SEC760: Advanced Exploit Development for Penetration Testers Expert - Led Video Course
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Lesson 1: Introduction to Exploit Development
1.1 Overview of Exploit Development
1.2 Penetration Testing vs. Exploit Development
1.3 Ethical Considerations
1.4 Legal Frameworks
1.5 Common Vulnerabilities
1.6 Exploit Development Lifecycle
1.7 Required Skills and Prerequisites
1.8 Lab Setup and Tools
1.9 Syllabus Overview
1.10 Resources for Further Study
Lesson 2: Memory Layout and Management
2.1 Process Memory Structure
2.2 Stack and Heap Fundamentals
2.3 Data Segments
2.4 Memory Protection Mechanisms
2.5 Address Space Layout Randomization (ASLR)
2.6 Virtual to Physical Address Mapping
2.7 Stack Frames and Function Calls
2.8 Common Memory Vulnerabilities
2.9 Debugging Memory Issues
2.10 Tools for Memory Analysis
Lesson 3: Assembly Language Basics
3.1 x86 vs x64 Architectures
3.2 Registers and Their Uses
3.3 Instruction Sets
3.4 Control Flow Instructions
3.5 Data Movement Instructions
3.6 Stack Operations
3.7 Function Calling Conventions
3.8 Inline Assembly in C
3.9 Disassembly with Tools
3.10 Writing Simple Assembly Programs
Lesson 4: Working with Debuggers
4.1 Introduction to Debuggers
4.2 GDB Basics
4.3 WinDbg Overview
4.4 Setting Breakpoints
4.5 Step-by-step Execution
4.6 Inspecting Registers
4.7 Modifying Memory at Runtime
4.8 Analyzing Core Dumps
4.9 Scripting in Debuggers
4.10 Automating Debugging Tasks
Lesson 5: Buffer Overflow Fundamentals
5.1 What is a Buffer Overflow
5.2 Identifying Vulnerable Code
5.3 Stack Buffer Overflows
5.4 Heap Buffer Overflows
5.5 Exploiting Buffer Overflows
5.6 Shellcode Basics
5.7 Writing Simple Exploits
5.8 Manual Fuzzing Techniques
5.9 Automating Exploit Testing
5.10 Case Studies in Buffer Overflows
Lesson 6: Stack-based Exploitation
6.1 Anatomy of Stack-based Exploits
6.2 Return Address Overwrites
6.3 NOP Sled Techniques
6.4 Shellcode Injection
6.5 Bypassing Stack Protections
6.6 Off-by-One Errors
6.7 Saved Frame Pointer Overwrites
6.8 Stack Cookies and Canary Bypass
6.9 Real-world Stack Exploits
6.10 Mitigation Techniques
Lesson 7: Heap-based Exploitation
7.1 Heap Structure and Management
7.2 Heap Overflows Explained
7.3 Use After Free Vulnerabilities
7.4 Double Free Attacks
7.5 Heap Spraying Techniques
7.6 Allocator Internals
7.7 Bypassing Heap Protections
7.8 Real-world Heap Exploits
7.9 Modern Heap Exploitation Tools
7.10 Heap Hardening Mechanisms
Lesson 8: Format String Vulnerabilities
8.1 What are Format Strings
8.2 Identifying Vulnerable Functions
8.3 Exploiting Format String Bugs
8.4 Memory Disclosure via Format Strings
8.5 Arbitrary Write Primitives
8.6 Stack Manipulation with Format Strings
8.7 Protection Mechanisms
8.8 Real-world Format String Attacks
8.9 Tools for Detection
8.10 Mitigation Strategies
Lesson 9: Return-Oriented Programming (ROP)
9.1 Introduction to ROP
9.2 Bypassing DEP with ROP
9.3 Building ROP Chains
9.4 Gadget Hunting
9.5 Automating ROP Chain Generation
9.6 ROP Tools and Frameworks
9.7 ROP in x64 and ARM
9.8 Defenses Against ROP
9.9 Real-world ROP Exploits
9.10 Research Trends in ROP
Lesson 10: Shellcode Development
10.1 Introduction to Shellcode
10.2 Types of Shellcode
10.3 Writing Custom Shellcode
10.4 Shellcode Encoding and Obfuscation
10.5 Avoiding Bad Characters
10.6 Shellcode Injection Techniques
10.7 Testing Shellcode
10.8 Shellcode for Different OS
10.9 Polymorphic Shellcode
10.10 Anti-shellcode Defenses
Lesson 11: Bypassing DEP and ASLR
11.1 Understanding DEP
