The first experiment for beginners
The Webportal is the easiest and fastest way for beginners to launch an experiment and interact with the node.
You can do exactly the same with the CLI tools from a terminal, allowing more advanced usage and automation.
Labs
The JupyterLab server provides a full featured and zero-setup remote environment to learn how to program operating systems such as RIOT & Contiki-NG or how to use some of the testbed features.
Go to labs.iot-lab.infoTutorials
Contiki
Get and compile firmware for M3 and A8-M3 nodes
Compile a sensors collecting firmware example.
Private IPv6 (6LoWPAN/RPL) network with M3 nodes
Contiki uIP stack & tools, IPv6 basics for M3 nodes.
Public IPv6 (6LoWPAN/RPL) network with M3 nodes
Deploy an IPv6 network with Contiki and RPL on M3 nodes.
Public IPv6 (6LoWPAN/RPL) network with A8-M3 nodes
Deploy an IPv6 network with Contiki and RPL on A8 nodes.
CoAP server with public IPv6/RPL/6LoWPAN network
Deploy CoAP over an IPv6 network with Contiki and RPL.
CoAP server with public IPv6/TCSH network and M3 nodes
Improve CoAP over an IPv6 network with TSCH.
LwM2M client with public IPv6 network and M3 nodes
LwM2M client example with Leshan server
RIOT
Public IPv6 (6LoWPAN) network with M3 nodes
Configure a public IPv6 network on M3 nodes
Public IPv6 (6LoWPAN) network with A8-M3 nodes
Configure a public IPv6 network on A8-M3 nodes
CoAP server with public IPv6 network on M3 nodes
Query a CoAP server running on M3 nodes with a public IPv6 network
CoAP server with public IPv6 network on A8-M3 nodes
Query a CoAP server running on A8-M3 nodes with a public IPv6 network
MQTT-SN with public IPv6 network and A8-M3 nodes
Play with MQTT-SN on A8-M3 nodes running RIOT OS