Design in IoT Manufacturing
summary
Claims and concrete fixes dominate: manufacturers report 80% of IoT projects stall after proof of concept, show a hardware redesign taking range from 2 km to 10 km or a ground‑up integration delivering 63 km range, insist on 100% device and production testing, embed TPMs and birth‑certificate flows, and warn that missing firmware‑update paths kills products once you hit ~1,000 field units. Real failures trace to late antenna, PCB layer‑stack or supply‑chain choices.
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chapters (20)
- 0:00IoT manufacturing design intro
- 1:48Reliability design essentials
- 3:16Quality and industrialization challenges
- 4:18IoT spec failures
- 5:48Multi-radio module design
- 6:52Hardware beyond PCB and RF
- 8:19Partner collaboration early
- 9:20Firmware update necessity
- 9:42Antenna design impact
- 11:06Early design lock-ins
- 12:29Enclosure RF interference
- 13:11PCB stack and supply limits
- 13:33Use case and evolving needs
- 14:57Feature creep cost overruns
- 16:00Security by design
- 17:46EU RED and CRA compliance
- 18:28Customer cybersecurity training
- 19:12Supply chain redesigns
- 20:57Avoiding costly redesigns
- 21:59Supply chain resilience
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