Desktop Factories at Home: Safe, Practical Workflows for 3D Printing, Lasers, and CNC
Learn how to set up a small, safe, and effective home fabrication space. We cover tools, materials, workflows, costs, and quality habits that scale.
The Quiet Smart Home: Matter, Thread, and Local Automations That Just Work
A plain‑English guide to building a reliable, private smart home with Matter, Thread, and automation patterns that save time and energy.
Measure Products Without Personal Data: Federated Analytics You Can Ship Today
Learn how to track product health with on‑device summaries, secure aggregation, and local differential privacy—no raw event logs required.
How to Trust a Phone Call Again: STIR/SHAKEN, Call‑Back Codes, and AI Tools That Block Scams
Voice cloning and spoofing broke caller ID. Here’s a practical guide for individuals and teams to make calls trustworthy again—with clear steps you can use.
Athlete Toolkit 2.0: How Vision Models and Wearables Make Training Safer and Smarter
Everyday athletes now use cameras and tiny sensors to track form, reduce injury risk, and tailor workouts. Here’s how to make the tech work for you.
How AI Actually Helps Scientists: Imaging, Inference, and Fieldwork You Can Measure
A clear tour of how AI now works inside microscopes, detectors, and field kits—plus practical ways researchers use it without big budgets.
How Modern Warehouses Automate: AMRs, Vision Picking, and Human‑Robot Teams That Actually Deliver
A practical look at warehouse automation you can use now—from AMRs and vision picking to safe workflows, networks, and ROI playbooks.
Battery‑Free IoT You Can Build Now: Backscatter Radios, Energy Harvesting, and Intermittent Apps
A practical guide to battery‑free sensors: how backscatter radios, energy harvesting, and intermittent software really work.
Field Robots You Can Actually Use: Weeding, Spraying, and Scouting on Real Farms
Farm robots moved from demos to dependable tools. Here’s how they work, where they fit, real costs, and a safe plan to deploy this season.
AI Cost Engineering You Can Use: Practical Tactics to Cut Model Bills Without Cutting Quality
A clear playbook to shrink LLM and GPU costs now—prompts, batching, quantization, routing, caching, hardware choices, and unit metrics you can trust.