This a walkthrough for flashing a node with the sudomesh firmware and then configuring it with makenode. At the end of the walkthrough, you'll be able to plug in your router and join the mesh. The walkthrough assumes you're using a linux-ish (OSX should mostly work) OS and that you have basic knowledge of the terminal. The basic idea of getting a node (router) on the mesh consists of flashing (copying files to flash memory) an operating system to the node and then using a software configurator finish setup .
If you do not want to use a per-compiled OpenWRT image, you can build your own from scratch using this how to: Mesh/Build An OpenWRT Image
Before you flash your router it is recommended that you read the Home node info to find out the router works as a mesh node.
- 1 Preparing Your Laptop
- 2 Install OpenWRT on your Router
- 3 Configuring Your OpenWRT Router to Work on the Sudomesh Network
- 4 Flashing Extender Antennas
Preparing Your Laptop
The directions that follow assume you are runing a linux-ish distro (OSX should work). Many of the quoted commands listed below may need `sudo` prepended to them. For the moment, Windows users will have to figure out some of these steps on their own. Sorry :/
If you are working with a fresh installation of Ubuntu linux, you will need to install a few pieces of software. Do install them, open your terminal and type the following:
sudo apt-get install nodejs
sudo apt-get install git
sudo apt-get install npm
sudo apt-get install dropbear
Install OpenWRT on your Router
Download the Sudomesh OpenWRT Image File For a Supported Router
Sudomesh firmware images can be found here: https://builds.sudomesh.org/builds/chaos_calmer/ar71xx/
At the moment, we are supporting the following routers for home nodes:
- TP-Link WDR3500 - firmware image
- TP-Link WDR3600 - firmware image
- TP-Link WDR4300 - firmware image
- Western Digital MyNet N600 - firmware image
- Western Digital MyNet N750 - firmware image
Download the image file for your supported router.
Flash your Router with OpenWRT
There are different techniques for flashing each of the routers. Use the links above to the openwrt wiki and follow the instructions there to flash the router with the firmware you've downloaded.
For example, if you have a Western Digital MyNet N600, follow these instructions:
- Plug one end of the Ethernet cable into your laptop.
- Plug the other end of the Ethernet cable into one of the normal ports on the router (not the Internet/WAN port).
- With the router plugged in and power turned off, push a pin into the reset hole and hold it.
- With the pin held down, turn on the router power button.
- Watch the front blue light - they will flash on and off a few times.
- Once the front blue is flashing, you can let go of the pin.
On your laptop (instructions for ubuntu) edit your network settings by doing the following:
- Click on the network icon on the top right of the toolbar.
- Click "Edit connections..."
- Click on Ethernet connection "Wired connection 1" and click Edit
- Click on the "IPv4 Settings" tab
- Change method to "Manual"
- Click Add
- Under "Address" type "192.168.1.10"
- Under "Netmask" type "255.255.255.0"
- Under "Gateway" type "0.0.0.0"
- Click Save
- Click Close
In your web browser:
- Go to "192.168.1.1"
- Click Browse and select the firmware you downloaded
- Click Install
Configuring Your OpenWRT Router to Work on the Sudomesh Network
These are the steps for configuring your newly flashed router. It will retrieve hardware information about the node, prompt you for a few config settings, and then query the meshnode database to get an available IP address and subnet.
Open your terminal in Linux and type:
git clone https://github.com/sudomesh/makenode.git
cp settings.js.example settings.js
The default settings in `settings.js` should suffice in most cases, but if you need to make changes, do them in 'settings.js'.
if you get the error "no such file or directory":
open a new terminal
sudo ln -s nodejs node
(this will point node to nodejs)
Now the configuration wizard will ask you a number of questions:
- "enter valid hostname" - this is the host name when you SSH into the node - For info on what constitutes a valid hostname, see: valid characters of a hostname
- "max share upstream bandwidth" - how much of your home network upstream bandwidth you wish to share with the mesh network, measured in kbps (kilobits per second). So if you'd like to share 10mbps (megabits per second) enter "10000" or if you want to share 256kbps (kilobytes per second) enter "256". You may want to run a speed test to find out how much bandwidth you have and determine how much you want to share.
