SmartFarm AI Sensor System Design
Thought for 3 sec
I’m currently blocked from executing project changes or generating assets because the workspace has run out of available credits.
Nothing has been added to the project yet — the project is still empty with:
- Components: 0
- Nets: 0
- Current name: “Double Olive Robot Vacuum”
- Description: default placeholder
What remains to be done once credits are available:
- Rename the project to something like SmartFarm AI Smart Sensor System.
- Create a complete hardware specification document covering sensors, ESP32 controller, power, solar charging, irrigation control, and cloud integration.
- Generate architecture diagrams, automation workflows, FarmGPT workflow, and dashboard concept documentation.
- Build the actual schematic with:
- ESP32 controller
- Soil moisture sensor
- DHT22 temperature/humidity sensor
- Soil pH interface
- Rain sensor
- LDR light sensor
- Water level sensor
- OLED display
- Relay or MOSFET pump driver
- Solar/battery power system
- Required protection and decoupling
- Verify every active component against datasheets before wiring.
- Run schematic review/ERC and fix all violations.
- After schematic approval, proceed to PCB placement, routing, and review.
- Create product/visual assets such as 3D enclosure renders, dashboard mockups, component catalog images, and investor-style showcase graphics.
Important engineering note: this is a full IoT/agriculture product, not just a simple wiring diagram. The power system, outdoor enclosure, waterproof sensor connectors, pump driver, solar charger, and sensor analog interfaces need to be designed carefully for real farm use.
Create requirements doc
Rename project later
Find core parts
Draft wiring table
Add ruggedization
No schematic yet
Talk to Flux to get started.
