
Photo
Kali Linux Tutorials
DorkScout : Golang Tool To Automate Google Dork Scan Against The Entiere Internet Or Specific Targets
DorkScout is a tool to automate the finding of vulnerable applications or secret files around the internet throught google searches, dorkscout first starts by fetching the dorks lists from https://www.exploit-db.com/google-hacking-database and then it scans a given target or everything it founds Installation
dorkscout can be installed in different ways: Go Packages
throught Golang Packages (golang package manager)
go get github.com/R4yGM/dorkscout
this will work for every platform Docker
if you don’t have docker installed you can follow their guide
first of all you have to pull the docker image (only 17.21 MB) from the docker registry, you can see it here, if you don’t want to pull the image you can also clone the repository and then build the image from the Dockerfile
docker pull r4yan/dorkscout:latest
if you don’t want to pull the image you can download or copy the dorkscout Dockerfile that can be found here and then build the image from the Dockerfile
then if you want to launch the container you have to first create a volume to share your files to the container
docker volume create –name dorkscout_data
using docker when you launch the container it will automatically install the dork lists inside a directory called “dorkscout” :
-rw-r–r– 1 r4yan r4yan 110 Jul 31 14:56 .dorkscout
-rw-r–r– 1 r4yan r4yan 79312 Aug 10 20:30 ‘Advisories and Vulnerabilities.dorkscout’
-rw-r–r– 1 r4yan r4yan 6352 Jul 31 14:56 ‘Error Messages.dorkscout’
-rw-r–r– 1 r4yan r4yan 38448 Jul 31 14:56 ‘Files Containing Juicy Info.dorkscout’
-rw-r–r– 1 r4yan r4yan 17110 Jul 31 14:56 ‘Files Containing Passwords.dorkscout’
-rw-r–r– 1 r4yan r4yan 1879 Jul 31 14:56 ‘Files Containing Usernames.dorkscout’
-rw-r–r– 1 r4yan r4yan 5398 Jul 31 14:56 Footholds.dorkscout
-rw-r–r– 1 r4yan r4yan 5568 Jul 31 14:56 ‘Network or Vulnerability Data.dorkscout’
-rw-r–r– 1 r4yan r4yan 49048 Jul 31 14:56 ‘Pages Containing Login Portals.dorkscout’
-rw-r–r– 1 r4yan r4yan 16112 Jul 31 14:56 ‘Sensitive Directories.dorkscout’
-rw-r–r– 1 r4yan r4yan 451 Jul 31 14:56 ‘Sensitive Online Shopping Info.dorkscout’
-rw-r–r– 1 r4yan r4yan 29938 Jul 31 14:56 ‘Various Online Devices.dorkscout’
-rw-r–r– 1 r4yan r4yan 2802 Jul 31 14:56 ‘Vulnerable Files.dorkscout’
-rw-r–r– 1 r4yan r4yan 4925 Jul 31 14:56 ‘Vulnerable Servers.dorkscout’
-rw-r–r– 1 r4yan r4yan 8145 Jul 31 14:56 ‘Web Server Detection.dorkscout’
so that you don’t have to install them then you can start scanning by doing :
docker run -v Dorkscout:/dorkscout r4yan/dorkscout scan
replace the with the options/arguments you want to give to dorkscout, example :
docker run -v dorkscout_data:/dorkscout r4yan/dorkscout scan -d=”/dorkscout/Sensitive Online Shopping Info.dorkscout” -H=”/dorkscout/a.html”
If you wanted to scan throught a proxy using a docker container you have to add the –net host option example :
docker run –net host -v dorkscout_data:/dorkscout r4yan/dorkscout scan -d=”/dorkscout/Sensitive Online Shopping Info.dorkscout” -H=”/dorkscout/a.html -x socks5://127.0.0.1:9050″
Always save your results inside the volume and not in the container because then the results will be deleted! you can save them by writing the same volume path of the directory you are saving the results
if you added this and did everything correctly at the end of every scan you’d find the results inside the folder
you can also download the already compiled binaries here and then execute them Usage
dorkscout -h
Usage:
dorkscout [command]
Available Commands:
completion generate the autocompletion script for the specified shell
delete deletes all the .dorkscou[...]
