
Explore execute-only memory implementation for AArch64 binaries, enhancing security against code reuse attacks without source code or debugging symbols. Learn about NORAX's design, components, and real-world performance.

Explore the challenges of applying scientific principles to computer security research, examining methodological issues and the need for consensus in the field.

Explore software engineering choices behind recent NTP vulnerabilities, focusing on packet consistency checks, ephemeral associations, and spoofing in this IEEE conference talk.

Explores HTTP cookie hijacking vulnerabilities in major websites, revealing how partial HTTPS deployment can expose sensitive user information and functionality to attackers.

Explores techniques to bypass destructive code reads, a defensive strategy against code reuse attacks, through constructive reloads and code association via implicit reads, demonstrating vulnerabilities in this security approach.

Explore stealthy hardware attacks using analog circuits to bypass security measures. Learn techniques for creating small, undetectable malicious modifications during chip fabrication.

Explores deep learning models for malware classification, analyzing learned features from byte-level to end-to-end, connecting activations to binary semantics, and examining impacts of training data and regularization.

Explore residential IP proxies as a dark service, uncovering their operations, security risks, and involvement in cybercrimes through infiltration and analysis of millions of proxy IPs across 230+ countries.

Dynamic security analysis of LTE control plane procedures, uncovering 36 vulnerabilities in operational networks. Demonstrates attacks affecting service availability, SMS spoofing, and data manipulation.

Exploring users' real-time responses to suspicious login incidents across cultures, revealing common patterns and unique challenges in digital security incident handling.

Uncovers critical vulnerabilities in solid state drive hardware encryption, revealing potential data recovery risks and the need for additional security measures.

Discover how hard drives can be exploited as microphones, potentially compromising privacy. Learn about this unique security threat and explore defense mechanisms against acoustic eavesdropping.

Explore SMT execution engine sharing as a side-channel leakage source, targeting ports to create a high-resolution timing side-channel for attacks on various architectures and applications.

Explore techniques for publishing deep learning models with differential privacy, optimizing privacy loss and model accuracy through concentrated differential privacy and dynamic budget allocation.

Explore innovative blockchain redaction techniques for permissionless systems, addressing data privacy concerns while maintaining security and public verifiability without additional trust assumptions.

Explore reactive BGP routing as a novel approach to mitigate DDoS attacks and network congestion, focusing on traffic isolation and path control without requiring Internet redesign or external cooperation.

Explore autonomous IoT device pairing using different sensor types, focusing on event timing for cross-modal context-based pairing in smart homes. Learn about Perceptio's protocol and its effectiveness.

Explores the economics of offline password cracking, analyzing major breaches and demonstrating inadequacies in current key-stretching methods. Advocates for memory-hard functions to enhance password security.

Detect SS7 redirection attacks in phone networks using audio-based distance bounding. Learn about Sonar, a system that measures call audio round-trip times to identify and prevent illicit call interceptions.

Explore innovative metadata-tag based stack-protection security policies for tagged architectures, focusing on efficient cacheability and performance in unsafe languages like C.

Explore digital immunity challenges faced by humanitarian organizations, focusing on ICRC's unique operational, technical, legal, and managerial aspects in data handling and security.