AI + Hardware
put a model on real hardware
This track teaches you how to move an AI model from a cloud service onto physical hardware, and it is for anyone who wants to run AI directly on robots, edge devices, or other constrained systems. After completing the chapters you will be able to take an existing model and embed it in firmware, deploy it on a robot, and operate it on low‑power hardware while handling latency, power consumption, and failure modes. You will learn the steps needed to integrate AI assistants into embedded code, adapt models for limited resources, and test them on real devices. Start with the first chapter, "AI for robotics & edge devices," which introduces the concepts and tools you need. Follow the material in the order presented, as each section builds on the previous one. If you are pressed for time, you can skim the background discussion of network limitations and go straight to the practical deployment steps, but skipping those explanations may leave gaps in understanding how latency and power constraints affect your design.
- 16.1 AI for robotics & edge devices Use AI assistants on firmware, robots and constrained hardware 2026-08-08 36
- 16.2 Sizing the box VRAM, bandwidth, and the napkin maths that comes before the invoice 2026-08-13 0
- 16.3 Big memory, slow bandwidth DGX Spark, Strix Halo and Mac Studio — when 128 GB beats 32 GB, and when it loses 2026-08-13 0
- 16.4 Beyond NVIDIA The NPU already in the laptop you were issued 2026-08-13 0
- 16.5 Local vs cloud: what it actually costs The spreadsheet you will be asked for 2026-08-13 2