___________________________
@hacking_Attack
@Hacking_Video
DorkScout : Golang Tool To Automate Google Dork Scan Against The Entiere Internet Or Specific Targets
DorkScout is a tool to automate the finding of vulnerable applications or secret files around the internet throught google searches, dorkscout first starts by fetching the dorks lists from https://www.exploit-db.com/google-hacking-database and then it scans a given target or everything it founds Installation
dorkscout can be installed in different ways: Go Packages
throught Golang Packages (golang package manager)
go get github.com/R4yGM/dorkscout
this will work for every platform Docker
if you don’t have docker installed you can follow their guide
first of all you have to pull the docker image (only 17.21 MB) from the docker registry, you can see it here, if you don’t want to pull the image you can also clone the repository and then build the image from the Dockerfile
docker pull r4yan/dorkscout:latest
if you don’t want to pull the image you can download or copy the dorkscout Dockerfile that can be found here and then build the image from the Dockerfile
then if you want to launch the container you have to first create a volume to share your files to the container
docker volume create –name dorkscout_data
using docker when you launch the container it will automatically install the dork lists inside a directory called “dorkscout” :
-rw-r–r– 1 r4yan r4yan 110 Jul 31 14:56 .dorkscout
-rw-r–r– 1 r4yan r4yan 79312 Aug 10 20:30 ‘Advisories and Vulnerabilities.dorkscout’
-rw-r–r– 1 r4yan r4yan 6352 Jul 31 14:56 ‘Error Messages.dorkscout’
-rw-r–r– 1 r4yan r4yan 38448 Jul 31 14:56 ‘Files Containing Juicy Info.dorkscout’
-rw-r–r– 1 r4yan r4yan 17110 Jul 31 14:56 ‘Files Containing Passwords.dorkscout’
-rw-r–r– 1 r4yan r4yan 1879 Jul 31 14:56 ‘Files Containing Usernames.dorkscout’
-rw-r–r– 1 r4yan r4yan 5398 Jul 31 14:56 Footholds.dorkscout
-rw-r–r– 1 r4yan r4yan 5568 Jul 31 14:56 ‘Network or Vulnerability Data.dorkscout’
-rw-r–r– 1 r4yan r4yan 49048 Jul 31 14:56 ‘Pages Containing Login Portals.dorkscout’
-rw-r–r– 1 r4yan r4yan 16112 Jul 31 14:56 ‘Sensitive Directories.dorkscout’
-rw-r–r– 1 r4yan r4yan 451 Jul 31 14:56 ‘Sensitive Online Shopping Info.dorkscout’
-rw-r–r– 1 r4yan r4yan 29938 Jul 31 14:56 ‘Various Online Devices.dorkscout’
-rw-r–r– 1 r4yan r4yan 2802 Jul 31 14:56 ‘Vulnerable Files.dorkscout’
-rw-r–r– 1 r4yan r4yan 4925 Jul 31 14:56 ‘Vulnerable Servers.dorkscout’
-rw-r–r– 1 r4yan r4yan 8145 Jul 31 14:56 ‘Web Server Detection.dorkscout’
so that you don’t have to install them then you can start scanning by doing :
docker run -v Dorkscout:/dorkscout r4yan/dorkscout scan
replace the with the options/arguments you want to give to dorkscout, example :
docker run -v dorkscout_data:/dorkscout r4yan/dorkscout scan -d=”/dorkscout/Sensitive Online Shopping Info.dorkscout” -H=”/dorkscout/a.html”
If you wanted to scan throught a proxy using a docker container you have to add the –net host option example :
docker run –net host -v dorkscout_data:/dorkscout r4yan/dorkscout scan -d=”/dorkscout/Sensitive Online Shopping Info.dorkscout” -H=”/dorkscout/a.html -x socks5://127.0.0.1:9050″
Always save your results inside the volume and not in the container because then the results will be deleted! you can save them by writing the same volume path of the directory you are saving the results
if you added this and did everything correctly at the end of every scan you’d find the results inside the folder
/var/lib/docker/volumes/dorkscout_data/_datathis will work for every platform Executableyou can also download the already compiled binaries here and then execute them Usage
dorkscout -h
Usage:
dorkscout [command]
Available Commands:
completion generate the autocompletion script for the specified shell
delete deletes all the .dorkscou[...]
