How the Web Was Woven: From Hypertext Idea to Everyday Infrastructure
A clear, story-driven history of the World Wide Web—how simple links became global infrastructure shaping work, culture, and daily life.
Your Stuff Gets a URL: Digital Product Passports for Repair, Resale, and Recycling
QR codes and NFC tags are turning physical goods into updatable information hubs. Here’s how Digital Product Passports will change buying, upkeep, and reuse.
AI That Includes Everyone: Practical Ways Technology Supports People With Disabilities
From smarter readers to conversational aides and safer mobility, here’s how AI can remove barriers without adding new ones.
Home Electrification, Simplified: Heat Pumps, Smart Panels, and EV Power for Every Budget
A practical guide to electrifying your home with heat pumps, induction, smart panels, and EV power—what to buy, how to plan, and how to save.
Designing Proteins on a Laptop: Practical Generative Biology for the Real World
AI models now propose working proteins, while cheap DNA printing and robots test them. Here’s how generative biology turns ideas into usable molecules.
Confidential Computing, Explained in Plain Language: How to Protect Data While It’s Being Used
A practical guide to trusted execution environments, attestation, and real‑world uses for keeping data safe while applications run.
The Browser Becomes a Workstation: WebGPU, WASM, and Pro Tools You Open with a Link
Heavy creative, scientific, and data tools are moving into the browser. Here’s how WebGPU and WebAssembly make real work fast, safe, and install‑free.
Spatial Computing Gets Practical: How 3D Capture and Pass‑Through AR Move From Demos to Daily Work
New headsets, better pass‑through, and faster 3D tools are making spatial computing useful at work. Here’s how teams can build real value—fast.
Content Credentials Are Coming: How C2PA and Watermarks Will Label AI and Real Media
A practical guide to the new labels for photos, videos, and AI images. Learn how C2PA manifests and watermarks work, where you’ll see them, and what they mean.
The Quiet Tech Behind Today’s Space Breakthroughs: Dust, Radiation, and Autonomy
Space missions hinge on unglamorous details: dust, plasma, and smart software. Here’s how these hidden factors shape what we can discover and build.