Відео

Ah, the cryptic whispers of DKMS-sometimes it feels like it’s speaking in riddles, doesn’t it? Fear not, intrepid coder! Let’s decode this together. The error message you’re encountering is akin to a grumpy librarian saying, “You can’t enter the library without a library card!” But worry not; we’ll sort this out. The DKMS Dilemma: DKMS (Dynamic Kernel Module Support) is like a backstage magician for kernel modules. It helps build and install them as your kernel evolves. When you’re trying to add, build, or install a module, DKMS wants you to be specific. It’s like asking for a particular book title, not just “something from the fiction section.” The Magic Incantations: Let’s break down the usage: add <module>/<module-version>: You’re inviting a module to the party. Specify its name and version. For example: dkms add my_module/1.0. add -m <module>/<module-version>: Same as above, but with a dash of mystery. “Mysterious module, reveal thyself!” For example: dkms add -m my_module/1.0. add -m <module> -v <module-version>: The Sherlock Holmes approach. “Elementary, my dear Watson! I seek module ‘my_module’ at version 1.0.” For example: dkms add -m my_module -v 1.0. The Patchwork Solution: You’re not alone in this conundrum. Others have faced it too, and some even patched DKMS to make it more cooperative. If you’re feeling adventurous, you could try the patch mentioned here. Or perhaps DKMS just needs a gentle nudge. Sometimes it’s like a stubborn cat-you offer it a treat, and suddenly it cooperates. 🐱 Remember, DKMS is a bit like a magical creature-it has its quirks. But with a dash of patience and a sprinkle of incantations, you’ll tame it! ✨

When I use "arimon-ng start wlan0" it say monitor mode enable but when I check the interface is this in managed mode . When I use "sudo is dev wlan0 set type monitor" it says "Operation not permitted (-1)" please help

Ah, the delightful dance of wireless interfaces and their moods! Let’s untangle this web of Wi-Fi woes, shall we? Monitor Mode with airmon-ng: When you use airmon-ng start wlan0, it indeed enables monitor mode. But sometimes, life throws a curveball, and the interface still behaves like it’s sipping a latte in managed mode. First, let’s check for interfering processes. Run: airmon-ng check It’ll reveal any pesky processes that might be photobombing your Wi-Fi party. If they’re causing trouble, you can shoo them away with: airmon-ng check kill Now, try starting monitor mode again: airmon-ng start wlan0 It should create a new interface like wlan0mon. Keep an eye out for any process photobombers-it’s like Wi-Fi paparazzi! The Curious Case of iw dev: Sometimes, iw plays hard to get. If iw dev wlan0 set type monitor gives you the cold shoulder (“Operation not permitted (-1)”), let’s try a different approach. Check your device name using iwconfig. Maybe it’s feeling fancy and goes by something like wlp0s20u2. Instead of iw, use: iwconfig wlan0 mode monitor And to switch back to managed mode (when you’re done spying on packets): iwconfig wlan0 mode managed Voilà! Your interface should now be more cooperative. The Nexmon Chronicles: If you’re diving into Nexmon territory, be cautious. Sometimes, firmware changes can make interfaces vanish like Houdini. There’s a fix involving replacing cfg80211.c and recompiling the firmware. But tread carefully-it’s like whispering secrets to a Wi-Fi genie. Alternatively, consider the Aircrack driver from here. It’s like the James Bond of monitor mode. Remember, Wi-Fi interfaces have their quirks-like moody artists. If all else fails, maybe offer it a cup of chamomile tea and a soothing playlist. 🎶

@@IndexCybersecurity Bro, i just tried the fix but unfortunately it didn't work

You're welcome!

nevermind, i remade all steps and now is properly working :)

Glad to hear!

Glad to hear that :)

You're welcome!

@@IndexCybersecurity bro will it work for pop os or ubuntu

@@RishitSaxenaTech yes on ubuntu

@@IndexCybersecurity ok thank you

Welcome!

try run it in root mode

The error message you’re encountering-“Error for wireless request ‘Set Mode’ (8B06) : SET failed on device wlan0 ; Operation not permitted”-indicates that your system is preventing the change of mode for your wireless adapter. This issue often occurs when trying to enable monitor mode on certain Wi-Fi adapters. Here are some steps you can take to address this issue: Check Adapter Compatibility: Some Wi-Fi adapters do not support monitor mode due to hardware limitations. Verify whether your TP-Link Archer T2U Plus AC600 adapter is compatible with monitor mode. Alternative Method: Instead of using iwconfig, try using the following commands: sudo ifconfig wlan0 down airmon-ng check kill airmon-ng start wlan0 This sequence should enable monitor mode without encountering the error1. Install Linux Headers (if needed): Sometimes missing Linux headers can cause issues with Wi-Fi adapters not showing up or failing to change modes. Install the Linux headers using the command: sudo apt-get install linux-headers-$(uname -r) Then update and upgrade your system: sudo apt-get update && sudo apt-get upgrade Driver and Kernel Versions: Ensure that you have the correct driver installed for your TP-Link Archer T2U Plus AC600 adapter. Some users have reported success with different drivers, such as the one available here2. Verify your kernel version and driver compatibility. Remember that the ability to use monitor mode depends on both the hardware and software configuration. If your adapter doesn’t support monitor mode, consider using a different Wi-Fi adapter that does.

