Internet Address: History of IPv4 and the Exhaustion Problem - Why Did 4.3 Billion Addresses Run Out?
Network Technology: A Technical Guide to HTTPS - How Encryption and Public Key Infrastructure (PKI) Work
Network Technology: Technical Explanation of BitTorrent - The Mechanism for Efficiently Distributing Massive Files
Network Technology: The History and Mechanism of TCP/IP - The Global Standard Rules Connecting the Internet
Next-Generation Communication: The Mechanisms and Features of 5G - The Future Created by 'Ultra-High Speed, Ultra-Low Latency, and Massive Connectivity'
Next-Generation Computers: How Quantum Computers Work - A World Overturned by the Superposition of '0' and '1'
Physics and Everyday Technology: How RFID and NFC (Osaifu-Keitai) Work - Contactless Communication by Electromagnetic Induction
Physics and Familiar Technology: How Optical Fibers Work - Ultra-High-Speed Internet Supported by the Physics of Total Internal Reflection
Physics Laws and Everyday Technology: How Lithium-Ion Batteries Work - The Charge-Discharge Chemistry Supporting Modern Mobile Society
The Mobile Revolution: The History of the iPhone - The Device That Reinvented the Phone and Changed the World