Challenges a loophole through the xss website programming that walks with you step by step
https://medium.com/@kdiix0gamer/challenges-a-loophole-through-the-xss-website-programming-that-walks-with-you-step-by-step-bc640bcb5598?source=rss------bug_bounty-5
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https://medium.com/@kdiix0gamer/challenges-a-loophole-through-the-xss-website-programming-that-walks-with-you-step-by-step-bc640bcb5598?source=rss------bug_bounty-5
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Medium
Challenges a loophole through the xss website programming that walks with you step by step
website: hackernap.com/lab/Xss-labs
website: hackernap.com/lab/Xss-labsContinue reading on Medium » (https://medium.com/@kdiix0gamer/challenges-a-loophole-through-the-xss-website-programming-that-walks-with-you-step-by-step-bc640bcb5598?source=rss------bug_bounty-5)
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Dark Reading: Attacks/Breaches
Aunalytics Unveils Secure Managed Services with Integrated Security
New service stack combines mission critical IT services leveraging zero trust end-to-end security to ensure people and data are protected regardless of location.
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Aunalytics Unveils Secure Managed Services with Integrated Security
New service stack combines mission critical IT services leveraging zero trust end-to-end security to ensure people and data are protected regardless of location.
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Dark Reading
Aunalytics Unveils Secure Managed Services with Integrated Security
New service stack combines mission critical IT services leveraging zero trust end-to-end security to ensure people and data are protected regardless of location.
Dark Reading: Attacks/Breaches
Zero Trust Comes to Industry's Broadest Cybersecurity Platform
Trend Micro Zero Trust Risk Insights continuously reveals and prioritizes risks for better decision making.
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Zero Trust Comes to Industry's Broadest Cybersecurity Platform
Trend Micro Zero Trust Risk Insights continuously reveals and prioritizes risks for better decision making.
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Dark Reading
Zero Trust Comes to Industry's Broadest Cybersecurity Platform
Trend Micro Zero Trust Risk Insights continuously reveals and prioritizes risks for better decision making.
Dark Reading: Attacks/Breaches
Telos, Splunk, stackArmor, AWS Announce FASTTR Initiative to Accelerate Compliance
FASTTR initiative enhances stackArmor's ThreatAlert by building on market-leading Telos' Xacta for security compliance documentation and Splunk for security information and event management.
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Telos, Splunk, stackArmor, AWS Announce FASTTR Initiative to Accelerate Compliance
FASTTR initiative enhances stackArmor's ThreatAlert by building on market-leading Telos' Xacta for security compliance documentation and Splunk for security information and event management.
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Dark Reading
Telos, Splunk, stackArmor, AWS Announce FASTTR Initiative to Accelerate Compliance
FASTTR initiative enhances stackArmor's ThreatAlert by building on market-leading Telos' Xacta for security compliance documentation and Splunk for security information and event management.
Dark Reading: Attacks/Breaches
BloodyStealer: Advanced New Trojan Targets Accounts of Popular Online Gaming Platforms
Kaspersky researchers have discovered an advanced Trojan, dubbed BloodyStealer, sold on darknet forums and used to steal gamers’ accounts on popular gaming platforms, including Steam, Epic Games Store, and EA Origin.
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BloodyStealer: Advanced New Trojan Targets Accounts of Popular Online Gaming Platforms
Kaspersky researchers have discovered an advanced Trojan, dubbed BloodyStealer, sold on darknet forums and used to steal gamers’ accounts on popular gaming platforms, including Steam, Epic Games Store, and EA Origin.
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Dark Reading
BloodyStealer: Advanced New Trojan Targets Accounts of Popular Online Gaming Platforms
Kaspersky researchers have discovered an advanced Trojan, dubbed BloodyStealer, sold on darknet forums and used to steal gamers’ accounts on popular gaming platforms, including Steam, Epic Games Store, and EA Origin.
