It would be interesting to implement a feature that would allow the nodes(Spibox) to communicate to each other over a cell or similar network to offer enhanced detection and escalation. As an example where the nodes are deployed in a linear fashion but running in low power mode, the idea of one going off could notify others in the vicinity to switch to high power because of the probabilistic nature that the others will be setting off shorty.
In the more long-term future if other sensors are added and for instance utilize computer imaging(opencv) library, and implement maybe a classification feature(identifying car vs truck) and the sensor was not quite able to identify a classification, it might have data available for other nodes to help in its classification acquisition.
This may serve as an interesting starting point:
*https://raspberrypi.stackexchange.com/questions/75687/raspberry-pi-python-3-multi-threading
Building the radio: https://www.amazon.com/Remote-Sensor-Monitoring-Radio-Arduino-ebook/dp/B01H7Z6ZYA/ref=pd_sim_351_6?_encoding=UTF8&psc=1&refRID=BT7M9D9CY7PZ9A07YCPA
It would be interesting to implement a feature that would allow the nodes(Spibox) to communicate to each other over a cell or similar network to offer enhanced detection and escalation. As an example where the nodes are deployed in a linear fashion but running in low power mode, the idea of one going off could notify others in the vicinity to switch to high power because of the probabilistic nature that the others will be setting off shorty.
In the more long-term future if other sensors are added and for instance utilize computer imaging(opencv) library, and implement maybe a classification feature(identifying car vs truck) and the sensor was not quite able to identify a classification, it might have data available for other nodes to help in its classification acquisition.
This may serve as an interesting starting point:
*https://raspberrypi.stackexchange.com/questions/75687/raspberry-pi-python-3-multi-threading
Building the radio: https://www.amazon.com/Remote-Sensor-Monitoring-Radio-Arduino-ebook/dp/B01H7Z6ZYA/ref=pd_sim_351_6?_encoding=UTF8&psc=1&refRID=BT7M9D9CY7PZ9A07YCPA