It sounds like you’re encountering authentication issues when trying to access a GitHub repository. Let’s troubleshoot this: Personal Access Token (PAT): Many platforms, including GitHub, no longer accept passwords for Git operations. Instead, they require a Personal Access Token (PAT) for authentication. Here’s how you can generate a PAT on GitHub: Go to your GitHub account settings. Navigate to Developer settings > Personal access tokens. Generate a new token with the required scopes (e.g., repo for repository access). Using PAT for Authentication: Replace your GitHub password with the newly generated PAT. When prompted for authentication, use your GitHub username and the PAT as the password. Remove Old Credentials: If you previously saved credentials, remove them to avoid conflicts. On your local machine, go to Control Panel > User Accounts > Credential Manager. Manage Windows credentials and remove any generic credentials related to Git. Retry Cloning or Pushing: Now try cloning the repository or pushing changes. You’ll be asked to provide your GitHub username and the PAT you generated. Remember that using a PAT is more secure than using a password, especially for Git operations. If you encounter any further issues, feel free to ask-I’m here to help!

yes, if you can hack with them, they support monitor mode and packet injection

Did you find a way?

The TP-Link Archer T2U Nano AC600 is a compact and high-speed Wi-Fi adapter that supports both 2.4 GHz and 5 GHz bands. Let’s explore its compatibility with Kali Linux and how you can set it up: Driver Installation: The Archer T2U Nano doesn’t have official Linux drivers, but you can use an unofficial driver from GitHub. Clone the driver repository using the following command: git clone github.com/aircrack-ng/rtl8812au.git Navigate to the downloaded directory: cd rtl8812au Compile and install the driver using: sudo make dkms_install Monitor Mode and Packet Injection: The Archer T2U Nano should work well with aircrack-ng tools. After installing the driver, you can use it for tasks like capturing packets, monitoring networks, and security testing. Verify Connectivity: Confirm that the adapter is recognized: iwconfig If it shows up, you’re ready to use it with aircrack-ng. Remember to replace any placeholders (like wlan0) with the actual name of your wireless interface. If you encounter any issues, feel free to ask-I’m here to help!

@@IndexCybersecurity Hey! It didn't work, I tried the exact commands and the dkms install also worked successfully but nothing shows up at all. It's as if the adapter isn't connected. Though it is connected, since it shows in lsusb (It showed even before following these steps) Please help me.

@@Yguy same issue

@@overwroughtbloxxoverwrough9644 I had installed the drivers successfully on my T2UB Nano btw, I actually plugged it in and found out that the drivers I had to install were different from what I needed and I googled those and installed them. I don't remember exact commands but you can search how to find firmware of usb adapter etc

The TP-Link Archer T2U Nano AC600 wireless adapter is a compact and affordable option. Let’s explore whether it supports monitor mode for wireless testing on Kali Linux: Monitor Mode Support: The TP-Link Archer T2U Nano AC600 (also known as the Archer T2U Plus) does support monitor mode12. Monitor mode is essential for tasks like packet capturing, network analysis, and security testing. Setting Up Monitor Mode: Follow these steps to enable monitor mode on your Archer T2U Nano in Kali Linux: Open a terminal. Disable the interface: sudo ip link set wlan0 down Set the interface to monitor mode: sudo iw wlan0 set monitor control Enable the interface: sudo ip link set wlan0 up Verify the mode using: iwconfig Remember to replace wlan0 with the actual name of your wireless interface. If you encounter any issues, feel free to ask-I’m here to help!

