$ openssl req -new -key privateKey.pem -out cert.csr Generate a private key with open ssl: $ openssl genrsa -out privateKey.pem 2048 To do this go to the "Users Panel" in the IAM console, select the user you created, attach policy, and select administrator account.įirst create a folder to store your certificates in: In order to get permission to download the AWS IoT tools, attach the administrator account policy to the user. NOTE : for default region you must enter us-east-1 in order to be able to configure AWS for IoT. Once you have an access ID and key you can configure aws and enter the ID and key with: Make new user and get credentials from the aws console following instructions at: To make sure everything has installed correctly, run the iot help file: $ aws iot helpĪws Cli is now installed.
#SPHERO EDU UNBLOCKED INSTALL#
Then install the new version of less: $ wget
Less : First rename the old version of less. Install dependencies: In order to view help files ("aws iot help"), install Groff and a non-BusyBox version of less. Install AWS CLI with pip: $ pip install awscli
Install pip (Python package manager): $ curl -o - | python Install dependencies: npm install -g inherits You can find instructions here: Get started with Intel Edison technology
#SPHERO EDU UNBLOCKED SERIAL#
Get started with your Intel Edison by updating to the latest firmware and setting up a serial terminal. There is some setup to make this process e asier, lets start with getting your Intel Edison set up. These values will be transmitted up to AWS-IOT every 5 seconds. To get started in our project, we are going to be collecting BB-8's location including:īB-8 will be moving in a random direction, switching it's direction every 5 seconds. Location (based on 2D internal map set from start).Once connected the BB-8 will be set loose in a space and begin transmitting sensor data to AWS. This project will connect a Sphero BB-8 to the AWS-IOT via an Intel Edison. We begin our adventure as BB-8 connects to the lone Intel Edison and starts its transmission. A droid named BB-8 needed to communicate large amounts of data to the rebellion so large super computers could analyze and explore the remote planet of MyOfficeCube.Įquipped with only a short range communicator, BB-8 was forced to proxy it's sensor data to a local node and pass it through it's broadband connection to rebels AWS outpost.