Hacking Articles Tips Tricks Videos Tutorials
Photo
Hacking on Medium
Learn to hack by doing ctf’s
Hello Friend,
Continue reading on Medium »
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Learn to hack by doing ctf’s
Hello Friend,
Continue reading on Medium »
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Medium
Learn to hack by doing ctf’s
Hello Friend,
Hacking Articles Tips Tricks Videos Tutorials
Photo
Hacking on Medium
A Deep Learning Approach to Web Application Firewall
https://cdn-images-1.medium.com/max/600/1*nOOBZ5UTFETrBzAmrbGqeQ.png
Abstract
Continue reading on Medium »
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A Deep Learning Approach to Web Application Firewall
https://cdn-images-1.medium.com/max/600/1*nOOBZ5UTFETrBzAmrbGqeQ.png
Abstract
Continue reading on Medium »
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Medium
A Deep Learning Approach to Web Application Firewall
Abstract
StreamDivert - Redirecting (Specific) TCP, UDP And ICMP Traffic To Another Destination
StreamDivert is a tool to man-in-the-middle or relay in and outgoing network connections on a system. It has the ability to, for example, relay all incoming SMB connections to port 445 to another server, or only relay specific incoming SMB connections from a specific set of source IP's to another server. Summed up, StreamDivert is able to: Relay all incoming connections to a specific port to another destination. Relay incoming connections from a specific source IP to a port to another destination. Relay incoming connections to a SOCKS(4/5) server. Relay all outgoing connections to a specific port to another destination. Relay outgoing connections to a specific IP and port to another destination. Handle TCP, UDP and ICMP traffic over IPv4 and IPv6. Force redirected packets over a specific network interface.Download Binaries Pre-compiled binaries for StreamDivert can be downloaded here. Usage How do you use StreamDivert? Run the the tool with administrative privileges: streamdivert.exe config_file -f -v The config file contains entries for streams you want to have diverted. En example config file: //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.50 to 10.0.1.49 port 445 tcp < 445 10.0.1.50 -> 10.0.1.49 445 //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.51 to a local SOCKS server tcp < 445 10.0.1.51 -> socks //Divert all inbound TCP connections to port 445 (SMB) coming from fe80::f477:846a:775d:d37 to fe80::20c:29ff:fe6f:88ff port 445 tcp < 445 fe80::f477:846a:775d:d37 -> fe80::20c:29ff:fe6f:88ff 445 //Divert all inbound TCP connections to port 445 (SMB) to 10.0.1.48 port 445 tcp < 445 0.0.0.0 -> 10.0.1.48 445 //Divert all inbound UDP connections to to port 53 (DNS) to 10.0.1.49 port 53 udp < 53 0.0.0.0 -> 10.0.1.49 53 //Divert all inbound ICMP packets coming from 10.0.1.50 to 10.0.1.49 icmp < 10.0.1.50 -> 10.0.1.49 //Divert all outbound TCP connections to 10.0.1.50, port 80 to 10.0.1.49 port 8080 tcp > 10.0.1.50 80 -> 10.0.1.49 8080 //Send all packets going to 10.0.1.50 port 80 and prefer interface 9 to send them. If the interface does not exist or is not up, the packets are send from the default interface. tcp > 10.0.1.50 80 -> 10.0.1.50 80 interface 9 //Force all packets going to 10.0.1.50 port 80 over interface 9, or drop the packets if the interface does not exist or is not up. tcp > 10.0.1.50 80 -> 10.0.1.50 80 force interface 9 //Divert all outbound UDP connection to port 53 (DNS) to 10.0.1.49 port 53 udp > 0.0.0.0 53 -> 10.0.1.49 53 The -f flag, when present, will modify the Windows Firewall to add an exception for the application to properly redirect incoming traffic to another port. The -v flag control the logging verbosity. When provided, StreamDivert will log details about redirected packets and streams. Some Use Cases Diverting outbound C&C traffic to a local socket for dynamic malware analysis. Diverting inbound SMB connections of a compromised host to Responder/ ntlmrelayx (usefull in penetration tests). Routing traffic over reserved ports. Usefull when a network firewall is in between. For example... Routing a meterpreter shell over port 445. Running a SOCKS server on port 3389. ... Help! My packets/ connections are not correctly diverted! One thing to keep in mind when configuring diverted connections is that you don't have conflicting diverted streams. Given the following example config file: icmp < 0.0.0.0 -> 10.0.1.50 icmp > 10.0.1.49 -> 10.0.1.48 Those two diverted streams will conflict with eachother, as packets for the first diverted stream will also be picked up by the second packet 'diverter'. Generally you will only run into these issues with UDP and ICMP and using wildcards. Also note that diverting an IPv4 to an IPv6 address and vice versa is not supported for UDP and ICMP traffic. Contributing to StreamDivert Features wanted: IP range support ... Download StreamDivert
Read more...
