
Explore the potential abuse of residual trust in expired domains, analyzing DNS changes and their implications for cybersecurity and online trust.

Explore innovative PIR protocols using FHE composition, focusing on SPIRAL's efficiency and applications in high-rate, single-server scenarios.

Explore cryptographic library developers' perspectives on timing attacks, their mitigation strategies, and the challenges in implementing secure cryptographic systems.

Explore advanced DNS analysis techniques for cybersecurity, focusing on command and control, human behavior patterns, and data interpretation to enhance threat detection capabilities.

Explore cutting-edge techniques for optimizing secure multiparty computation, achieving unprecedented speeds of over 1 billion gates per second in honest-majority scenarios with malicious adversaries.

Explores a type system for verifying constant-resource implementations, enhancing security against side-channel attacks while allowing natural programming models. Introduces resource-aware noninterference and automated repair techniques.

Explores the practical challenges of implementing cryptographic access control for cloud data, highlighting computational costs and bottlenecks in dynamic scenarios.

Explore downgrade attacks in key-exchange protocols, their causes, and strategies for achieving downgrade security. Learn about vulnerabilities and protective measures in widely-used protocols like TLS.

Explore building blind certificate authorities for anonymous systems, focusing on binding email addresses to public keys without revealing identities. Introduces secure channel injection protocols and demonstrates practical implementation.

Explore secure collaborative machine learning with Helen, a system enabling multiple parties to train linear models without revealing sensitive data, addressing privacy concerns in competitive environments.

Explore techniques to detect and mitigate backdoor attacks in neural networks, focusing on identifying hidden triggers and developing robust defense mechanisms for enhanced security in AI applications.

Explores security vulnerabilities in collaborative machine learning, demonstrating how model updates can leak sensitive information about training data and proposing inference attacks to exploit these weaknesses.

Explore privacy-preserving proof-of-stake blockchain protocol, focusing on adaptive security and novel cryptographic techniques for enhanced privacy in decentralized systems.

Comprehensive, verified cryptographic provider offering high-performance functionalities with agility and multiplexing. Demonstrates effective composition of C and assembly, outperforming unverified implementations in various algorithms.

Explore a query-efficient decision-based adversarial attack algorithm for generating adversarial examples, analyzing its theoretical foundations and performance against defense mechanisms.

Uncovers security vulnerabilities in IPv6 flow label implementation, demonstrating how it can be exploited for device tracking across networks, VPNs, and browsers on Windows, Linux, and Android systems.

Explore transparent polynomial delegation for zero-knowledge proofs, including constructions, applications to verifiable secret sharing, and comparisons with other ZKP systems.

OHIE: A simple, scalable blockchain protocol that achieves high throughput by running parallel instances of Bitcoin's backbone, offering improved decentralization and linear scaling with available bandwidth.

Learn to deploy and manage IT infrastructure efficiently with Ansible. Master playbooks, roles, templates, and variables for streamlined automation and maintenance across your network.

Expert panel discusses the reality behind Internet of Things hype, exploring projections and embedded Java applications in IoT during a conference lunchtime session.

Explore Mirantis Container Runtime's enterprise features for securing mission-critical applications. Learn about cryptographic modules, CI/CD integration, and vulnerability scanning to build a robust software supply chain.