The starter kit includes everything you need to get you started with a home wireless sensor network:
From here the sky is the limit. You can order more assembled sensors, sensor kits or even roll your own. It’s fun and it’s easy. To add more sensors to your Starter Kit click here.
The sensors are an Arduino derived sensor node combined with a 433 MHz transmitter operating in the unlicensed ISM band with a range of 50 – 60 feet typically (15 -20m approximately) depending on the construction of your home and the placement of the sensor. Floors, ceilings, walls, furniture, appliances and people can attenuate the signal. Your mileage will vary. The sensors send a 200 millisecond data burst once an hour (default setting and one sensor).
The Desktop Application is for MS Windows only (XP, Win 7 and Win 8) for now. The Desktop is a simple to use graphical application to help you manage all of your sensors. To see at a glance their status and to provide you alerts when a sensor node needs attention. For example, my desktop application is presently configured to give me:
I have wanted to play with wireless sensors in and around my home for years but didn’t find the time until after I retired. This started out as an Arduino learning project for me and got out of hand . As you will see from some of the documentation that I also created a small company to market these devices called Sensible Living LLC. I have half a dozen different types of sensors (Plant moisture, Water Leak, Temperature, Temperature and Humidity, Tilt, Motion, etc.) that all use this same board. Most have been working for nearly two years by now. I also have others in progress for monitoring AC Current, AC power, combustible gases and a module that will monitor up to five plants at once for an indoor garden. All of these were built to address specific needs around my home and for my family.
It turns out the biggest challenge with a sensor network is what to do with all the data when it starts coming in. For that I created the Sensible Living Desktop Application. It is a feature rich graphical interface that lets you see the status of your sensors at a glance and can alert you when one of your alert conditions occurs. An alert can be anything from a simple Pop-up message, voice message, e-mail or text message to your cell phone. It also provides the ability to see the sensor activity over time in chart form.
|Shipping Rate||First item||Additional items|
United States Postal Service: Priority Mail, includes tracking and insurance
We recognize our top users by making them a Tindarian. Tindarians have access to secret & unreleased features.
We look for the most active & best members of the Tindie community, and invite them to join. There isn't a selection process or form to fill out. The only way to become a Tindarian is by being a nice & active member of the Tindie community!
Retired after 32 years in electrical engineering in Silicon Valley. Starting out in hardware engineering, embedded firmware, systems engineering and engineering management. I have worked for companies ranging from six employees to sixty thousand and managed development programs up to about $60 million. What i'm doing now is way more fun. I started this to learn about Arduino programming and one thing led to another. After building prototypes of these sensors for myself and some friends I decided to see if anyone else could use them. With a little luck I will make enough to buy a new scope. My old one still works but it was a discard when I got it 30 years ago and it takes a while for the tubes to warm up. :-)
I got the Rigol DS1102E. I love it! Just what I needed to develop and test my IOT sensor projects