Programmable Wireless Raspberry Pi ppp scripts
Programmable Wireless is a set of developer-first tools to deploy and manage fleets of wireless devices, powering connectivity for the Internet of Things and enabling highly customized Communications use cases.
This repository includes a group of ppp scripts to connect a Raspberry Pi to the Internet using a USB cellular modem. You can learn more about Programmable Wireless from the Programmable Wireless Documentation and how to connect a USB modem to a Raspberry Pi by following this guide.
Requirements
You will need to download and install software packages on your Raspberry Pi before you can use your unlocked cellular USB modem. Follow along with this repository's accompanying guide if you need additional help. The easiest option is to get a Raspberry Pi WiFi dongle if your device does not have built in wifi.
Step 1. Install packages on Raspberry Pi
Type the following in a terminal:
sudo apt-get update
sudo apt-get install ppp usb-modeswitch
Step 2. Determine current mode of your USB modem
Follow along with this repository's accompanying guide to determine if your USB modem is in the correct mode.
Step 3. Install ppp scripts
Type the following in a terminal:
wget https://github.com/twilio/wireless-ppp-scripts/archive/master.zip
unzip master.zip
cd wireless-ppp-scripts
sudo cp chatscripts/twilio /etc/chatscripts
sudo cp peers/twilio /etc/ppp/peers
Thats it for the scripts. You can remove master.zip and wireless-ppp-scripts by typing the following in a terminal:
rm -rf master.zip
rm -rf wireless-ppp-scripts
Step 4. Shut down wifi if up
Type the following in a terminal:
sudo ifconfig wlan0 down
Step 5. Connect to the cellular network
Type the following in a terminal:
sudo pon twilio
Step 4. Confirm
Your USB modem should now be connected to the Internet! Try going to a web page or ping Twilio. Type the following in a terminal to ping www.twilio.com:
ping -c 3 www.twilio.com
You’re connected!
You inserted a Twilio SIM card into your cellular USB modem and configured ppp to run at boot. Take a look at the other interesting things you can do with a Raspberry Pi such as sending machine-to-machine Commands or creating a cellular connected security camera.