___________________________
@hacking_Attack
@Hacking_Video
Kali Linux Tutorials
DorkScout : Golang Tool To Automate Google Dork Scan
DorkScout is a tool to automate the finding of vulnerable applications or secret files around the internet throught google searches,
Kali Linux Tutorials
Inceptor : Template-Driven AV/EDR Evasion Framework
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Inceptor : Template-Driven AV/EDR Evasion Framework
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Kali Linux Tutorials
Inceptor : Template-Driven AV/EDR Evasion Framework
Inceptor is a modern Penetration testing and Red Teaming often requires to bypass common AV/EDR appliances in order to execute.
Kali Linux Tutorials
Limelighter : A Tool For Generating Fake Code Signing Certificates Or Signing Real Ones
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Limelighter : A Tool For Generating Fake Code Signing Certificates Or Signing Real Ones
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Kali Linux Tutorials
Limelighter : A Tool For Generating Fake Code Signing Certificates
Limelighter is a tool which creates a spoof code signing certificates and sign binaries and DLL files to help evade EDR products .
Kali Linux Tutorials
Karma_V2 : A Passive Open Source Intelligence (OSINT) Automated Reconnaissance (Framework)
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Karma_V2 : A Passive Open Source Intelligence (OSINT) Automated Reconnaissance (Framework)
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Kali Linux Tutorials
Karma_V2 : A Passive Open Source Intelligence (OSINT)
Karma_V2 can be used by Infosec Researchers, Penetration Testers, Bug Hunters to find deep information, more assets.
Kali Linux Tutorials
LazyCSRF : A More Useful CSRF PoC Generator
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LazyCSRF : A More Useful CSRF PoC Generator
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Kali Linux Tutorials
LazyCSRF : A More Useful CSRF PoC Generator !!! Kali Linux Tutorials
LazyCSRF is a more useful CSRF PoC generator that runs on Burp Suite. Burp Suite is an intercepting HTTP Proxy, and it is the defacto tool .
Hacking Articles Tips Tricks Videos Tutorials
Kali Linux Tutorials Fapro : Free, Cross-platform, Single-file mass network protocol server simulator FaPro is a Fake Protocol Server tool, Can easily start or stop multiple network services. The goal is to support as many protocols as possible, and support…
n the subnet(i.e., Can ping all the host in the subnet)
* userdef: Create only the hosts specified in the hosts configuration.
* storage: Specify the storage used for log collection, support sqlite, mysql, elasticsearch. e.g.
* sqlite3:logs.db
* mysql://user:password@tcp(127.0.0.1:3306)/logs
* es://http://username:password@127.0.0.1:9200 (currently only supports Elasticsearch 7.x)
* geo_db: MaxMind geoip2 database file path, used to generate ip geographic location information. if you use Elasticsearch storage, never need this field, it will be automatically generated using the geoip processor of Elasticsearch.
* hostname: Specify the host field in the log.
* use_logq: Use local disk message queue to save logs, and then send it to remote mysql or Elasticsearch to prevent remote log loss.
* cert_name: Common name of the generated certificate.
* syn_dev: Specify the network interface used to capture tcp syn packets. If it is empty, the tcp syn packet will not be recorded. On windows, the device name is like “\Device\NPF_{xxxx-xxxx}”.
* udp_dev: Same as syn_dev, but for udp packet.
* icmp_dev: Same as syn_dev, but for icmp ping packet.
* exclusions: Exclude remote ips from logs.
* hosts: Each item is a host configuration.
* handlers: Service configuration, the service configured on the host, each item is a service configuration.
* handler: Service name (i.e., protocol name)
* params: Set the parameters supported by the service. Example
Create a virtual network, The subnet is 172.16.0.0/24, include 2 hosts,
172.16.0.3 run dns, ssh service,
and 172.16.0.5 run rpc, rdp service,
protocol access logs are saved to elasticsearch, exclude the access log of 127.0.0.1 and 8.8.8.8.