11.2 DEP Bypass Strategies
11.3 Introduction to ASLR
11.4 ASLR Bypass Techniques
11.5 Information Leak Exploits
11.6 Return-to-libc Attacks
11.7 Partial Overwrite Attacks
11.8 Real-world Bypass Examples
11.9 Mitigation and Hardening
11.10 Assessment Tools
Lesson 12: Fuzzing for Vulnerabilities
12.1 What is Fuzzing
12.2 Types of Fuzzers
12.3 Mutation vs Generation Fuzzing
12.4 Instrumenting Programs for Fuzzing
12.5 Corpus Collection
12.6 Crash Analysis
12.7 Automating Fuzzing Workflows
12.8 Fuzzing Network Services
12.9 Open-source Fuzzing Tools
12.10 Fuzzing in Modern Environments
Lesson 13: Exploit Development on Linux
13.1 Linux Exploitation Basics
13.2 Local Privilege Escalation
13.3 Exploiting SUID Binaries
13.4 Kernel Exploit Fundamentals
13.5 Bypassing Linux Protections
13.6 Linux Stack Exploits
13.7 Linux Heap Exploits
13.8 Linux-specific Shellcode
13.9 Real-world Linux Exploits
13.10 Hardening Linux Systems
Lesson 14: Exploit Development on Windows
14.1 Windows Memory Architecture
14.2 Windows API Overview
14.3 SEH-based Exploitation
14.4 DLL Injection Techniques
14.5 Windows Shellcode
14.6 Exploiting Windows Services
14.7 Bypassing Windows Protections
14.8 Real-world Windows Exploits
14.9 Windows Exploit Toolchains
14.10 Hardening Windows Systems
Lesson 15: Exploit Development on MacOS
15.1 MacOS Exploitation Overview
15.2 Mach-O Binary Format
15.3 MacOS Memory Protections
15.4 Writing MacOS Shellcode
15.5 Exploiting MacOS Services
15.6 Bypassing MacOS Protections
15.7 Real-world MacOS Exploits
15.8 Debugging on MacOS
15.9 MacOS Exploit Tools
15.10 Mitigation Strategies
Lesson 16: Client-side Exploitation
16.1 Introduction to Client-side Attacks
16.2 Exploiting Browser Vulnerabilities
16.3 Document-based Exploits
16.4 Social Engineering Techniques
16.5 Drive-by Download Attacks
16.6 JavaScript Exploitation
16.7 Flash and ActiveX Exploits
16.8 Sandboxing and Bypass
16.9 Real-world Client Attacks
16.10 Defense Mechanisms
Lesson 17: Exploiting Web Applications
17.1 Common Web Vulnerabilities
17.2 Command Injection
17.3 SQL Injection Automation
17.4 Remote Code Execution
17.5 File Upload Exploits
17.6 Cross-site Scripting (XSS) Payloads
17.7 SSRF Attacks
17.8 Bypassing WAFs
17.9 Real-world Web Exploits
17.10 Secure Web Application Development
Lesson 18: Scripting and Automation for Exploitation
18.1 Scripting Basics for Exploits
18.2 Python for Exploit Development
18.3 Using Ruby and Metasploit
18.4 Automating Exploit Workflows
18.5 Exploit Script Templates
18.6 Handling Network Interactions
18.7 Automating Fuzzing
18.8 Scripting with Powershell
18.9 Integrating Scripts with Tools
18.10 Scripting Best Practices
Lesson 19: Reverse Engineering for Exploit Development
19.1 Introduction to Reverse Engineering
19.2 Static vs Dynamic Analysis
19.3 Disassembly and Decompilation
19.4 Identifying Vulnerability Points
19.5 Binary Patching
19.6 Analyzing Protocols
19.7 Understanding Obfuscated Code
19.8 Using IDA Pro
19.9 Reverse Engineering Malware
19.10 Protecting Against Reverse Engineering
Lesson 20: Exploit Chaining and Post-Exploitation
20.1 What is Exploit Chaining
20.2 Privilege Escalation Techniques
20.3 Lateral Movement
20.4 Persistence Mechanisms
20.5 Data Exfiltration
20.6 Credential Dumping
20.7 Covering Tracks
20.8 Real-world Post-Exploitation
20.9 Automation of Post-Exploitation
20.10 Defensive Countermeasures
Lesson 21: Exploiting Modern Protections
21.1 Stack Canaries
21.2 Non-executable Stack/Heap
21.3 Control Flow Integrity
21.4 Code Signing
