How Middleware Works in Embedded Linux ?
Explore how POSIX, Linux APIs, IPC and D-Bus enable applications to communicate and share services in embedded systems.
Field notes on embedded platforms, AI-assisted engineering, and agentic systems — what works, what breaks, and the trade-offs in practice.
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Explore how POSIX, Linux APIs, IPC and D-Bus enable applications to communicate and share services in embedded systems.
Understanding Its Role in Software Architecture
Discover what a kernel is, why operating systems need one, and how it manages resources and connects applications to hardware.
Explore why operating systems exist and how they help applications share hardware, manage resources and operate safely.
From early neural models to modern AI, explore the milestones that shaped artificial intelligence and the limitations that remain.
Systems engineering, in public
Notes on embedded platforms, AI-assisted engineering, and agentic systems — including the failures, integration costs, and trade-offs.
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Explore how POSIX, Linux APIs, IPC and D-Bus enable applications to communicate and share services in embedded systems.
Understanding Its Role in Software Architecture
Discover what a kernel is, why operating systems need one, and how it manages resources and connects applications to hardware.
Explore why operating systems exist and how they help applications share hardware, manage resources and operate safely.
What makes an AI agent different from a chatbot or workflow? Explore how language models, tools and safeguards work together.
Trace the evolution from Unix to Linux, the role of GNU, and how independent projects shaped modern operating systems.
Understand how large language models process and generate text, and how machine learning, deep learning and NLP fit together.
From early neural models to modern AI, explore the milestones that shaped artificial intelligence and the limitations that remain.