
Explore WebAssembly VM architecture, attack surfaces, and fuzzing strategies. Learn about bug discovery across multiple projects using various fuzzing techniques and frameworks.

Explore symbolic engines for detecting evasive malware and ransomware, enhancing blue team capabilities in reverse engineering and threat analysis.

Novel vulnerabilities and exploitation techniques to bypass Linux syscall tracing, even with security measures like seccomp, SELinux, and AppArmor in place. Demonstrates how user-mode programs can evade detection.

Explore in-the-wild Android exploits discovered by Google's TAG and Android Security teams, including deep dives into CVE-2021-0920 and novel kernel exploitation techniques for bypassing hardware mitigations.

Discover new Volatility plugins for detecting device monitoring malware across major OS. Learn about advanced memory forensics techniques to combat sophisticated threats.

Unveiling vulnerabilities in ESP32-V3 microcontrollers through hardware security evaluation, focusing on extracting firmware encryption keys to decrypt flash content containing potential secret data.

Explore Azure AD external identities, their vulnerabilities, and potential exploitation methods for backdooring and hijacking accounts in this informative cybersecurity presentation.

Discover techniques for automatically extracting network protocol specifications from binary code, useful for security analysis, bug finding, and understanding botnet communications.

Explore PostgreSQL vulnerabilities in cloud services, including isolation issues and potential cross-account access attacks. Learn about real-world impacts and recent demonstrations of database security flaws.

Exploring the development of an open-source artificial pancreas system for type 1 diabetes management, its technical aspects, and personal impact on blood sugar control.

Explore awkward-array, a Numpy extension for processing irregular datasets with jagged edges. Learn how it simplifies data analysis in particle physics and other fields using array programming paradigms.

Explore creating interactive wearables using machine learning and tiny computers, blending fashion with technology to encourage social interaction and showcase LED-adorned creations.

Explore the internal design of FaunaDB, focusing on ACID guarantees, distributed systems, and performance optimization techniques like Calvin protocol and control theory applications.

Explore declarative data manipulation in functional programming using Meander, a Clojure library inspired by logic programming and term rewriting for complex data transformations.

Discover how to create a tech-enhanced wedding dress controlled by tweets, exploring Arduino coding, API usage, and wiring, with insights on overcoming challenges and embracing mistakes.

Explore AI-powered data analysis with InferenceQL, an open-source platform enabling data engineers to build and query models using SQL-like syntax and intuitive interfaces, without requiring advanced mathematical knowledge.

Explore Parser Parser Combinators for multi-language syntax transformation, overcoming regex limitations. Learn about a common grammar approach and open extension points for customized syntax handling.

Discover how Slack built "Slerf" to detect and prevent performance regressions, improving product stability while maintaining high development velocity.

Explore Go's applications in networking, from DHCP servers to IP management. Learn about useful packages, key learnings, and challenges in building networking services, with insights from DigitalOcean's experiences.

Explore fused-effects library for Haskell: a powerful, flexible alternative to monad transformers, offering improved expressiveness without performance loss. Learn its history, benefits, and practical applications.

Explore techniques for forming effective failure hypotheses, pushing safety boundaries, and influencing organizational investment in chaos engineering to enhance production stability and system resilience.