21.5 Pointer Authentication
21.6 Kernel Address Space Layout Randomization
21.7 Mitigating ROP/JOP
21.8 Hardware-based Protections
21.9 Offensive Evasion Techniques
21.10 Defensive Best Practices
Lesson 22: Advanced Heap Exploitation
22.1 Heap Internals Deep Dive
22.2 Heap Metadata Corruption
22.3 Use-After-Free Exploitation
22.4 Fastbin Duplication
22.5 House of Spirit/Force
22.6 Heap Feng Shui
22.7 Advanced Heap Attacks
22.8 Bypassing Heap Hardening
22.9 Heap Exploitation Tools
22.10 Modern Research in Heap Exploits
Lesson 23: Exploiting Race Conditions
23.1 What are Race Conditions
23.2 Types of Race Conditions
23.3 Identifying Race Vulnerabilities
23.4 Exploiting TOCTOU Bugs
23.5 File and Resource Races
23.6 Real-world Race Condition Exploits
23.7 Tools for Detecting Races
23.8 Synchronization Primitives
23.9 Defensive Programming
23.10 Mitigation Techniques
Lesson 24: Exploiting Network Services
24.1 Network Protocol Basics
24.2 Network Service Enumeration
24.3 Exploiting Buffer Overflows in Services
24.4 Format String in Network Protocols
24.5 Protocol State Manipulation
24.6 Exploiting Authentication Mechanisms
24.7 Denial-of-Service Attacks
24.8 Automating Network Exploits
24.9 Real-world Network Service Exploits
24.10 Defensive Network Configuration
Lesson 25: Kernel Exploitation Fundamentals
25.1 Introduction to Kernel Exploitation
25.2 Kernel vs Userland
25.3 Kernel Memory Layout
25.4 Identifying Kernel Vulnerabilities
25.5 Kernel Shellcode
25.6 Privilege Escalation via Kernel
25.7 Kernel Debugging Tools
25.8 Patch Analysis
25.9 Real-world Kernel Exploits
25.10 Kernel Hardening Techniques
Lesson 26: Exploiting Internet of Things (IoT) Devices
26.1 IoT Device Architecture
26.2 Common IoT Vulnerabilities
26.3 Firmware Analysis
26.4 Exploiting Embedded Web Servers
26.5 UART and JTAG Attacks
26.6 Wireless Protocol Exploitation
26.7 IoT Botnets
26.8 Hardening IoT Devices
26.9 Real-world IoT Exploits
26.10 IoT Exploitation Tools
Lesson 27: Wireless Exploitation
27.1 Wireless Protocols Overview
27.2 Wi-Fi Exploitation Fundamentals
27.3 Bluetooth Attacks
27.4 Zigbee and Other Protocols
27.5 Wireless Packet Injection
27.6 Exploiting Wireless Devices
27.7 Wireless Sniffing Tools
27.8 Bypassing Wireless Protections
27.9 Real-world Wireless Exploits
27.10 Mitigating Wireless Attacks
Lesson 28: Exploiting Cryptographic Implementations
28.1 Cryptography Basics
28.2 Common Crypto Vulnerabilities
28.3 Padding Oracle Attacks
28.4 Timing Attacks
28.5 Randomness Attacks
28.6 Certificate Validation Exploits
28.7 Breaking Custom Algorithms
28.8 Real-world Crypto Exploits
28.9 Automating Crypto Attacks
28.10 Defensive Crypto Practices
Lesson 29: Exploiting Mobile Applications
29.1 Android Exploitation Basics
29.2 iOS Exploitation Techniques
29.3 Mobile Application Reverse Engineering
29.4 Mobile App Vulnerabilities
29.5 Exploiting Insecure Storage
29.6 Mobile Network Attacks
29.7 Root/Jailbreak Exploits
29.8 Real-world Mobile Exploits
29.9 Mobile Exploitation Tools
29.10 Mobile App Hardening
Lesson 30: Exploiting Cloud Environments
30.1 Cloud Infrastructure Overview
30.2 Cloud Security Models
30.3 Common Cloud Vulnerabilities
30.4 Exploiting Misconfigurations
30.5 Privilege Escalation in Cloud
30.6 Exploiting Cloud APIs
30.7 Attacking Serverless Functions
30.8 Persistence in Cloud Environments
30.9 Real-world Cloud Exploits
30.10 Cloud Security Best Practices
Lesson 31: Advanced Shellcoding Techniques
31.1 Shellcode Polymorphism
31.2 Metamorphic Shellcode
31.3 Alphanumeric Shellcode
