
Explore VM forking, hypervisor-based fuzzing, and advanced techniques for kernel testing using Xen. Learn about coverage tracing, PCI-passthrough, and detecting doublefetches in this technical deep dive.

Explore Matrix: an open, secure, decentralized communication protocol. Learn key features, architecture, encryption, implementations, integrations, and real-world applications for cross-network messaging.

Explore Raspberry Pi as a lab instrument with Analog Devices. Learn to integrate ADI peripherals, measure real data, and create signal generators using Linux drivers and Python.

Explore the Nanos unikernel's architecture, security features, and memory allocation strategies. Learn about closures, concurrency, and future developments in this specialized operating system.

Explore O-RAN SC RIC architecture, protocols, and implementation status. Learn about xApp API, northbound/southbound interfaces, and upcoming changes in RAN Intelligent Controller.

Learn strategies for constructing and overseeing VNF/CNF platforms that support large-scale 5G networks, covering key aspects like edge computing, hardware, centralized control, and monitoring.

Explore ClickHouse's powerful features for edge analytics, including efficient data storage, parallel processing, and seamless integration with cloud environments.

Explore edge computing for connected cars, covering use cases, requirements, and architecture. Learn about challenges, potential solutions, and innovative approaches in automotive technology.

Explore the synergy between ONAP and ORAN-Alliance, examining their principles, architectures, and industry alignment for enhanced network automation and management.

Learn to establish open-source projects in proprietary sectors, covering stakeholder management, licensing, development tools, and community building for successful implementation and adoption.

Explore Linux kernel security with Control Flow Integrity, covering attack methods, implementation strategies, and upstream integration for enhanced system protection.

Learn to build trusted applications using Open Enclave SDK. Explore SGX, runtime libraries, debugging, and project growth. Includes a demo application and Q&A session.

Learn to deploy and manage a scalable, high-availability Postgres database service on Kubernetes, covering key aspects like backups, monitoring, connection pooling, and scaling capabilities.

Explore modern toolchains and crosscompilers, including alternative compilers, libc implementations, and C++ support, with insights on filesystem changes and future developments.

Explore compiler optimizations and techniques to reduce code size in embedded systems, enhancing performance and efficiency for resource-constrained environments.

Explore Linux sandboxing techniques without coding, focusing on process startup stages and practical examples. Learn to enhance security and control system calls effectively.

Explore Automotive Grade Linux on Raspberry Pi, covering core technologies, supported devices, build process, peripherals, and developer tools for automotive software development.

Explore digital signatures, firmware protection, network security, and IoT certificates to establish trust in Internet of Things devices and systems.

Explore Linux Security Modules framework, architecture, and integration. Learn about security data fields, hooks, and configurations for enhanced kernel protection.

Explore techniques to identify and measure latency sources in Linux systems, covering hardware, kernel, interrupts, and scheduling, with practical demonstrations using tracers and histograms.

Learn systematic debugging techniques, from binary search to hardware analysis, enhancing your ability to identify and resolve complex software issues efficiently.