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StreamDivert is a tool to man-in-the-middle or relay in and outgoing network connections on a system. It has the ability to, for example, relay all incoming SMB connections to port 445 to another server, or only relay specific incoming SMB connections from a specific set of source IP's to another server. Summed up, StreamDivert is able to: Relay all incoming connections to a specific port to another destination. Relay incoming connections from a specific source IP to a port to another destination. Relay incoming connections to a SOCKS(4/5) server. Relay all outgoing connections to a specific port to another destination. Relay outgoing connections to a specific IP and port to another destination. Handle TCP, UDP and ICMP traffic over IPv4 and IPv6. Force redirected packets over a specific network interface.Download Binaries Pre-compiled binaries for StreamDivert can be downloaded here. Usage How do you use StreamDivert? Run the the tool with administrative privileges: streamdivert.exe config_file -f -v The config file contains entries for streams you want to have diverted. En example config file: //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.50 to 10.0.1.49 port 445 tcp < 445 10.0.1.50 -> 10.0.1.49 445 //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.51 to a local SOCKS server tcp < 445 10.0.1.51 -> socks //Divert all inbound TCP connections to port 445 (SMB) coming from fe80::f477:846a:775d:d37 to fe80::20c:29ff:fe6f:88ff port 445 tcp < 445 fe80::f477:846a:775d:d37 -> fe80::20c:29ff:fe6f:88ff 445 //Divert all inbound TCP connections to port 445 (SMB) to 10.0.1.48 port 445 tcp < 445 0.0.0.0 -> 10.0.1.48 445 //Divert all inbound UDP connections to to port 53 (DNS) to 10.0.1.49 port 53 udp < 53 0.0.0.0 -> 10.0.1.49 53 //Divert all inbound ICMP packets coming from 10.0.1.50 to 10.0.1.49 icmp < 10.0.1.50 -> 10.0.1.49 //Divert all outbound TCP connections to 10.0.1.50, port 80 to 10.0.1.49 port 8080 tcp > 10.0.1.50 80 -> 10.0.1.49 8080 //Send all packets going to 10.0.1.50 port 80 and prefer interface 9 to send them. If the interface does not exist or is not up, the packets are send from the default interface. tcp > 10.0.1.50 80 -> 10.0.1.50 80 interface 9 //Force all packets going to 10.0.1.50 port 80 over interface 9, or drop the packets if the interface does not exist or is not up. tcp > 10.0.1.50 80 -> 10.0.1.50 80 force interface 9 //Divert all outbound UDP connection to port 53 (DNS) to 10.0.1.49 port 53 udp > 0.0.0.0 53 -> 10.0.1.49 53 The -f flag, when present, will modify the Windows Firewall to add an exception for the application to properly redirect incoming traffic to another port. The -v flag control the logging verbosity. When provided, StreamDivert will log details about redirected packets and streams. Some Use Cases Diverting outbound C&C traffic to a local socket for dynamic malware analysis. Diverting inbound SMB connections of a compromised host to Responder/ ntlmrelayx (usefull in penetration tests). Routing traffic over reserved ports. Usefull when a network firewall is in between. For example... Routing a meterpreter shell over port 445. Running a SOCKS server on port 3389. ... Help! My packets/ connections are not correctly diverted! One thing to keep in mind when configuring diverted connections is that you don't have conflicting diverted streams. Given the following example config file: icmp < 0.0.0.0 -> 10.0.1.50 icmp > 10.0.1.49 -> 10.0.1.48 Those two diverted streams will conflict with eachother, as packets for the first diverted stream will also be picked up by the second packet 'diverter'. Generally you will only run into these issues with UDP and ICMP and using wildcards. Also note that diverting an IPv4 to an IPv6 address and vice versa is not supported for UDP and ICMP traffic. Contributing to StreamDivert Features wanted: IP range support ... Download StreamDivert
Read more...
