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Introduction to Indoor Air Quality
Greening the Economy: Sustainable Cities
Cryptography I
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Uncover vulnerabilities in Siemens ET 200SP SoftPLC, exploring its architecture, boot process, and potential attack vectors. Learn about PC-based PLCs and their security implications in industrial control systems.
Methodology for detecting wireless signal tracking using low-cost hardware and Python. Covers SIGINT techniques, MAC address randomization, and provides code for DIY implementation.
Explore a protocol for collectivizing security bounties, enabling companies to showcase software security and ethical hackers to retrieve bounties without ambiguity, eliminating subjectivity in triage processes.
Techniques for detecting unauthorized use of algorithms in commercial products, including search methods, reverse-engineering, and a real-world case study. Provides strategies for addressing IP theft and prevention.
Explore Intel Wi-Fi chip vulnerabilities through reverse-engineering, uncovering firmware exploits and code execution risks in complex features like Wake-on-WLAN and TDLS.
Unveils a novel exploitation technique surpassing Dirty Pipe, enabling arbitrary file overwriting and privilege escalation through double-free vulnerabilities, applicable across affected kernel versions.
Explore vulnerabilities in Cisco ASA firewalls, including ASDM package verification issues and FirePOWER module exploits. Learn to create malicious packages and gain root access.
Explore syscall-flow-integrity protection (SFIP) to enhance application security by limiting control flow across user-to-kernel transfers, addressing vulnerabilities in complex software systems.
Explore Firefox's innovative approach to mitigating zero-day attacks using in-memory sandboxes for third-party C libraries, enhancing security against memory safety vulnerabilities.
Explore vulnerabilities in Linux kernel file descriptor operations, focusing on high-risk scenarios in exporting and importing, and learn to identify and address these security concerns.
Explore advanced techniques for embedding and loading static payloads in Linux malware, focusing on ELF binary construction and section manipulation to enhance payload survival and evasion.
Explore how large-scale neural networks revolutionize cybersecurity, enabling custom explanations of attacker behavior and improved threat detection with limited data. Learn to leverage public models like GPT-3 for security applications.
Explore key stretching and PAKEs: their history, best practices, and applications in encrypted cloud services. Learn to create toy algorithms and understand their importance in cybersecurity.
Explore DNSSEC vulnerabilities and cryptographic agility risks, revealing how adversaries can manipulate DNS responses to compromise security and prevent DNSSEC validation.
Explore the escalating war between internet advertising fraud and anti-fraud efforts. Analyze typical underground industry gangs and their evolving tactics in this high-stakes technological confrontation.
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