SERVER/CLOUD SIDE

I used AWS Free Tier.

• You can check the conf-aws-img/ folder to see the screenshots of config: security group, vpc, route tables, subnet.

• Instructions to create a new EC2 instance and config public IPV6 on AWS can be followed by this link.

After all are set. You can now:

1. Login/SSH to the server and create read_packet.py file, which code/content is in read_packet.py on my git repo.

2. Run and wait for packet

   python3 read_packet.py
   

RIOT SIDE

Register experiment with 2 nodes on Saclay site

1. Submit experiment

   iotlab-experiment submit -n sensesend -d 60 -l 2,archi=m3:at86rf231+site=saclay
   

2. After this, it will return the experiment ID, which we will use to get the nodes list

   iotlab-experiment get -i <exp-id> -p 
   

Setup border router on one node

1. Clone RIOT

   git clone https://github.com/RIOT-OS/RIOT
   

2. Go to RIOT/ folder

   cd RIOT/
   

3. Run this before flashing the board

   source /opt/riot.source
   

4. Compile the code

   make ETHOS_BAUDRATE=500000 DEFAULT_CHANNEL=23 BOARD=iotlab-m3 -C examples/gnrc_border_router clean all
   

5. Flash device

   iotlab-node --flash examples/gnrc_border_router/bin/iotlab-m3/gnrc_border_router.elf -l saclay,m3,<id>
   

6. Run border router

   sudo ethos_uhcpd.py m3-<id> tap0 2001:660:3207:04c1::1/64
   

Run application on other node

1. Clone my git repo

   git clone https://github.com/tuminguyen/sensing-iot23.git
   

2. Go to the folder

   cd sensing-iot23/
   

3. Change the IPV6 address of your server on main.c file

   nano main.c
   

4. When the main.c is opened, change "2a05:d016:4b4:100:2323:6378:f552:8961" to to your server IPV6 address

   #define SERVER_IPV6_ADDR "2a05:d016:4b4:100:2323:6378:f552:8961"
   

   Save the file by pressing [Ctrl + X] then y then Enter.

5. Run this before flashing the board

   source /opt/riot.source
   

6. Compile code and run

   make DEFAULT_CHANNEL=23 BOARD=iotlab-m3 -C . clean all
   

   iotlab-node --flash bin/iotlab-m3/say2v6.elf -l saclay,m3,<id>
   

7. Wait until the previous command done, then we run

   nc m3-<id> 20000
   

8. Press Enter so you will see

   > 
   

9. Basically, you can control on|off on the sensors. Here I only have lps331ap (temperature/pressure) and lsm303dlhc (accelerometer/magnetometer) sensors. The command is simply just lps on | off or lsm on | off.

Link on the demo video is uploaded here on Youtube