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StreamDivert - Redirecting (Specific) TCP, UDP And ICMP Traffic To Another Destination
http://www.kitploit.com/2021/09/streamdivert-redirecting-specific-tcp.html
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http://www.kitploit.com/2021/09/streamdivert-redirecting-specific-tcp.html
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KitPloit - PenTest & Hacking Tools
StreamDivert - Redirecting (Specific) TCP, UDP And ICMP Traffic To Another Destination
Usage
How do you use StreamDivert? Run the the tool with administrative privileges: streamdivert.exe config_file [-f] [-v] The config file contains entries for streams you want to have diverted. En example config file: 10.0.1.49 445 //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.51 to a local SOCKS server tcp < 445 10.0.1.51 -> socks //Divert all inbound TCP connections to port 445 (SMB) coming from fe80::f477:846a:775d:d37 to fe80::20c:29ff:fe6f:88ff port 445 tcp < 445 fe80::f477:846a:775d:d37 -> fe80::20c:29ff:fe6f:88ff 445 //Divert all inbound TCP connections to port 445 (SMB) to 10.0.1.48 port 445 tcp < 445 0.0.0.0 -> 10.0.1.48 445 //Divert all inbound UDP connections to to port 53 (DNS) to 10.0.1.49 port 53 udp < 53 0.0.0.0 -> 10.0.1.49 53 //Divert all inbound ICMP packets coming from 10.0.1.50 to 10.0.1.49 icmp < 10.0.1.50 -> 10.0.1.49 //Divert all outbound TCP connections to 10.0.1.50, port 80 to 10.0.1.49 port 8080 tcp > 10.0.1.50 80 -> 10.0.1.49 8080 //Send all packets going to 10.0.1.50 port 80 and prefer interface 9 to send them. If the interface does not exist or is not up, the packets are send from the default interface. tcp > 10.0.1.50 80 -> 10.0.1.50 80 interface 9 //Force all packets going to 10.0.1.50 port 80 over interface 9, or drop the packets if the interface does not exist or is not up. tcp > 10.0.1.50 80 -> 10.0.1.50 80 force interface 9 //Divert all outbound UDP connection to port 53 (DNS) to 10.0.1.49 port 53 udp > 0.0.0.0 53 -> 10.0.1.49 53 ">//Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.50 to 10.0.1.49 port 445 tcp < 445 10.0.1.50 -> 10.0.1.49 445 //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.51 to a local SOCKS server tcp < 445 10.0.1.51 -> socks //Divert all inbound TCP connections to port 445 (SMB) coming from fe80::f477:846a:775d:d37 to fe80::20c:29ff:fe6f:88ff port 445 tcp < 445 fe80::f477:846a:775d:d37 -> fe80::20c:29ff:fe6f:88ff 445 //Divert all inbound TCP connections to port 445 (SMB) to 10.0.1.48 port 445 tcp < 445 0.0.0.0 -> 10.0.1.48 445 //Divert all inbound UDP connections to to port 53 (DNS) to 10.0.1.49 port 53 udp < 53 0.0.0.0 -> 10.0.1.49 53 //Divert all inbound ICMP packets coming from 10.0.1.50 to 10.0.1.49 icmp < 10.0.1.50 -> 10.0.1.49 //Divert all outbound TCP connections to 10.0.1.50, port 80 to 10.0.1.49 port 8080 tcp > 10.0.1.50 80 -> 10.0.1.49 8080 //Send all packets going to 10.0.1.50 port 80 and prefer interface 9 to send them. If the interface does not exist or is not up, the packets are send from the default interface. tcp > 10.0.1.50 80 -> 10.0.1.50 80 interface 9 //Force all packets going to 10.0.1.50 port 80 over interface 9, or drop the packets if the interface does not exist