{
“version”: “0.40”,
“network”: “172.16.0.0/24”,
“network_build”: “userdef”,
“storage”: “es://http://127.0.0.1:9200”,
“use_logq”: true,
“cert_name”: “unknown”,
“syn_dev”: “any”,
“udp_dev”: “any”,
“icmp_dev”: “any”,
“exclusions”: [“127.0.0.1”, “8.8.8.8”],
“geo_db”: “”,
“hosts”: [
{
“ip”: “172.16.0.3”,
“handlers”: [
{
“handler”: “dns”,
“port”: 53,
“params”: {
“accounts”: [
“admin:123456”
],
“appname”: “domain”
}
},
{
“handler”: “ssh”,
“port”: 22,
“params”: {
“accounts”: [
“root:5555555:/root:0”
],
“prompt”: “$ “,
“server_version”: “SSH-2.0-OpenSSH_7.4”
}
}
]
},
{
“ip”: “172.16.0.5”,
“handlers”: [
{
“handler”: “dcerpc”,
“port”: 135,
“params”: {
“accounts”: [
“administrator:123456”
],
“domain_name”: “DESKTOP-Q1Test”
}
},
{
“handler”: “rdp”,
“port”: 3389,
“params”: {
“accounts”: [
“administrator:123456”
],
“auth”: false,
“domain_name”: “DESKTOP-Q1Test”,
“image”: “rdp.jpg”,
“sec_layer”: “auto”
}
}
]
}
]
}
Automatically generate service configuration
Use the ipclone.py script in Scripts, You can clone the ip service configuration from fofa to quickly generate the service configuration of the real machine.
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* userdef: Create only the hosts specified in the hosts configuration.
* storage: Specify the storage used for log collection, support sqlite, mysql, elasticsearch. e.g.
* sqlite3:logs.db
* mysql://user:password@tcp(127.0.0.1:3306)/logs
* es://http://username:password@127.0.0.1:9200 (currently only supports Elasticsearch 7.x)
* geo_db: MaxMind geoip2 database file path, used to generate ip geographic location information. if you use Elasticsearch storage, never need this field, it will be automatically generated using the geoip processor of Elasticsearch.
* hostname: Specify the host field in the log.
* use_logq: Use local disk message queue to save logs, and then send it to remote mysql or Elasticsearch to prevent remote log loss.
* cert_name: Common name of the generated certificate.
* syn_dev: Specify the network interface used to capture tcp syn packets. If it is empty, the tcp syn packet will not be recorded. On windows, the device name is like “\Device\NPF_{xxxx-xxxx}”.
* udp_dev: Same as syn_dev, but for udp packet.
* icmp_dev: Same as syn_dev, but for icmp ping packet.
* exclusions: Exclude remote ips from logs.
* hosts: Each item is a host configuration.
* handlers: Service configuration, the service configured on the host, each item is a service configuration.
* handler: Service name (i.e., protocol name)
* params: Set the parameters supported by the service. Example
Create a virtual network, The subnet is 172.16.0.0/24, include 2 hosts,
172.16.0.3 run dns, ssh service,
and 172.16.0.5 run rpc, rdp service,
protocol access logs are saved to elasticsearch, exclude the access log of 127.0.0.1 and 8.8.8.8.
{
“version”: “0.40”,
“network”: “172.16.0.0/24”,
“network_build”: “userdef”,
“storage”: “es://http://127.0.0.1:9200”,
“use_logq”: true,
“cert_name”: “unknown”,
“syn_dev”: “any”,
“udp_dev”: “any”,
“icmp_dev”: “any”,
“exclusions”: [“127.0.0.1”, “8.8.8.8”],
“geo_db”: “”,
“hosts”: [
{
“ip”: “172.16.0.3”,
“handlers”: [
{
“handler”: “dns”,
“port”: 53,
“params”: {
“accounts”: [
“admin:123456”
],
“appname”: “domain”
}
},
{
“handler”: “ssh”,
“port”: 22,
“params”: {
“accounts”: [
“root:5555555:/root:0”
],
“prompt”: “$ “,
“server_version”: “SSH-2.0-OpenSSH_7.4”
}
}
]
},
{
“ip”: “172.16.0.5”,
“handlers”: [
{
“handler”: “dcerpc”,
“port”: 135,
“params”: {
“accounts”: [
“administrator:123456”
],
“domain_name”: “DESKTOP-Q1Test”
}
},
{
“handler”: “rdp”,
“port”: 3389,
“params”: {
“accounts”: [
“administrator:123456”
],
“auth”: false,
“domain_name”: “DESKTOP-Q1Test”,
“image”: “rdp.jpg”,
“sec_layer”: “auto”
}
}
]
}
]
}
Automatically generate service configuration
Use the ipclone.py script in Scripts, You can clone the ip service configuration from fofa to quickly generate the service configuration of the real machine.
___________________________
@hacking_Attack
@Hacking_Video