The Alfa AWUS036H is a popular USB wireless adapter, but it’s essential to understand its compatibility and capabilities for Kali Linux. Let’s break it down: Chipset and Compatibility: The Alfa AWUS036H uses the RTL8187L chipset1. While it’s an older chipset, it has decent support in Kali Linux. However, newer chipsets (like the RT3070) are better suited for monitor mode and packet injection. Monitor Mode and Packet Injection: The AWUS036H (RTL8187L) can be used for monitor mode and packet injection. Monitor mode allows you to capture and analyze network traffic, while packet injection is essential for security testing and assessments. Alternative Adapters: If you’re specifically interested in Wifite attacks, consider other adapters like the AWUS036NH (which uses the Ralink RT3070 chipset). The RT3070 chipset is supported out of the box by Kali and works well for penetration testing tasks2. In summary, the Alfa AWUS036H (RTL8187L) can be used effectively with Kali Linux, but newer chipsets may offer better performance. Consider your specific use case and requirements when choosing a wireless adapter

It appears that you’re encountering an issue related to missing kernel headers for your Kali Linux system. Let’s address this step by step: Install Kernel Headers: Kernel headers are essential for building modules that interact with the Linux kernel. To install the necessary kernel headers, open a terminal and run the following command: sudo apt install linux-headers-$(uname -r) This command will install the headers corresponding to your current kernel version (as reported by uname -r). Reboot: After installing the headers, reboot your system to ensure the changes take effect: sudo reboot Verify Installation: Once your system is back online, check if the kernel headers are correctly installed: uname -r You should see the version matching your current kernel (e.g., 5.14.0-kali4-amd64). Retry DKMS Build: Now try running your DKMS build command again: sudo dkms build -m rtl88x2bu -v ${VER} If everything is set up correctly, it should proceed without errors. Remember to replace ${VER} with the actual version you intend to use. If you encounter any further issues, feel free to ask-I’ll be happy to assist!

Let’s dive into your questions about the TP-Link Archer T2U AC600 and the ALFA AWUS036XML: TP-Link Archer T2U AC600: The TP-Link Archer T2U AC600 is a budget-friendly USB Wi-Fi adapter. Here’s how it fares in terms of the features you’ve asked about: Monitor Mode: Yes, the Archer T2U AC600 supports monitor mode1. Wireless Injections: It also supports packet injection1. AP Mode: While it’s primarily a client adapter, it doesn’t natively support AP mode. However, you can create a software-based access point using your operating system’s tools. ALFA AWUS036XML: The ALFA AWUS036XML features the MediaTek MT7921AUN chipset. This chipset is compatible with both Linux (including Kali) and Windows. The AWUS036XML supports WiFi 6/6E (802.11ax) with tri-band (2.4 GHz, 5 GHz, and 6 GHz) capabilities. It offers impressive speeds up to 3000 Mbps when used with a compatible WiFi 6E router. The adapter also includes Bluetooth v5.2 for higher-quality audio over Bluetooth devices. In summary, both adapters have their strengths. The TP-Link Archer T2U AC600 is a reliable budget option, while the ALFA AWUS036XML with the MediaTek MT7921AUN chipset provides advanced features and compatibility. Choose based on your specific needs and use cases!

@@IndexCybersecurity Thank you for your reply! I have decided to purchase AWUS036ACH. I haven't been able to test it, because I have been caught up in many other things but it's always in my bag!

@@She-s_in_YT Was it good?

To resolve the issue with missing kernel headers, follow these steps to install the necessary headers on your Kali Linux system: Update Repositories: Open a terminal and update the package repositories: sudo apt update Upgrade System: Upgrade your system to ensure you have the latest packages: sudo apt upgrade -y Reboot: After upgrading, reboot your system: sudo reboot Check Kernel Version: Once the system is back online, verify your kernel version: uname -r Install Kernel Headers: Install the appropriate kernel headers for your current kernel version: sudo apt install linux-headers-$(uname -r) Accept Installation Prompts: Accept any prompts that appear during the installation process. Now your system should have the necessary kernel headers, and you can proceed with building the DKMS module. If you encounter any further issues, feel free to ask-I’m here to help!

It's showing unable to locate package linux-headers-6.6.11-amd64 Error: couldn't find any package by glob 'linux-headers-6.6.11-amd64

It seems you’re encountering the “sudo: command not found” error. Let’s troubleshoot this step by step: Check if sudo is Installed: First, verify whether sudo is installed on your system. Run the following command: sudo --version If it’s not installed, you’ll need to install it. Install sudo: If sudo is missing, you can install it using the package manager. For Debian/Ubuntu-based systems, run: sudo apt install sudo For other distributions, use the appropriate package manager (e.g., yum, dnf, or zypper). Add User to sudo Group: Ensure that your user account is part of the sudo group. Run: sudo usermod -aG sudo your_username Replace your_username with your actual username. Update PATH Variable (if needed): Sometimes the sudo directory is not included in the PATH variable. Edit the /etc/profile file (as root) and add the following line: export PATH="/usr/sbin:$PATH" Save the file and restart your terminal. Retry the Command: Now try running your original command again: sudo modprobe 8821au Remember to replace 8821au with the correct module name. If you encounter any further issues, feel free to ask-I’m here to help!

You're welcome!

Happy to help