C++
Aug 16, 2026
From wxWidgets and Qt Widgets to Flutter: Did Google Reinvent the Widget?
Flutter did not invent cross-platform widgets; it modernized a decades-old idea pioneered by wxWidgets and Qt. While wxWidgets and Qt use traditional C++ GUI models, Flutter combines cross-platform abstraction with reactive, declarative UI inspired by React. Its real breakthrough was turning widgets into lightweight UI descriptions while making Dart commercially valuable through one-codebase multi-platform development.
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C++
Aug 16, 2026
C, C++, and Rust: Who Will Win the Future of Systems Programming?
C, C++, and Rust represent three visions of systems programming. C remains the foundation of low-level interfaces and ABI boundaries. C++ dominates complex, high-performance software with unmatched flexibility and ecosystem depth. Rust challenges both by making memory and concurrency safety part of the language itself. The real battle is over the systems software yet to be written.
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Programming
Aug 15, 2026
Reflection in C++26: A Decade of Delay… Then a Leap That May Reshape Metaprogramming in C++
C++26 Reflection arrives after years of delay, but its impact may still be profound. By combining std::meta::info, compile-time inspection, splicing, constexpr, consteval, and Concepts, C++ can reduce macros, duplicated metadata, and external generators. The main challenges are compiler support, portability, compile-time cost, and gradual ecosystem adoption.
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Programming
Aug 15, 2026
C++ and Assembly: The Ideal Boundary Between Software Architecture and Machine Control
C++ is often the best high-level partner for Assembly in modern systems. Use C++ for architecture, safety, abstractions, parsing, and resource management, while reserving Assembly for CPU-specific or performance-critical work. Connect both through a simple C-compatible ABI, respect platform calling conventions, keep boundaries minimal, and prefer intrinsics before handwritten Assembly when practical.
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Programming
Aug 15, 2026
Programming Paradigms: From Structured and OOP to Functional — Which Are More Organized, Disciplined, and Useful? And Where Does C++ Stand?
Programming paradigms are different ways of thinking about software, not stages of evolution. Structured, procedural, OOP, functional, generic, declarative, concurrent, and data-oriented styles solve different problems. C++ stands out as a multi-paradigm language, letting programmers combine these models as needed. Its strength is enabling the right paradigm for each task.
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General Technology
Aug 15, 2026
The Software Engineer and Developer Who Does Not Learn the Language of the Market May End Up Building Wealth for Others
Software engineers and developers can create enormous value, but technology alone does not create wealth. Markets pay for solved problems and delivered value—not code complexity. Engineers must understand marketing, pricing, sales, and distribution, and turn their expertise into scalable products and digital assets so they do not spend years creating economic value that others ultimately capture.
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C
Aug 14, 2026
C Is No Longer Just a Programming Language… It Has Become the World’s ABI
C has survived for more than 50 years not simply because of legacy code, but because its model became the common boundary of software. Its simple ABI, predictable data layout, calling conventions, and universal toolchain support make it ideal for interoperability. Modern systems may be built in C++, Rust, or other languages, yet at their boundaries they still often “speak C.”
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General Technology
Aug 14, 2026
When Technology Moves Faster Than the Market: Does Business Delay What Is Already Technically Possible?
Business considerations do influence when technologies reach the market and how widely they are produced, but they are not the only cause of delay. Manufacturing yield, cost, reliability, and ecosystem readiness also matter. China’s rise and the AI race have increased competitive pressure, making delay more dangerous: today, moving too slowly can mean losing the market to a faster rival.
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Language
Aug 13, 2026
C or C++ for Systems Programming
C or C++ for Systems Programming?If C++ Can Do Almost Everything, Why Do We Still Use C?Whenever we talk about operating systems, compilers, runtimes, low-level tools, assemblers, linkers, drivers, and software close to the hardware, the traditional question returns:C or C++?But I think the more interesting question…
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