or is not up. tcp > 10.0.1.50 80 -> 10.0.1.50 80 force interface 9 //Divert all outbound UDP connection to port 53 (DNS) to 10.0.1.49 port 53 udp > 0.0.0.0 53 -> 10.0.1.49 53 The [-f] flag, when present, will modify the Windows Firewall (https://www.kitploit.com/search/label/Firewall) to add an exception for the application to properly redirect incoming traffic to another port. The [-v] flag control the logging (https://www.kitploit.com/search/label/Logging) verbosity. When provided, StreamDivert will log details about redirected packets and streams.
Some Use Cases
Diverting outbound C&C traffic to a local socket for dynamic (https://www.kitploit.com/search/label/Dynamic) malware analysis. Diverting inbound SMB connections of a compromised host to Responder/ ntlmrelayx (usefull in penetration tests). Routing traffic over reserved ports. Usefull when a network firewall is in between. For example... Routing a meterpreter (https://www.kitploit.com/search/label/Meterpreter) shell over port 445. Running a SOCKS server on port 3389. ...
Help! My packets/ connections are not correctly diverted!
___________________________
@hacking_Attack
@Hacking_Video
How do you use StreamDivert? Run the the tool with administrative privileges: streamdivert.exe config_file [-f] [-v] The config file contains entries for streams you want to have diverted. En example config file: 10.0.1.49 445 //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.51 to a local SOCKS server tcp < 445 10.0.1.51 -> socks //Divert all inbound TCP connections to port 445 (SMB) coming from fe80::f477:846a:775d:d37 to fe80::20c:29ff:fe6f:88ff port 445 tcp < 445 fe80::f477:846a:775d:d37 -> fe80::20c:29ff:fe6f:88ff 445 //Divert all inbound TCP connections to port 445 (SMB) to 10.0.1.48 port 445 tcp < 445 0.0.0.0 -> 10.0.1.48 445 //Divert all inbound UDP connections to to port 53 (DNS) to 10.0.1.49 port 53 udp < 53 0.0.0.0 -> 10.0.1.49 53 //Divert all inbound ICMP packets coming from 10.0.1.50 to 10.0.1.49 icmp < 10.0.1.50 -> 10.0.1.49 //Divert all outbound TCP connections to 10.0.1.50, port 80 to 10.0.1.49 port 8080 tcp > 10.0.1.50 80 -> 10.0.1.49 8080 //Send all packets going to 10.0.1.50 port 80 and prefer interface 9 to send them. If the interface does not exist or is not up, the packets are send from the default interface. tcp > 10.0.1.50 80 -> 10.0.1.50 80 interface 9 //Force all packets going to 10.0.1.50 port 80 over interface 9, or drop the packets if the interface does not exist or is not up. tcp > 10.0.1.50 80 -> 10.0.1.50 80 force interface 9 //Divert all outbound UDP connection to port 53 (DNS) to 10.0.1.49 port 53 udp > 0.0.0.0 53 -> 10.0.1.49 53 ">//Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.50 to 10.0.1.49 port 445 tcp < 445 10.0.1.50 -> 10.0.1.49 445 //Divert all inbound TCP connections to port 445 (SMB) coming from 10.0.1.51 to a local SOCKS server tcp < 445 10.0.1.51 -> socks //Divert all inbound TCP connections to port 445 (SMB) coming from fe80::f477:846a:775d:d37 to fe80::20c:29ff:fe6f:88ff port 445 tcp < 445 fe80::f477:846a:775d:d37 -> fe80::20c:29ff:fe6f:88ff 445 //Divert all inbound TCP connections to port 445 (SMB) to 10.0.1.48 port 445 tcp < 445 0.0.0.0 -> 10.0.1.48 445 //Divert