- "max share downstream bandwidth" - how much of your home network upstream bandwidth you wish to share with the mesh network - eg. "512" would share 512 kbps
- "admin user password" - this is the password for for changing wifi settings on the node
- "root user password" - this is the root password for the router - Make sure that your root password is strong! If you don't enter a root password, a strong one will be generated and will be logged to screen. It's generally preferable to not use the root password at all and instead add an ssh key to the device - see details below.
- "wifi transmit power" - set this to 23 dBm (which is equivalent to 200 milliwatts)
- "operator name" - this is the name that the network admins can associate with the node - so use a unique name like your first name or location name
- "private wifi SSID" - this is the wireless SSID name for the private wireless network that will run on this router
- "private wifi password" - this is the password for the private wireless network that will run on this router - it must be at least 8 characters long
In a separate terminal you will log into the node using these directions:
To find the name of your ethernet port, type:
In the example below, the wired Ethernet port was "eth0"
In the terminal type the following, replacing "eth0" with the name of your Ethernet port:
sudo ip addr add 172.22.0.9/24 dev eth0
It will ask you for a password, which is "meshtheplanet"
If you'd like to add your ssh key to the router (instead of using a root password), add it to the `configs/authorized_keys` file. You'll see that there are 3 other keys there for our developers. You can remove them if you'd like, but they're currently the only way we can provide remote support. During the alpha test phase we ask that you consider whether you are able to do diagnostics/debugging yourself before you remove them.
Confirm that the Node is Running
Click on the network icon on the top right of the toolbar to see the avaiable wireless networks (or run
sudo iwlist wlan0 scan in your linux terminal)
If configuration proceeded correctly, you should see the 'peoplesopen.net' and 'pplsopen.net-node2node' wifi interfaces.
Flashing Extender Antennas
This step is optional.
Download the Image File For a Extender Node
The extender nodes that we currently support are:
- Ubiquiti Nanostation M5 - firmware image
- Ubiquiti Nanostation M2 - firmware image
- Ubiquiti Picostation M2
- Ubiquiti Nanobeam M2 and M5
- Ubiquiti Picostation M2
- Ubiquiti Picostation 2 - firmware image
- Ubiquiti Picostation M2
- Ubiquiti Bullet M2 and M5
Flash the Extender Node
- Configure your wired internet settings to use Manual IPv4 settings with IP: 192.168.1.10, subnet: 255.255.255.0, gateway: 0.0.0.0
- Plug one Ethernet cable into your laptop on one end and into the "LAN" port of the power-over-ethernet power supply on the other end.
- Plug another Ethernet cable into your antenna on one end and into the "POE" port of the power-over-ethernet power supply on the other end.
- Push a pin into the reset hole and hold it.
- With the pin held down, plug in the power to the power-over-ethernet power supply.
- Watch the lights on the antenna - they will all flash together a few times, then they will flash up and down.
- Once the lights on the antenna are flashing up and down, you can let go of the pin.
You should be able to ping the extender at 192.168.1.20.
$ ping 192.168.1.20
PING 192.168.1.20 (192.168.1.20) 56(84) bytes of data.
64 bytes from 192.168.1.20: icmp_seq=1 ttl=64 time=1.54 ms
64 bytes from 192.168.1.20: icmp_seq=2 ttl=64 time=0.826 ms
In your linux terminal, type:
git clone https://github.com/sudomesh/ubi-flasher
./flasher.js '<path to firmware>'
The terminal will tell you "The firmware has been successfully sent to the router. In a few seconds, the router should begin flashing its four status LEDs sweeping from left to right, then right to left (or up down, down up). This means that the router is flashing itself with the new firmware. Once the router goes back to having only the power LED lit, the router has been successfully flashed."
Wait until the antenna has only the power LED lit and you're done.