Anti-deepfake measures. Explaining the verification of provenance tampering rather than determining content authenticity.
How conflicts are automatically resolved with Google Docs-style synchronization.
An in-depth explanation of the public key cryptography behind passkeys, the FIDO/WebAuthn specifications, and why they are phishing-resistant.
Practical examples of running not only graphics rendering, but also image processing and machine learning (touching upon W3C specification updates).
Delving deeply into Git's philosophy and operations from the perspective of its data structures.
An in-depth explanation of the core technologies behind Content Delivery Networks (CDNs), including caching, edge servers, and Anycast routing. Discover the secrets to making the internet faster and more stable.
A detailed explanation of the mechanism of 'NTP', the time synchronization technology connecting the latest research on optical lattice clocks and the modern IT infrastructure it supports.
A practical guide explaining how SQLite implements B-trees, WAL, and locks in a single file to achieve secure transactions.
An explanation of 'speculative execution', the mechanism that dramatically sped up modern CPUs, and the background of how it created the historic security vulnerability 'Spectre', discussing the trade-off between performance and security.
A massive routing technology that serves as the foundation for TCP/IP and DNS.
Behind the scenes of email delivery and spam filtering.
A detailed explanation of how NAND flash memory, the primary storage media of SSDs, works, why its lifespan decreases with rewriting, and lifespan extension technologies such as wear leveling and TRIM.
Complementing semiconductor corporate history from a technical perspective. Explaining the amazing mechanism of EUV lithography and why ASML monopolizes it.
A detailed explanation of the basic mechanism of OLED (Organic Light Emitting Diode) displays, the differences from LCDs, why they can represent true black, and the causes of and countermeasures against burn-in.
A visual explanation of arrangement patterns, masking, and error correction.
The smartphone screens we touch every day. Why can a display that looks like ordinary glass accurately read the position of your finger? We explain the engineering mechanisms behind this familiar technology, such as capacitive touch and the principle of multi-touch.
The history and mathematical principles of cryptography, the foundation of information security. Delving deeply into the trajectory from ancient cryptography to the deciphering of Enigma, and up to modern public-key cryptography (RSA).
The history and mathematical formulas of how humanity has calculated pi.
From Euler's discovery to network theory and car navigation routing algorithms.
From Gauss's conjecture to the Riemann hypothesis, discussing the density of prime numbers.
