Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn practical strategies to manage expectations among technical and business stakeholders during legacy system migrations, avoiding scope creep and ensuring operational continuity.
Learn how to combine code metrics and continuous delivery to build an objective framework for measuring technical debt in modern software engineering.
Learn how to architect complex cyberphysical systems combining strict domain isolation and eventual consistency to ensure real-time resilience in hybrid environments.
Learn how to leverage network namespaces and eBPF technology to isolate critical workloads and protect industrial automation systems against failures and intrusions.
Build an industrial communication gateway in Rust to convert legacy protocols, aggregate sensor tags, and expose data via OPC UA with high performance and security.
Learn how to build highly resilient industrial control systems combining the Modbus TCP protocol, the Rust programming language, and advanced fault-tolerance strategies.
Explore practical engineering methodologies to measure the impact of task switching, minimize interruptions, and optimize developer flow time.
Learn how to minimize response delays to critical events in real-time operating systems by optimizing kernel behavior and hardware for demanding industrial and embedded workloads.
Learn how to build rapid feedback loops to accelerate the integration of experienced developers, reducing time-to-first-commit in production.
Discover how to apply value stream mapping to identify bottlenecks, eliminate idle tasks, and optimize deliveries in high-performance software development sprints.
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