
Welcome to Chrome University, where you will learn the foundations of how Chrome works.

Explore KARONTE, an innovative tool for detecting security vulnerabilities in embedded firmware through multi-binary interaction analysis, enhancing IoT device protection.

Presentation on ALPChecker, a new security tool designed to detect kernel mode attacks on Windows' ALPC mechanism, addressing vulnerabilities in inter-process communication.

Explore fast and safe message passing techniques in Rust programming language, enhancing concurrent system development skills.

Learn the fundamentals of serialization, a crucial technique for converting data structures into storable formats, enhancing your programming skills and data management capabilities.

Explore WASI's OS design, comparing Wasm instances and communication to traditional processes and IPC, with a focus on WASI-http and WASI-sockets APIs.

Explore macOS IPC security, focusing on Mach message handlers. Learn about custom fuzzing techniques to uncover vulnerabilities in privileged RPC-like functions, potentially leading to sandbox escapes and privilege escalations.

Explore advanced exploitation techniques targeting Hyper-V's inter-process communication, moving from kernel-level to hypervisor-level vulnerabilities in virtualized environments.

Comprehensive exploration of Windows inter-process communication mechanisms, including RPC, LRPC, ALPC, and LPC, detailing their architecture, security implications, and practical applications.

Explore shared and pooled memory concepts in computing systems, understanding their implementations, advantages, and use cases for efficient resource management.

Explore containerization architecture for Linux-based automotive instrument clusters, covering isolation, services, UI components, and multi-display support for enhanced vehicle systems.

Comprehensive overview of distributed system approaches, comparing architectures like SOA, REST, and RPC. Explores their strengths, weaknesses, and ideal use cases for informed decision-making.

Comprehensive exploration of macOS malware analysis, covering system architecture, common malware behaviors, and real-world sample demonstrations. Ideal for security researchers and IT professionals.

Exploración de vulnerabilidades críticas en el servidor HTTP de SAP, demostrando técnicas de explotación de alto nivel para comprometer sistemas SAP sin autenticación.

Deep dive into Microsoft Edge security architecture, exploring sandbox initialization, browser broker implementation, and renderer security isolation.

Explore Unix domain socket vulnerabilities in Android, revealing potential privilege escalation risks and security implications for third-party applications and vendor implementations.

Exploring the nuances of asynchronous communication in distributed systems, debunking misconceptions, and clarifying its various interpretations for effective inter-service communication design.

Explore zbus, a new D-Bus library for Rust. Learn about its design goals, development challenges, and solutions for efficient inter-process communication on Linux systems.

Explore type-safety in C++ for game console emulation, focusing on the Nintendo 3DS kernel interface and compile-time programming techniques to enhance code reliability and performance.

Discover optimized RDMA network communication techniques for MPI_Alltoall operations through hierarchical design and improved overlap strategies for enhanced scalability and performance.

Delve into Windows security mechanisms through an analysis of Sudo for Windows, exploring process elevation, ALPC services, and Rust-Windows API interactions while uncovering potential security vulnerabilities.