31.4 Egghunting Shellcode
31.5 Shellcode Encoders
31.6 OS Detection in Shellcode
31.7 Network-aware Shellcode
31.8 File-less Shellcode
31.9 Evasion Techniques
31.10 Defensive Shellcode Analysis
Lesson 32: Exploiting Scripting Languages
32.1 Scripting Language Vulnerabilities
32.2 PHP Code Injection
32.3 Python Exploitation
32.4 JavaScript Exploits
32.5 Server-side Template Injection
32.6 Deserialization Attacks
32.7 Automating Scripting Exploits
32.8 Real-world Scripting Language Exploits
32.9 Secure Scripting Practices
32.10 Detection Tools
Lesson 33: Bypassing Antivirus and EDR
33.1 How AV and EDR Work
33.2 Static vs Dynamic Analysis
33.3 Packers and Obfuscators
33.4 Writing AV-evasive Payloads
33.5 Living-off-the-Land Binaries
33.6 Process Injection Techniques
33.7 Memory-only Malware
33.8 EDR Bypass Techniques
33.9 Real-world Evasion Examples
33.10 Defensive Detection Methods
Lesson 34: Vulnerability Discovery and Analysis
34.1 Manual Code Review
34.2 Static Analysis Tools
34.3 Dynamic Analysis Techniques
34.4 Symbolic Execution
34.5 Taint Analysis
34.6 Crash Triage
34.7 Patch Diffing
34.8 Exploitability Assessment
34.9 Fuzzing Integration
34.10 Reporting Vulnerabilities
Lesson 35: Exploiting Custom Protocols
35.1 Understanding Proprietary Protocols
35.2 Protocol Reverse Engineering
35.3 Fuzzing Custom Protocols
35.4 State Machine Analysis
35.5 Exploiting Protocol Parsing Bugs
35.6 Injection Attacks in Custom Protocols
35.7 Real-world Protocol Exploits
35.8 Custom Protocol Hardening
35.9 Automated Exploit Generation
35.10 Detection and Mitigation
Lesson 36: Exploiting Virtualization Platforms
36.1 Virtualization Basics
36.2 Hypervisor Vulnerabilities
36.3 VM Escape Techniques
36.4 Exploiting Virtual Devices
36.5 Cloud Virtualization Attacks
36.6 Cross-VM Attacks
36.7 Real-world Virtualization Exploits
36.8 Defensive Virtualization
36.9 Detection Tools
36.10 Hardening Virtual Environments
Lesson 37: Exploit Writing for Modern Platforms
37.1 64-bit Exploit Development
37.2 ARM Exploitation
37.3 MIPS Exploitation
37.4 Cross-platform Shellcoding
37.5 Modern Compiler Protections
37.6 Writing Portable Exploits
37.7 Adapting to New Architectures
37.8 Real-world Multi-platform Exploits
37.9 Toolchains for Modern Platforms
37.10 Hardening Across Platforms
Lesson 38: Automating Vulnerability Discovery
38.1 Automated Static Analysis
38.2 Automated Dynamic Analysis
38.3 CI/CD Integration for Security
38.4 Automated Fuzzing Pipelines
38.5 Machine Learning in Vulnerability Discovery
38.6 Integrating with DevSecOps
38.7 Real-world Automation Examples
38.8 Tool Comparison
38.9 Custom Automation Solutions
38.10 Future Trends in Automation
Lesson 39: Exploiting Trusted Execution Environments
39.1 Understanding Trusted Execution
39.2 Common TEE Vulnerabilities
39.3 Exploiting Secure Enclaves
39.4 Attacking Secure Boot
39.5 Side-channel Attacks
39.6 Trusted Applications Exploits
39.7 TEE Exploit Tools
39.8 Real-world TEE Exploits
39.9 Mitigation Techniques
39.10 Hardening Trusted Environments
Lesson 40: Advanced Use of Exploit Frameworks
40.1 Metasploit Advanced Usage
40.2 Custom Modules in Metasploit
40.3 Corelan Exploit Framework
40.4 Immunity CANVAS
40.5 Exploit Pack Comparison
40.6 Automated Exploit Deployment
40.7 Integrating Exploit Frameworks
40.8 Scripting in Frameworks
40.9 Community Contributed Modules
40.10 Framework Best Practices
Lesson 41: Advanced Exploit Automation
41.1 Automated Exploit Generation
41.2 Scripting Exploit Chains
41.3 Auto-pivoting Techniques
