High humidity can cause mold, mildew, or rust, especially in rarely visited areas like attics or garages. To prevent your favorite tools from rusting, it’s crucial to monitor these spaces.

👉 Our DIY Home Monitoring Kit Offers a Solution 😎👌🔥

Unlike Amazon sensors only monitor one spot, forcing you to go to the attics or garage to check the readings or low-cost devices solutions from unknown vendors that store your data in their own cloud, risking third-party access, our sensor-based solution stores data locally and accumulates it over time, ensuring privacy and comprehensive monitoring.

👉 Keep Your Attic, Crawlspace, and Garage Climate in Check with Our DIY Home Monitoring Kit 🎯

Why You’ll Love Our DIY Kit

Keep Your Data Private: Unhappy with monitors that demand account sign-ups? Our DIY Kit keeps your data local – no internet, no cloud, no hassle. Enjoy peace of mind knowing your information remains secure and under your control.

Save Money: We’d love to propose a cheap and easy to use alternative to overpriced commercial monitors. Our DIY Kit is affordable and comes with everything you need to build your own system.

Totally Customizable: Whether you’re an engineer, a hobbyist, or just someone who loves to tinker, our DIY Kit is designed for flexibility. Add more sensors, tweak the setup – make it your own!

Smart Home integration: Provided that the components communicate using MQTT – it should be quite possible to integrate with HomeAssistant.

What’s Inside?

Digital Sensors: We’ve picked the DHT22/AM2302 sensors. They’re super reliable and won’t break the bank. Perfect for keeping tabs on temperature and humidity. You can find more about these sensors and explore various Go-bindings.

Microcontroller: The ESP8266 is the brains of the operation. It’s got built-in WiFi and is perfect for sending data from your sensors. Learn more about it.

Custom PCB: We’ve created a slick, custom circuit board using KiCad. It makes putting everything together a breeze. Our PCB design files on our GitHub account.

3D Printable Case: We’ve got a FreeCAD design for a case to keep your setup neat and protected. Print it at home and you’re good to go! Our case design files on our GitHub account.

How It Works

Data Collection: Place sensors in key spots (attic, garage, crawlspace) to gather temperature and humidity data.

Data Transmission: The ESP8266 sends this data over WiFi. We use MQTT, which is a super-efficient messaging protocol. Learn more about MQTT on their official website and check out the ESP8266 MQTT client example.

Data Storage and Visualization: Store your data in InfluxDB and visualize it with Grafana. You’ll get clear, real-time insights and can set alerts for any unusual conditions.

Set Up your kit easily with our step-by-step instructions on GitHub. From hardware assembly to software setup, we’ve got you covered.

GitHub Repository with all the files and instructions on our GitHub account.

Conclusion

Equip Yourself with Our DIY Kit Today! It is not just a tool but a game-changer. It offers you valuable insights into the state of less-frequented corners of your home. Imagine effortlessly monitoring your home’s temperature and humidity, ensuring every corner is just right.

Say goodbye to unexpected humidity spikes and hello to a consistently comfortable living space. Don’t wait for another sweltering summer or damp winter to wreak havoc on your home and belongings.

With Our DIY Kit, You’ll Enjoy:

• Privacy: Keep your data secure and local.
• Affordability: An economical alternative to expensive commercial systems.
• Customization: Tailor it to fit your unique needs and preferences.

Master your home’s environment like a pro 💎

We Offer Two Options

1. The Complete Kit: You can order devices that are assembled and tested to meet your project specifications. Save time and eliminate the need to purchase individual components separately. You simply plug in, set up, and use.

2. The Ready-to-Use Modules: A kit for advanced users where you get a DIY Kit so you will be able to build device yourself. It includes assembly instructions and the required materials as follows:

Ready to Order? Fill out the form below to get started!