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هشیار کسی باید کز عشق بپرهیزد وین طبع که من دارم با عقل نیامیزد Saadi Shirazi 187

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Repost from SoheilSec

Repost from APT
🖼️ Bypass Medium Paywall A little lifehack if you, like me, come across paid articles from Medium. These sites allow you to read paid Medium articles for free: 🔗 https://freedium.cfd/<URL> 🔗 https://medium-forall.vercel.app/ #medium #premium #bypass

Structure-Aware linux kernel Fuzzing with libFuzzer
I decided to experiment with KCOV and see how I can hook it into libfuzzer and boot the kernel without spending too much on building a root file system.
credit: Meysam https://r00tkitsmm.github.io/fuzzing/2024/03/27/libffuzzerkernel.html

Low-Level x86-64 Architecture, Linking & Loading, Memory Management, etc... from SANS sec660.4 (Exploiting Linux for Penetration Testers) credit: Stephen Sims https://www.youtube.com/watch?v=I37AJebKh2Y ——— @islemolecule_source

AWE Prep OffSec EXP-401 Advanced Windows Exploitation (AWE) credit : talson
Windows Kernel Exploitation Ghidra Setup & Tips Browser Exploitation Hypervisor Exploitation
https://talson.notion.site/AWE-Prep-c820706e05be43cf9fb434625914c171

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From VT

Go 101 an up-to-date knowledge base for Go programming self learning https://go101.org/
-= Go (Fundamentals) 101 =- -= Go Generics 101 =- -= Go Optimizations 101 =- -= Go Details & Tips 101 =- -= Go Quizzes 101 =- -= Go 101 Apps & Libs =- -= Go 101 Blog =-
——— @islemolecule_source

c2_obf.zip4.17 MB

Windows Defender Killer | C++ Code Disabling Permanently Windows Defender using Registry Keys https://github.com/S12cybersecurity/WinDefenderKiller

Repost from SoheilSec
A review of zero-day in-the-wild exploits in 2023 [ TAG + Mandiant ] In 2023, Google observed 97 zero-day vulnerabilities exploited in-the-wild. That’s over 50 percent more than in 2022, but still shy of 2021’s record of 106. Today, Google published its fifth annual review of zero-days exploited in-the-wild, marking the first time Google’s Threat Analysis Group (TAG) and Mandiant teamed up on the report. https://blog.google/technology/safety-security/a-review-of-zero-day-in-the-wild-exploits-in-2023

Understanding the PE+ File Format credit :allthingsida [ 01 ] The Headers [ 02 ] Imports [ 03 ] Exports [ 04 ] Entry Points and TLS Callbacks ——— @islemolecule_source

In less than a couple of days, the first fixes for 0-day, discovered as part of the Pwn2Own Vancouver 2024 hacker competition, rolled out. The first deals with out-of-bounds (OOB) writing (CVE-2024-29943) for remote code execution, and the second implements Mozilla Firefox sandbox escape via an untrusted function (CVE-2024-29944). Mozilla says the first vulnerability could allow attackers to access a JavaScript object out of bounds by exploiting range-based bounds checking elimination on affected systems. An attacker was able to perform an out-of-range read or write to a JavaScript object by tricking the elimination of range-based bounds checking. The second flaw is described as privileged execution of JavaScript via event handlers, which could allow an attacker to execute arbitrary code in the parent process of the Firefox Desktop web browser. Mozilla has fixed security flaws in Firefox 124.0.1 and Firefox ESR 115.9.1, blocking potential remote code execution attacks that target unpatched browsers. The speed is certainly encouraging, especially considering that after the Pwn2Own competition, vendors are usually in no hurry to release fixes, counting on a 90-day delay until Trend Micro's Zero Day Initiative reveals them publicly. In addition to Mozilla Firefox, the researcher also successfully uncovered Apple Safari, Google Chrome and Microsoft Edge, whose suppliers are now also analyzing the essence of the problems and preparing their patches. https://www.mozilla.org/en-US/security/advisories/mfsa2024-15/#CVE-2024-29943

The_Secret_Life_of_Programs_Understand_Computers_Craft_Better_Code.pdf15.51 MB

Table of contents Chapter 1: The Internal Language of Computers Chapter 2: Combinatorial Logic Chapter 3: Sequential Logic Ch
Table of contents  Chapter 1: The Internal Language of Computers Chapter 2: Combinatorial Logic Chapter 3: Sequential Logic Chapter 4: Computer Anatomy Chapter 5: Computer Architecture Chapter 6: Communications Breakdown Chapter 7: Organizing Data Chapter 8: Language Processing Chapter 9: The Web Browser Chapter 10: Application and System Programming Chapter 11: Shortcuts and Approximations Chapter 12: Deadlocks and Race Conditions Chapter 13: Security Chapter 14: Machine Intelligence Chapter 15: Real-World Considerations