Do you have an AR Parrot Drone? How would you like your drone to follow your red shirt, or unique glyph photo. Or maybe remote control your drone with a joystick, wii remote or voice recognition. Even better, how cool would it be to have your drone remote controlled from another location over the internet? All of those scenarios are possible, but in this tutorial i'm going to cover the Color following ability. Below is a video that covers the next few steps.Step 1: Download EZ-Builder The software we will use to control the AR Drone is EZ-Builder. To download and install EZ-Builder: Scroll to the Download section Select Download from the EZ-Builder Robot Control Software Follow through with the installation procedure« PreviousNext »View All Steps Downloadin Internet of Things (IoT) OverviewIngredientsArchitectureSetting up the DroneSetting up BluemixSetup the Drone GatewayNode-RED applicationConclusion Architecture Setting up the DroneUnpack the AR Drone from the package.

Place the drone on a flat surface and connect the battery. The AR Drone will run a self diagnostic. After a few seconds, propellers will flicker one by one. After this, if all the lights under the propellers are green, you are good to go. Setting up the Drone Unpack the AR Drone from the package. Place the drone on a flat surface and connect the battery. The AR Drone will run a self diagnostic. After this, if all the lights under the propellers are green, you are good to go.parrot ar drone requirements The drone will create a WiFi network whose name starts with ardrone2, followed by an ID.parrot ar drone milano Now connect to this WiFi, from your WiFi enabled device(Laptop/Raspberry Pi)parrot ar drone bogota

NOTE : Use another network interface to maintain connection to the internet. You can use a Ethernet cable or have another WiFi Interface. You will need internet to connect to IBM Bluemix For this tutorial you will need to setup the Watson IoT and Cloudant services. Also, this tutorial tweets the picture captured from the Drone, so you will need to generate the keys from Twitter as well. For registering the drone in the Watson IoT Platform, follow this recipe which will help you toparrot ar drone with radio Create Watson IoT serviceparrot ar drone webbhallen Go to the Watson IoT Dashboardparrot ar drone yorum Create a Device Type – For this tutorial, you can name it “Drone“drone 2 buy

Create a Device – For this tutorial, you can name it “Drone1“. Note down the device credentials that you get in the last screen of the device registration. After finishing “How to Register Devices in IBM Watson IoT Platform” recipe, next we will create a cloudant instance. Go to your Bluemix Catalog Navigate to the Data and Analytics section. Click on Cloundant NoSQL DB. Leave it Unbounded and Click on Createdrone aircraft buy After you have created the Cloudant service, note down the credentials – Username and Password. drone gopro buyYou can get this values from the VCAP environment variables.drone helicopter buy You will need the following of properties for your application to use Twitter:where to buy dji drone

Follow the steps below to create Twitter Keys Click on Create New App. Enter the Name, Description and Website. Callback URL is not needed. Click on Create your Twitter Application. Your Twitter applicaation will be created. Go to Keys and Access Tokens tab to get the Tokens Note down the Consumer Key and Secret. Next, we will create the Access Tokens, go to the Your Access Tokens section and click on Create my Access Token.drone machine buy Now note down the Access Token and Secret.where to buy ar drone in australia Now we have setup the Bluemix services and Twitter, Next we will learn how to setup the code on the local machine.where to buy ar drone in south africa Setup the Drone Gatewaydrone phantom buy

In this step, we will set up the Gateway for connecting to the Drone. You can use your Laptop/Mac/Raspberry Pi. Note : You must install ffmpeg in the gateway machine. FFmpeg is needed for using the camera in Drone. Git clone the repository in your local gateway. Install the dependencies using npm. Run the following command Now all the dependencies are installed. Edit the configuration file config.json with the credentials you copied in the previous step.where to buy parrot drone Update the device your registered in Watson IoT in the iotconfig section. ar drone where to buy australiaAnd update your twitter credentials in the twitConfig section. pocket drone where to buyAlso, update the cloudant credentials in the cloudantConfig.where to buy the ar drone in australia

Now this program does the following Sends Drone statistics events to Watson IoT E.g : isFlying, battery Listens for commands from Watson IoT. It listens for Takeoff, land, tweet commands from the Watson IoT platform Sends images to Cloudant DB every 2 seconds. Now you have finished the setup in the Gateway. Next you will learn how to send commands from a Node-RED application to Take Off, Land and Tweet You will use the following Node-RED flow to control the drone.drone buying guide Open your Node-RED Dashboard. what's the best drone to buyYou can run Node-RED either in IBM Bluemix or on your local machine.drone where to buy Click on Menu -> Import -> Clipboard.ar drone 2 buy australia

Paste the following JSON. Your flow in Node-RED should look like below. Now we need to add the credentials of the Watson IoT. Double click on IBM IoT App Out. Now add your Watson IoT credentials in this node. Click on the pencil icon to add the credentials. You need you API-KEY and API-TOKEN of your IBM Watson IoT organization. If You have changed the name of the device registered, now you can edit the Device Id and Device Type, else you do not have to edit any other property and Click OK.phantom 2 drone buy(On the top right corner)parrot ar drone 2 buy Now the flow is active.ar drone 2 2013 You can now play with Drone with commands sent from this Node-RED.ar drone 2 4 ghz