[donmatito] created an Indoor Environmental Quality Station based on the Arduino platform and uses Bluetooth for connectivity to ThingSpeak cloud services. The great news is that… 続きを読む >>
[donmatito] created an Indoor Environmental Quality Station based on the Arduino platform and uses Bluetooth for connectivity to ThingSpeak cloud services. The great news is that… 続きを読む >>
[Risto] from Supermechanical wrote a tutorial on how to use the Twine with ThingSpeak web services such as Data Logging and Charting. The tutorial explains how you can use the Twine’s… 続きを読む >>
Thanks to the very active ThingSpeak community, we have been able to make some updates to the open source ThingSpeak API and web app. We also have a major new release coming. The latest updates allow… 続きを読む >>
We have updated our ThingTweet Tutorial to cover the Arduino Ethernet and the new Arduino IDE (v1 and above). ThingTweet is a ThingSpeak App that allows you to send Twitter status updates via your… 続きを読む >>
TinyCLR master user [Duke Nukem] created a project using the Microsoft Gadgeteer and ThingSpeak Internet of Things web services. The Gadgeteer allows modular hardware development with plug-and-play… 続きを読む >>
Kickstarter over the past few months has been the platform of choice for new Internet of Things hardware being developed. Many projects are an Arduino and another thing attached to it. While some of… 続きを読む >>
.NET Micro Framework Developer [paolopat] created a client for the ThingSpeak platform. This allows any device that supports the .NET Micro Framework to access ThingSpeak web services by using the… 続きを読む >>
The community from RS Components created a Scalextric Slot Car Race that is powered by your tweets. Two cars went head-to-head last week with a live Twitter race between a red and blue car. The cars… 続きを読む >>
ThingSpeak user, “SolarInKrimpen”, from Rotterdam, Netherlands, created a solar power monitoring system that reports data collected by solar panels and feeds the data to web services such… 続きを読む >>
Via Twitter, we caught wind of a project by a group of Rutgers University SCI ITI students. As their final project, the team built a working model of a smart home using sensors connected to… 続きを読む >>