Addendum BLOG D - Connecting to the Arduino IoT Cloud directly over LoRaWAN
This blog is an addendum Blog to "Blog#2 Design (Case Enclosure Reliability Monitor)", for my Design Challenge Just Encase Blog Series. The design in BLOG#2, was ...
Hello all,
If you have read this series of blogs and come along this long, that's too great. In this final blog, I would like to show the conditions of the sensors and the
enclosure after two months. The ultrasonic water lev...
With the help of data that I got from the water level monitor, I was able to justify why my water usage was more than expected and found
a leaking near the toilet flush which was used to discharge the water slowly to the sink and fill the flush...
With the help of data that I got from the water level monitor, I was able to justify why my water usage was more than expected and found
a leaking near the toilet flush which was used to discharge the water slowly to the sink and fill the flush...
Hello all,
Finally, I was able to put everything together and started testing out the experimental setup.
Wrote a code for the water level measurement and sent the data over LoRa to another module.
But I was not...
Hello all,
In this blog, let's explore how we can calculate the water level using an ultrasonic distance sensor and then receive this data to my reciever node in my room.
There is no internet coverage at the place whe...
Hello all,
It's been a long time, I have recorded my experiments and the respective data but never got time to write blogs on the progress.
Here I'm writing everything together like a series. In this blog, I'll explain...
This will be my last blog for the Just Encase Design Challenge. In this blog I'll go over the final configuration of the Rover, Sensor Boxes as well as all of the 3D models and codes associated with this project.
This blog is about surviving the cold weather if your get into an accident and have to wait for emergency personal to arrive.
I was a member of Search & Rescue many years ago and know that being prepared is very important.
Below are some tips I w...
Final Testing
I took the wind turbine to a river nearby to test the final build, hoping for some windy weather. The setup was placed just beside the river, and the sensor node attached to it was powered by a lithium-ion battery placed inside.As soon ...
Now for part 2 of my final project.
Here is the working video and photos of my completed project. Sorry for the camera movement, driving and holding the camera doesn't make for a steady video.
First video is of the start-up (While driving) and s...
In the last blog for the Just Encase Design Challenge, I'm publishing the results and the videos of the landslide monitoring system. The enclosure box contains the electronics that detects the vibrations triggered due to the landslide and sounds ...
Here is part 1 of my final project.
Below is the code and working display of my project. A lot of the live demonstration of my project can't be done due to the risk. I won't drive unsafely or get into an accident in order to show how the pro...
In the last blog, I showed the mechanical design and build of the rover, in this blog, I will cover the electronics in the rover and that part of the build. I'll also feature the first moves made by the rover in this blog!!!
Assembling all the parts together
In this blog, I will put together all the components of the landslide monitoring system - The vibration sensor, the buzzer and the Arduino inside the enclosure box. I chose the non-transparent 1554UGY water-tight enc...
In The previous Blog, I have tested the Hammond Enclosure Case using Water. The Results of the experiment concluded that the device will be not affected by the water due to its High-Quality Water and Dust Resistant Design. By taking the advantage of ...
Hi, I'm Carlo Russo and this is the fifth part of my job.
In the four blogs already made, I explained how I used the two Arduino MKR1300 boards. I have seen how to use the LoRaWAN protocol and how to manage data transfer. Then I used the two tem...
Well, this is it, my final blog post for the Just Encase Design Challenge! It’s been quite the fun project and I’m so glad that I was chosen to participate in it! In this blog, I’m going to analyze the particulate matter (PM) and t...
Hi all. Hope everyone is safe and well.
Conclusion
This was an awesome project.
When I started it, I knew nothing of LoRa, or LoRaWAN or Arduino IoT Cloud. It was something I was keen to try and this project was an opportunity.
It really took me o...
Hi all !
Hope everyone is safe and well.
In my last post about the data collecting, I've spoken about the battery issues and wonder why it only lasts half a day.
I then wonder if using a MOSFET could solve the problem, by putting all the sensor...
After a little break in the new year and the full force of back to work I have finally had some time to set about documenting part 2 of my build.
The blog so far:
Links should open new tabs / windows
Sections 1-4. Initial thoughts, requirements,excit...
Table of Contents
Where it started
High Level Requirements
Solution specification
Potential Solution specification additions
How it performed
Lesson Learnt
Enclosures
LoRA
Planning
Fun - Enjoy yourself
Closing note:
Where it started
Bl...
Hi, I'm Carlo Russo and this is the fourth part of my work.
In the past blogs I have presented the kit received, I have tried the LoRaWAN connectivity and I have added a couple of sensors to the transmitter.Today I will take care of the receiver and...
Hi all !
Hope everyone is well.
On this post I will discuss the role of the Arduino UNO. This one is the one that displays the data measured and saves it to an SD Card.
This Arduino receives the values from I2C, sent from the local MKR 1300 WAN .
Th...
We tested each sensor separately connecting with Arduino MKR WAN 1300 board. Now is the right time to develop our final code for collecting important data from all the sensors and transmitting the data to another Arduino board using LoRa. For doing s...
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