Several competing architectures lead to different product designs, all of which benefit from optional features. Satisfy most or all such contenders by designing for a stackable daughterboard assembly, to be arranged by the user themselves.
Daughterboard candidates
Supercapacitor array (mobile power)
Energy harvesting (ecologicalal operation)
Sensor environmental sampling
Actuator environmental activity
RFID configuration with a smartphone
# Design for daughterboards
## Problem environment
Several competing architectures lead to **different product designs**, all of which benefit from optional features. Satisfy most or all such contenders by designing for a stackable daughterboard assembly, to be arranged by the user themselves.
## Daughterboard candidates
1. Supercapacitor array (mobile power)
1. Energy harvesting (ecologicalal operation)
1. Sensor environmental sampling
1. Actuator environmental activity
1. RFID configuration with a smartphone
Design for daughterboards
Problem environment
Several competing architectures lead to different product designs, all of which benefit from optional features. Satisfy most or all such contenders by designing for a stackable daughterboard assembly, to be arranged by the user themselves.
Daughterboard candidates
Resolved in 1c8ea48, with pogo pin pad array breaking out GND, 3V3, SCL, and SDA.