|darkdrgn2k 3bc56edbe8 Added link status to nodeexporter||2 months ago|
|contrib||2 months ago|
|docs||1 year ago|
|scripts||2 months ago|
|travis||1 year ago|
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|FAQ.md||2 months ago|
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|README.md||3 months ago|
The following instructions will help you set up an encrypted mesh network on Raspberry Pi's. It takes about 15 minutes to set up a node with the Pi 3. Obviously, to have a mesh you will need more than one node.
Many board that run Armbian such as many models of Orange Pi hardware are also supported. The same installation steps can be followed, except you would flash the SD card with Armbian instead of Raspbian. See Hardware Table for the full list of supported hardware and check for board specific installation details in our Frequently Asked Questions.
Make sure you have the following items:
Flash the SD card with Raspbian Stretch Lite.
Create an empty file named ssh to enable SSH when the Pi boots:
$ touch /path/to/sd/boot/ssh
Plug the SD card and USB WiFi adapter into the Pi.
Plug the Pi into your router so it has connectivity to the Internet. SSH into the Pi with
ssh firstname.lastname@example.org and password raspberry.
Optional: There are other ways to connect, such as connecting the Pi to your computer and sharing Internet to it. If you have multiple Pi's connected to your router, find their IPs with
nmap -sn 192.168.X.0/24 (where 192.168.X is your subnet) and SSH to the local IP assigned to the Pi you want to address
Note: After the install the node will be renamed to
xxxx is the last 4 characters of your CJDNS address. Before the reboot the node will notify you of what the name is.
In your SSH session, run
passwd and change your login password. It is very important to choose a strong password so others cannot remotely access your Pi.
Run the following, then let the installation complete. After about 5 minutes the Pi will reboot:
$ wget https://raw.githubusercontent.com/tomeshnet/prototype-cjdns-pi/master/scripts/install && chmod +x install && ./install
The installation script can also install many optional features such as distributed applications and network analysis tools that are useful but non-essential to run a node. You can use flags to selectively enable them, or use the following command to install all optional features:
$ wget https://raw.githubusercontent.com/tomeshnet/prototype-cjdns-pi/master/scripts/install && chmod +x install && WITH_MESH_POINT=true WITH_AD_HOC=false WITH_WIFI_AP=true WITH_FIREWALL=true WITH_CJDNS_IPTUNNEL=true WITH_IPFS=true WITH_PROMETHEUS_NODE_EXPORTER=true WITH_PROMETHEUS_SERVER=true WITH_GRAFANA=true WITH_H_DNS=true WITH_H_NTP=true WITH_EXTRA_TOOLS=true ./install
|Feature Flag||HTTP Service Port||Description|
||80: HTTP-to-IPFS gateway at
||9100: Node Exporter UI||Set to
||9090: Prometheus Server UI||Set to
||3000: Grafana UI (login: admin/admin)||Set to
If you are connected to the WiFi Access Point, all HTTP services are available via
http://10.0.0.1:PORT as well as the cjdns IPv6. To connect with the cjdns address, first note your node's fc00::/8 address from
status, then navigate to
http://[fcaa:bbbb:cccc:dddd:eeee:0000:1111:2222]:PORT from your browser.
Give the Pi about 15 seconds to reboot and SSH back into it. You should find the status of your mesh node automatically printed. You can also print this anytime by running
Verify that cjdns Service is active, and Mesh Interface (if applicable). The NODE section should display a single IPv6 address, that's the identity of your Pi in the cjdns mesh. The PEERS section should indicate a list of IPv6 addresses that are active peers to your node. This list will be empty, until you have another nearby node with the same set up.
You can benchmark the network throughput with more than one node. Let's name our two Pi's Hillary and Friend.
SSH to Friend and note its IPv6.
iperf3 -s to start listening. Do not end the SSH session.
In another Terminal session, SSH to Hillary and run
iperf3 -c FRIEND_IPV6. You should start seeing Hillary sending encrypted packets to her Friend. See phillymesh/cjdns-optimizations for expected throughput.
To uninstall the services, run
If you are updating, run the same uninstall script, but keep all configuration files and data directories when prompted, remove the prototype-cjdns-pi directory along with the install script, then repeat the last installation step.
We have added support for other single board computers such as the Orange Pi family of boards. So far all the boards that have been tested support Armbian and usualy our install script needs no modification to work. To use one of these boards start with the Armbian nightly images linked in the table below, then follow the same installation steps as the Raspberry Pi. Below is a table of boards we have tested and some metrics of what you can expect from the board.
List of tested hardware:
|Hardware||Base OS||CJDNS Benchmark (salsa20/poly1305, switching)||iPerf3||USB||Ethernet||Notes|
|Raspberry Pi 3b+||Raspbian Lite||405k, 119k||~90 Mbps||2||10/100/1000||Eth only 320mbps. Cjdns speed unstable. Dual band|
|Raspberry Pi 3b||Raspbian Lite||350k, 100k||89 Mbps||2||10/100|
|Raspberry Pi 2||Raspbian Lite||145k, 55k||39 Mbps||2||10/100|
|Raspberry Pi 1 A+||Raspbian Lite||35k, -||~9 Mbps||1||None|
|Raspberry Pi 1 B+||Raspbian Lite||51k, 22k||~9 Mbps||2||10/100|
|Raspberry Pi Zero||Raspbian Lite||68k, 30k||~9 Mbps||1*||None||*Need OTG Cable No FPV|
|Orange Pi Lite||Armbian Nightly||160k, 74k||67 Mbps||2||None|
|Orange Pi One||Armbian Nightly||160k, 74k||67 Mbps||1||10/100|
|Orange Pi Zero||Armbian Nightly||160k, 74k||67 Mbps||1 (+2*)||10/100||*USB Headers|
|Orange Pi Zero Plus 2 H5||Armbian Nightly||190k, 130K||80 Mbps||0 (+2*)||None||*USB Headers|
|NanoPi Neo 2||Armbian Nightly||160k, 95K||67 Mbps||1 (+2*)||10/100/1000||*USB Headers, Gigabit Eth|
|Rock64||Armbian Nightly||255k, 168K||94 Mbps||3||10/100/1000||1 USB 3.0, Gigabit Eth|
|EspressoBin||Armbian||186k, 128K||73 Mbps||2||10/100/1000||1 USB 3.0, 3x Gigabit Eth, Sata, mPCIE. Use stable and apt-get upgrade after boot|
You can install from a specific tag or branch, such as
$ wget https://raw.githubusercontent.com/tomeshnet/prototype-cjdns-pi/develop/scripts/install && chmod +x install && TAG_PROTOTYPE_CJDNS_PI=develop ./install
If you are developing on a forked repository, such as
$ wget https://raw.githubusercontent.com/me/prototype-cjdns-pi/develop/scripts/install && chmod +x install && GIT_PROTOTYPE_CJDNS_PI="https://github.com/me/prototype-cjdns-pi.git" TAG_PROTOTYPE_CJDNS_PI=develop ./install
To add a new module, use scripts/ipfs/ as an example to:
We keep a list of Frequently Asked Questions. Feel free to add to this list with the issues you experienced on your boards.
Your computer can be a node too! It will mesh with the Pi's over your router. See the cjdns repository on how to set this up.
Original plan for this repository and early benchmark results are available in the doc folder.