
Explore groundbreaking research on the emotional dimensions of cybersecurity, examining how diverse emotions impact security behaviors and organizational outcomes through qualitative studies and interviews.

Discover insights into how middle school teachers and resource creators approach cybersecurity education, exploring the gaps between design considerations and classroom implementation needs.

Explore how social influences can negatively impact security and privacy decisions, revealing patterns of risky behavior transmission and proposing methods to mitigate these social effects on digital safety.

Explore groundbreaking research on Android users' privacy permission awareness and control behaviors, revealing key patterns in how people manage app permissions and protect personal data.

Explore the effectiveness of privacy standards in Digital Public Goods (DPGs), examining current evaluation methods and real-world implementation challenges in government service delivery systems.

Explore the gaps between academic research and real-world practices in malware analysis through expert interviews, revealing key challenges and opportunities for improving evasion countermeasures.

Explore how digital nudges can improve access review processes, enhance security, and guide decision-makers in managing organizational authorizations more effectively while reducing workload.

Explore privacy communication strategies for domestic robots, focusing on trust-building patterns and user preferences for managing sensor data collection and connectivity in home environments.

Explore how Hollywood's portrayal of passwords and hacking in movies shapes public perception of cybersecurity through analysis of 97,709 films spanning six decades.

Discover key findings from research on SMS phishing susceptibility, exploring how mobile users identify suspicious messages and what makes legitimate texts appear genuine.

Explore privacy perceptions and practices across software development teams through a comprehensive study of 362 participants, revealing key insights into privacy knowledge gaps and compliance challenges.

Explore key findings on diversity challenges in cybersecurity, examining professionals' experiences of belonging, safety, and harassment across demographic groups, with recommendations for community improvement.

Explore security experts' insights on AI integration in cybersecurity, examining trust factors, autonomy levels, and human-AI collaboration frameworks for optimal threat response.

Explore the usability evaluation of four Python-based differential privacy tools through a comprehensive study of 24 data practitioners, revealing key insights for improving implementation and adoption.

Delve into critical security vulnerabilities discovered in Eufy's IoT ecosystem through reverse engineering, revealing privacy risks and exploring countermeasures for smart home devices.

Uncover critical security vulnerabilities in Shimano Di2 wireless bicycle gear-shifting systems, including replay attacks, targeted jamming, and information leakage through ANT+ communication protocols.

Explore how AI and Neural Machine Translation can automatically generate offensive PowerShell code from natural language, with insights into dataset creation and model performance evaluation.

Discover techniques for transforming ELF binaries into shared libraries and analyze memory corruption vulnerabilities through procedural debugging methods and direct function calls.

Uncover critical security vulnerabilities in O-RAN 5G indoor base stations through detailed analysis of hardware, software, and services, revealing remote code execution risks and standard deviations.

Explore how NSEC3 proof of non-existence in DNSSEC can be exploited to exhaust DNS resolver CPU resources, with detailed attack implementation and performance analysis.

Discover how laser-based attacks can manipulate P-N junctions to achieve remote code execution and system interference, exploring practical demonstrations and potential countermeasures for hardware security.