
Explore common IoT device vulnerabilities, attack strategies, and defensive measures. Learn to design secure embedded systems and stay ahead of evolving threats in the IoT landscape.

Explore recent Linux kernel developments, hardware vulnerabilities, stable releases, and BPF technology with insights from LWN.net's Executive Editor Jonathan Corbet.

Explores HTTP host ambiguities in implementations, revealing vulnerabilities in caching, firewalls, and WAFs. Presents attacks exploiting these issues and discusses prevalence and mitigation strategies.

Explore inference attacks on searchable encryption, focusing on Bloom filters and graph matching techniques to compromise data confidentiality in encrypted databases.

Explore unilateral-to-mutual authentication in key exchange, focusing on client authentication in TLS 1.3. Learn about the SIGMAC compiler, security definitions, and post-handshake protocols.

Explore practical non-malleable codes using I-more extractable hash functions, covering security, error correction, and applications in cryptography and data integrity.

Explore new constructions, applications, and lower bounds of Order-Revealing Encryption, focusing on encrypted data searching and range queries with enhanced security and performance.

Explore partial order preserving encoding for secure data management, covering introduction, space analysis, security considerations, and addressing audience questions.

Explore covert channels in random number generators, their mechanisms, capacity estimation, and mitigation strategies for enhanced computer security.

Explores efficient batched oblivious PRF for private set intersection, presenting novel protocols and discussing security implications and comparisons with existing methods.

Explore innovative garbling techniques for Boolean and arithmetic circuits, enhancing cryptographic protocols and secure computation methods.

Explore techniques for detecting entropy loss in pseudo-random number generators, crucial for cryptographic security. Learn analysis procedures and implementation strategies.

Learn statistical test generation techniques for detecting hardware Trojans through side-channel analysis, focusing on rare nodes and security metrics in combinational circuits.

Explore practical security vulnerabilities in 64-bit block ciphers, focusing on collision attacks in HTTP over TLS and OpenVPN. Learn about countermeasures and implications for network security.

Explore message-recovery attacks on Feistel-based format preserving encryption, examining technical challenges, known plaintext attacks, and theoretical implications for cryptographic security.

Explore MPC-friendly symmetric key primitives for secure computation, focusing on PRFs, secure sharing, and efficient preprocessing techniques in cryptography.

Block-level provenance-based data protection for USB storage devices, enhancing security in sensitive organizations through remote TPM, integrity models, and access control.

Explore the trade-offs between security and consistency in transaction scheduling, with real-world examples and attack demonstrations in information flow control systems.

Explore memory isolation techniques for multithreaded applications, focusing on enforcing least privilege memory views to enhance security and prevent unauthorized access.

Explore AMD SEV-SNP, the next-gen x86 virtualization isolation tech, designed to protect VMs from malicious hypervisors. Learn about new security features, threat models, and impacts on open source ecosystems.

Explore recent CPU vulnerabilities, their impact on Linux, and security fixes with kernel developer Greg Kroah-Hartman in this insightful keynote address.