all inbound UDP connections to to port 53 (DNS) to 10.0.1.49 port 53 udp < 53 0.0.0.0 -> 10.0.1.49 53 //Divert all inbound ICMP packets coming from 10.0.1.50 to 10.0.1.49 icmp < 10.0.1.50 -> 10.0.1.49 //Divert all outbound TCP connections to 10.0.1.50, port 80 to 10.0.1.49 port 8080 tcp > 10.0.1.50 80 -> 10.0.1.49 8080 //Send all packets going to 10.0.1.50 port 80 and prefer interface 9 to send them. If the interface does not exist or is not up, the packets are send from the default interface. tcp > 10.0.1.50 80 -> 10.0.1.50 80 interface 9 //Force all packets going to 10.0.1.50 port 80 over interface 9, or drop the packets if the interface does not exist or is not up. tcp > 10.0.1.50 80 -> 10.0.1.50 80 force interface 9 //Divert all outbound UDP connection to port 53 (DNS) to 10.0.1.49 port 53 udp > 0.0.0.0 53 -> 10.0.1.49 53 The [-f] flag, when present, will modify the Windows Firewall (https://www.kitploit.com/search/label/Firewall) to add an exception for the application to properly redirect incoming traffic to another port. The [-v] flag control the logging (https://www.kitploit.com/search/label/Logging) verbosity. When provided, StreamDivert will log details about redirected packets and streams.
Some Use Cases
Diverting outbound C&C traffic to a local socket for dynamic (https://www.kitploit.com/search/label/Dynamic) malware analysis. Diverting inbound SMB connections of a compromised host to Responder/ ntlmrelayx (usefull in penetration tests). Routing traffic over reserved ports. Usefull when a network firewall is in between. For example... Routing a meterpreter (https://www.kitploit.com/search/label/Meterpreter) shell over port 445. Running a SOCKS server on port 3389. ...
Help! My packets/ connections are not correctly diverted!
___________________________
@hacking_Attack
@Hacking_Video
KitPloit - PenTest & Hacking Tools
Leading source of security tools, hacking tools, cybersecurity and network security. Learn about new tools and updates in one place.
One thing to keep in mind when configuring diverted connections is that you don't have conflicting diverted streams. Given the following example config file: 10.0.1.50 icmp > 10.0.1.49 -> 10.0.1.48 ">icmp < 0.0.0.0 -> 10.0.1.50 icmp > 10.0.1.49 -> 10.0.1.48 Those two diverted streams will conflict with eachother, as packets for the first diverted stream will also be picked up by the second packet 'diverter'. Generally you will only run into these issues with UDP and ICMP and using wildcards. Also note that diverting an IPv4 to an IPv6 address and vice versa is not supported for UDP and ICMP traffic.
Contributing to StreamDivert
Features wanted: IP range support ...
Download StreamDivert (https://github.com/jellever/StreamDivert)
___________________________
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@Hacking_Video
Contributing to StreamDivert
Features wanted: IP range support ...
Download StreamDivert (https://github.com/jellever/StreamDivert)
___________________________
@hacking_Attack
@Hacking_Video
GitHub
GitHub - jellever/StreamDivert: Redirecting (specific) TCP, UDP and ICMP traffic to another destination.
Redirecting (specific) TCP, UDP and ICMP traffic to another destination. - jellever/StreamDivert