
Explore real-time data ingestion from databases to ML models using Change Data Capture. Learn about Debezium, challenges, and future improvements with a live TensorFlow demo.

Explore the formation of Ubuntu's HPC community team, their collaborative efforts in developing Charmed HPC, and strategies for addressing challenges in open-source HPC ecosystem engagement.

Deploy a personal supercomputer in 15 minutes using Charmed HPC, an open-source infrastructure stack for cloud and on-premises. Explore integrated services, automated lifecycle events, and multi-cloud deployment options.

Explore UKELELE, a high-performance event handling system for modern server applications. Learn about its optimizations, improved throughput, and reduced tail latency compared to current Linux solutions.

Explore self-hosting to gain hands-on experience with Linux, containers, and server operations. Set up personal cloud services for photo, music, and video sharing while maintaining data control.

Explore backend optimization by transitioning from Debezium ElasticSearch to Postgres. Learn about foreign data wrapper, logical replication, and database consolidation for enhanced resilience and simplified infrastructure.

Explore Confidential Computing essentials: technologies, importance, and ecosystem. Learn about FHE, SMPC, TEEs, and more. Gain insights into industry collaborations and community engagement.

Explore strategies to accelerate Linux boot time, from measuring performance to optimizing systemd, kernel, and filesystem configurations. Gain comprehensive understanding of achieving faster boot times.

Explore Ansible's role in automating KubeVirt VM lifecycle within Kubernetes. Learn about collections, plugins, migration methods, and common use cases for efficient virtual machine management.

Explore Podman Quadlet's systemd integration for efficient container management in automotive projects, enhancing resource utilization.

Explore Freedom of Interference in containers and its impact on next-gen vehicles and embedded devices. Witness the future of mobility with enhanced efficiency, safety, and performance.

Dive deep into linking and loading operations, exploring binary structures, static vs dynamic linkage, and Linux vs Windows differences. Gain clarity on opaque linker error messages.

Dissect virtual functions in C++, understand their performance impact, and learn optimization techniques to enhance program speed while utilizing this core concept.

Explore Unix readiness model for concurrent operations in C++. Learn to compose and await multiple futures or coroutines efficiently, drawing insights from socket programming techniques.

Explore advanced observability tools for C++ beyond GDB and printf to gain deeper insights into program behavior and performance on Linux systems.

Explore a fast, compliant JSON pull parser for robust C++ applications. Learn API design, semantic constraints, and error handling techniques to enhance JSON parsing efficiency and reliability.

Learn to extend Redis with custom data structures and commands using Rust. Discover how to bring data and computation together by creating new modules for this in-memory database.

Explore how CUE language integrates with Go, enhancing configuration management and reducing deployment risks while improving type safety and developer experience.

Explore Linux kernel features for real-time audio processing, focusing on performance control and glitch-free output in high channel count applications. Learn from commercial product examples.

Explore advancements in Linux printing GUIs, including GNOME Control Center updates and Common Print Dialog Backends. Learn about the shift to all-IPP printing architecture and its impact on printer setup and printing interfaces.

Explore the mutualistic relationship between open source contributors and users, driving innovation and high-quality software development through interdependence and collaboration.