41.4 Automating Post-Exploitation
41.5 Automated Persistence
41.6 Automated Lateral Movement
41.7 AI-driven Exploitation
41.8 Scaling Exploit Automation
41.9 Case Studies
41.10 Detection and Controls
Lesson 42: Exploiting Application Sandboxes
42.1 What is an Application Sandbox
42.2 Bypassing Sandboxing Mechanisms
42.3 Sandboxing in Browsers
42.4 Mobile App Sandboxing
42.5 Container Escapes
42.6 Real-world Sandbox Exploits
42.7 Sandbox Detection
42.8 Mitigation Methods
42.9 Sandboxing Best Practices
42.10 Emerging Sandbox Technologies
Lesson 43: Exploiting Secure Coding Mistakes
43.1 Common Secure Coding Errors
43.2 Exploiting Input Validation Failures
43.3 Misuse of Security APIs
43.4 Insecure Defaults
43.5 Race Conditions in Secure Code
43.6 Broken Authentication
43.7 Real-world Mistake Exploits
43.8 Secure Coding Guidelines
43.9 Code Review for Security
43.10 Secure Development Lifecycle
Lesson 44: Exploiting Supply Chain Vulnerabilities
44.1 Introduction to Supply Chain Attacks
44.2 Software Dependency Exploits
44.3 Exploiting CI/CD Pipelines
44.4 Malicious Package Injection
44.5 Third-party Library Vulnerabilities
44.6 Hardware Supply Chain Attacks
44.7 Real-world Supply Chain Exploits
44.8 Mitigation and Monitoring
44.9 Secure Supply Chain Practices
44.10 Incident Response for Supply Chain
Lesson 45: Advanced Post-exploitation Techniques
45.1 Advanced Privilege Escalation
45.2 Credential Harvesting
45.3 Pass-the-Hash Attacks
45.4 Persistence via Registry/Services
45.5 Lateral Movement Automation
45.6 Data Exfiltration Evasion
45.7 Tunneling and Proxying
45.8 Cleaning Up Artifacts
45.9 Post-exploitation Scripts
45.10 Defensive Monitoring
Lesson 46: Advanced Social Engineering Exploitation
46.1 Phishing Campaigns
46.2 Malicious Document Creation
46.3 Payload Delivery Techniques
46.4 Social Engineering Automation
46.5 Bypassing Email Filters
46.6 Exploiting Human Factors
46.7 Red Team Social Engineering
46.8 Real-world Social Engineering Attacks
46.9 Defensive Awareness Training
46.10 Advanced Social Engineering Tools
Lesson 47: Exploiting Machine Learning Systems
47.1 Introduction to ML Systems
47.2 ML-specific Vulnerabilities
47.3 Adversarial Input Attacks
47.4 Model Stealing
47.5 Data Poisoning
47.6 Model Inference Exploits
47.7 Exploiting ML APIs
47.8 Real-world ML Attacks
47.9 Detection and Mitigation
47.10 Securing ML Pipelines
Lesson 48: Exploiting Blockchain and Smart Contracts
48.1 Blockchain Basics
48.2 Smart Contract Vulnerabilities
48.3 Reentrancy Attacks
48.4 Integer Overflow/Underflow
48.5 Time Manipulation Attacks
48.6 Front-running Exploits
48.7 Auditing Smart Contracts
48.8 Real-world Blockchain Exploits
48.9 Tools for Smart Contract Security
48.10 Defensive Smart Contract Practices
Lesson 49: Reporting and Presenting Exploit Findings
49.1 Reporting Standards
49.2 Writing Exploit Proof-of-Concepts
49.3 Documenting Exploitation Steps
49.4 Visualizing Exploit Impact
49.5 Presenting to Technical Audiences
49.6 Communicating with Non-technical Stakeholders
49.7 Coordinated Disclosure
49.8 Remediation Recommendations
49.9 Handling Sensitive Data in Reports
49.10 Continuous Improvement in Reporting
Lesson 50: Capstone – Advanced Exploit Development Challenge
50.1 Capstone Project Overview
50.2 Vulnerability Identification
50.3 Exploit Planning
50.4 Writing the Exploit
50.5 Bypassing Protections
50.6 Post-exploitation Actions
50.7 Documentation and Reporting
50.8 Peer Review and Feedback
50.9 Live Demonstration
50.10 Final Assessment and Next Steps