Requirements: Compiling Steps, C Programming
Level: Intermediate
Author: Apple Inc.

Contents Index:

1 - Overview of Runtime Architecture
2 - Building Mach-O Files
3 - Executing Mach-O Files
4 - Loading Code At Runtime
5 - Runtime Conversations for PowerPC
6 - Data Types
7 - Data Alignment
8 - Stack Structure
9 - Routine Calls
10 - Dynamic Code Generation
11 - Mach-O File Format Reference
12 - Mach-O Header Data Structure
13 - Load Command Data Structures
14 - Symbol Table and Related Data Structures
15 - Relocation Data Structures
16 - Static Archive Libraries
17 - Multi-CPU Architecture Files

Requirements: C, Windows (structure and etc)
Level: Intermediate to Advanced
Author: Johnson M. Hart

Table of Contents:
1- Getting Started with Windows
2- Using the Windows File System and Character I/O
3- Advanced File and Directory Processing, and the Registry
4- Exception Handling
5- Memory Management, Memory-Mapped Files, and DLLs
6- Process Management
7- Threads and Scheduling
8- Thread Synchronization
9- Locking, Performance, and NT6 Enhancements
10- Advanced Thread Synchronization
11- Interprocess Communication
12- Network Programming with Windows Sockets
13- Windows Services
14- Asynchronous Input/Output and Completion Ports
15- Securing Windows Objects
16- Using the Sample Programs
17- Source Code Portability: Windows, UNIX, and Linux
18- Performance Results

Based off of a Defcon workshop

Advanced Techniques for Malicious
Functionality

Leveraging Rootkits for
Post-Exploitation

rule Synapse_Ransomware_1_0_0
{
meta:
denoscription = "Synapse Ransomware 1.0.0 Stable Version Release - Detection Rule"
author = "CRT"
date = "2024-05-22"
version = "1.0"
malware_type = "ransomware"
strings:
$str1 = "Global\\FSWiper" ascii wide nocase
$str2 = "ZLWP.tmp" ascii wide nocase
$str3 = "Microsoft Primitive Provider" ascii wide nocase
$str4 = "RNG" ascii wide nocase
$str5 = "Synapse" ascii wide nocase
$clsid1 = {11 F8 90 45 3A 1D D0 11 89 1F 00 AA 00 4B 2E 24}
$clsid2 = {98 66 4B 67 92 EE D0 11 AD 71 00 C0 4F D8 FD FF}
$clsid3 = {87 A6 12 DC 7F 73 CF 11 88 4D 00 AA 00 4B 2E 24}
$clsid4 = {74 A6 AC 44 FC E8 D0 11 A0 7C 00 C0 4F B6 88 20}
condition:
all of them
}

In this post, I'll exploit CVE-2023-3420, a type confusion in Chrome that allows remote code execution (RCE) in the renderer sandbox of Chrome by a single visit to a malicious site.

In this post, I'll exploit CVE-2023-4069, a type confusion in Chrome that allows remote code execution (RCE) in the renderer sandbox of Chrome by a single visit to a malicious site.