
Implement advanced security features for Docker and Kubernetes environments. Learn to protect containerized ecosystems, secure daemons, and safeguard orchestrated deployments against potential threats.

Hands-on lab introducing timeless debugging and analysis for reverse-engineering. Learn to navigate from crashes to root causes using REVEN platform on Windows scenarios. Combines GUI and Python API approaches.

Hands-on workshop on purple team exercises, combining red and blue team roles. Practice adversary emulation, threat detection, and defense improvement in a simulated environment.

Hands-on lab exploring industrial control system security through red team attacks and blue team defenses. Bridges knowledge gap between ICS and infosec, focusing on MITRE ATT&CK for ICS implementation.

Explore Qiling Framework's sandbox emulation capabilities with IDA Pro for cross-platform binary analysis, fuzzing, and dynamic MBR analysis. Learn to build custom analysis tools using Python APIs.

Hands-on lab exploring Bluetooth Low Energy security vulnerabilities using simulated devices. Learn to assess and exploit common BLE weaknesses without specialized hardware.

Learn to write ARM shellcode for IoT devices, covering ARM architecture, system calls, and techniques for creating compact, reliable payloads. Includes hands-on labs and a demo of exploiting an ARM-based IoT device.

Aprenda a criar e usar um fuzzer para encontrar bugs e vulnerabilidades, incluindo técnicas para escrever exploits e obter acesso a sistemas. Demonstrações práticas incluídas.

Explore a physical hardware device for GPS spoofing on non-jailbroken iPhones, offering a flexible and accurate solution beyond traditional app-based methods.

Explore the distinctions between pentesting and red teaming, delving into tools, techniques, and career paths. Gain insights on becoming a red team operator and valuable resources for professional growth.

Explore strategies for enhancing blue team threat detection capabilities, leveraging multiple data sources to stay ahead of sophisticated attackers in an ever-evolving cybersecurity landscape.

Exploring techniques to detect and exploit logical vulnerabilities in web applications, focusing on manual testing methods and real-world examples from bug bounty programs.

Explore how advanced threat actors systematize and scale malware operations, and learn to analyze relationships between campaigns, malware families, and threat actors in this cybersecurity deep dive.

Discover a novel vulnerability in TPM that compromises BitLocker encryption, allowing VMK extraction without physical access. Learn about the sleep mode exploit and its impact on system security.

Discover vulnerabilities in Microsoft 365 applications, including cross-tenant privacy leaks, SQLi, CSRF, SSRF, and XSS. Learn bug hunting techniques and tips for testing new Office 365 features.

Explore AEZAKMI, a tool for browser anonymity and fingerprinting bypass. Learn how it obfuscates common parameters to enhance online privacy and support multi-account usage.

Unveiling iOS 13.7 exploit chain: kernel vulnerabilities, mitigation bypasses, and techniques for reading/writing kernel memory. Insights into iOS security research and jailbreak development.

Explore Android RATs detection using machine learning and Python IDS. Learn about dataset creation, Slips IDS implementation, and live demo of RAT activity detection in mobile device network traffic.

Explore the end-to-end process of automated account takeovers, including attack methodologies, technical innovations, and strategies for capitalizing on ATOs. Learn about UX-centric security measures to combat this growing threat.

Explore AI-powered malware mutation techniques using Generative Adversarial Networks and Deep Reinforcement Learning to create evasive samples, challenging traditional detection methods and enhancing cybersecurity defenses.

Innovative Android malware analysis engine using criminal law principles. Develops a scoring system with five stages to assess malicious activities, overcoming obfuscation techniques through a specialized Dalvik bytecode loader.