Considering that this thing is meant to be a weather station, a proper weathertight enclosure would be nice, of course with sensors being sheltered so they aren't affected by direct sun but are able to still get data. Also since it's going to be outside, might as well add solar to the mix so you don't have to go out there to charge it.
@@MAYERMAKES for sure, I'll see if I can find it, he always does the bit with his dogs "hunting" for components out in the fields and such, just reminded me of your "chips growing from flowers" concept. GOT IT! I remembered him talking about PPMs during this video, so I looked for the ones about precision measurements. lo and behold, it was the second video I tried! ruclips.net/video/XpbDMo8an5w/видео.html
This seemed like an ad for the Arduino ecosystem. No real mention of the sensors used, no circuit diagram, no real usable hardware info. This is just a bad video, guys.
Tried it with my esp32. Could load the sketch but not connect to arduino iOt cloud. The cloud feature looks like the blynk iOt app (now defunct)/interface which was SO good
did you check if your esp variant is in the list of compatibles? I heard that some boards are not correctly recognized, but then uploading shopuld have not worked probably.
This is a great and user-friendly project, but you're still relying on a third party for the cloud. I have my own Raspberry Pi Web server at home, and I want to do something similar without having to rely on somebody else's cloud.
Great project if money is no problem, a 3D printer, a laser cutter, a $75 arduino board and a cripple ware cloud service, unless you pay. I will leave this one for the people who have plenty of money or are sponsored, too rich for me.
the mkr wifi costs €28, you don't need a 3d printer or laser, just put it in any old jar. all the functions I showed are free on the iot cloud. your complaints are non existent.
Considering that this thing is meant to be a weather station, a proper weathertight enclosure would be nice, of course with sensors being sheltered so they aren't affected by direct sun but are able to still get data. Also since it's going to be outside, might as well add solar to the mix so you don't have to go out there to charge it.
the bits with the arduino and battery are actually sealed only the sensor is exposed
You and I both know Marco Reps deserves a credit for that garden scene @ 5:35 lmao. Great episode, looks like fun
Can you point me to that video by Marco, I did not mean that scene as reference to him so if it's very similar it's a funny coincidence.
@@MAYERMAKES for sure, I'll see if I can find it, he always does the bit with his dogs "hunting" for components out in the fields and such, just reminded me of your "chips growing from flowers" concept.
GOT IT! I remembered him talking about PPMs during this video, so I looked for the ones about precision measurements. lo and behold, it was the second video I tried!
ruclips.net/video/XpbDMo8an5w/видео.html
Just means that you both have great minds!
That’s what I need.. thanks 🙏 a lot! I want to install this system here in apartment complex where I live.
Great! good luck with your project!
HUMID MOIST AIRRR FROM MY MOUTH. lol 😂 that made me laugh. Thank you my friend, I always enjoy your videos. Keep it up!
Mission accomplished
Thankyou so much! I'm a complete beginner and I got this to work using iot cloud. Amazing video. 👍👍👍
Thats awesome!
Hi Clem, Nice one, will give it a try, All the Best Brian 🤗
Hi, Brian thanks. you are welcome!
You get an amazing thumbs up after having been posted for just 11 seconds B/C I have been in such anticipation of this information!
Thanks!
hope you have a good start with your project!
This seemed like an ad for the Arduino ecosystem. No real mention of the sensors used, no circuit diagram, no real usable hardware info. This is just a bad video, guys.
everything is as always on the e14 community, just follow the link below
"Uh... Looks like there is weather" - instant like :D Good and helpful video!
thanks! Update: there is still weather
the problem come when i want a wind and a pluviometer sensors, how do we collect data from this sensors on IOT cloud? thanks!
you just need to feed the data from your sensors to a variable that is synced to the iot cloud like I did in the video. nothing else needed
Tried it with my esp32. Could load the sketch but not connect to arduino iOt cloud.
The cloud feature looks like the blynk iOt app (now defunct)/interface which was SO good
did you check if your esp variant is in the list of compatibles? I heard that some boards are not correctly recognized, but then uploading shopuld have not worked probably.
Cool, about how long would the battery last for that?
Would love more of these videos for Arduino IoT.
without any sleep set up about a day,,with sleeping about a week i guess
Great video man!
Thanks
Excellent just what I needed 👍👍👍
Haha, I'm sure you have more experiencve than me with that topic.
Can you add a wind direction unit and anemometer
yep, that why its in two halves so you can easily exchange sensors.
Please make how to use the all of widget of arduino iot cloud
from the slang i assume the host is from austria. is this true?
That observation might be correct.
Would love to see the ESP32 version
leave your ideas on the project page linked below the video so we can pick them up!
This is a great and user-friendly project, but you're still relying on a third party for the cloud. I have my own Raspberry Pi Web server at home, and I want to do something similar without having to rely on somebody else's cloud.
perfectly reasonable to want your own cloud! maybe we can do another version in the future thats more hardcore
would be nice if you want to integrate your sensor with something like home automation and nodered
Where can I see the code covered in more detail?
The code files and more bonus video coverage is available on the Community: bit.ly/3EYDBeq
Values are not updated using deep sleep function
Where can I get the code plz?
Please a more advanced version using STM32 using a 3g or WiFi module on a custom PCB :-) with AWS integration ;-)
Please add your own ideas at the link in the description so we can pick them up for another video!
Wow amazing
thx
@@MAYERMAKES well
where is code??
Great project if money is no problem, a 3D printer, a laser cutter, a $75 arduino board and a cripple ware cloud service, unless you pay.
I will leave this one for the people who have plenty of money or are sponsored, too rich for me.
the mkr wifi costs €28, you don't need a 3d printer or laser, just put it in any old jar. all the functions I showed are free on the iot cloud. your complaints are non existent.
But I'm from Bangladesh 😭😭💦
that should not keep you from giving it a try.
Stop mumbling.