Confidential AI You Can Deploy: Enclaves, Attestation, and Safer Data Pipelines
Turn sensitive AI workloads into deployable systems today. Learn how enclaves, attestation, and key management protect data-in-use without derailing teams.
Graph‑RAG That Answers Better: Build Hybrid Knowledge Graphs for Reliable AI Results
Stop letting your AI guess. Combine knowledge graphs with text search to ground answers in facts, trace sources, and handle multi‑step questions.
Keep AI Agents on the Rails: Practical Security, Monitoring, and Control You Can Ship
Agents can click, code, and spend. Here’s how to give them guardrails—policies, audits, and human approvals—without slowing teams down.
Shipping AI to the Edge Without Drama: A Practical Guide to Models, OTAs, and Safe Rollouts
A hands-on guide to packaging, updating, and monitoring AI models on devices—without spying on users or breaking your fleet.
The Home Food Lab: Sensors, Smart Cookers, and AI You Can Actually Use
A practical guide to building a safer, smarter kitchen with sensors, connected appliances, and simple AI workflows you can trust.
The Pocket AI That Stays Private: Building Useful On‑Device Assistants Today
Your next assistant can run offline, protect your data, and still feel fast. Here’s a practical guide to building on‑device AI that earns trust.
A Practical Family Playbook for Safer AI at Home
Turn your home into a safer, smarter place to use AI. Simple steps, smart settings, and family habits that protect privacy without losing the fun.
AI in the Workshop: Practical Workflows for Designing PCBs and FPGAs
A clear, hands-on guide to using AI as a reliable co-designer for schematics, PCB layout, and FPGA logic—without risking costly mistakes.
The Lab Notebook That Learns: AI Across Seismology, Neuroscience, Ecology, and Chemistry
From earthquakes to neurons to ocean eddies, here’s how researchers weave practical AI into daily science without losing rigor.
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.