Technologies

Modern technology has made instant results the norm, shaping our expectations and daily behaviors. This article explores how digital speed affects our thinking, attention, and ability to tolerate delays, as well as strategies for mindful technology use to balance efficiency and depth.

Artificial intelligence is everywhere, but its true value is often hidden behind marketing buzzwords and inflated promises. This article explores what AI actually does, where it delivers genuine benefits, and where it's just a label. Learn how to distinguish real applications from hype and understand the practical impact of AI in daily life and business.

Event-driven architecture enables modern IT systems to react quickly to changes, reducing delays and improving responsiveness. By shifting from synchronous request-response to asynchronous event handling, systems become more scalable, resilient, and efficient. Discover how EDA works, its benefits for microservices, real-world use cases, and when it's the right architectural choice.

Latency, or system response delay, now outweighs raw performance in defining user experience. Discover why even powerful computers can feel slow and how reducing latency shapes responsiveness, comfort, and the future of computing.

For decades, CPU frequency was the primary measure of computer performance. However, modern advancements prove that instruction set architecture (ISA) now plays the key role in efficiency, energy use, and scalability. Learn why ISA is more important than gigahertz for today's CPUs and the future of computing.

Modular personal computers once defined the PC experience with their upgradability and customization. Today, System on a Chip (SoC) architecture is taking over, trading flexibility for efficiency, compactness, and higher performance per watt. This article explores the reasons behind this shift and what it means for the future of computing.

Specialized processors are transforming computing by outperforming traditional CPUs in tasks like AI, big data, and graphics. This article explores why universal CPUs are no longer enough, the rise of hardware specialization, and how CPUs, GPUs, TPUs, and NPUs now work together in heterogeneous systems. Discover how energy efficiency and custom chip design are shaping the future of processor architecture.

Every action online-whether posting, scrolling, or simply browsing-contributes to your digital footprint. This guide explains how digital footprints are created, the data collected, how behavioral profiles are built, and what privacy and security risks exist. Learn practical steps to reduce tracking and protect your online identity.

Artificial intelligence has rapidly evolved into a major energy consumer, driving up demands on data centers and power grids. This article explores how the growth of neural networks, large language models, and 24/7 AI services are transforming digital infrastructure and raising urgent environmental and sustainability challenges.