• Standalone
• Docker

• autoenroll-data-package
  • Builds ATAK autoenroll data package
• backup
  • basic backup
  • docker only
• create-client-cert
  • Creates basic TAK user
  • Creates matching filesystem cert
  • Creates user/client data-package
  • Requires TAK restart
  • autoenroll is recommended
• letsencrypt
  • LetsEncrypt certificate request
  • Required for iTAK autoenroll
• letsencrypt-renew
  • Prompts for a LetsEncrypt renewal
  • Requires TAK restart
• prereq
  • Installs basic required packages
• remove-client-cert
  • Revokes filesystem cert and changes user password
  • Requires TAK restart
• restart
  • Restarts TAK and watches till online
• setup
  • Starts the TAK Server setup
• tear-down
  • Wipes dockerized TAK Server
  • Prompts to keep containers
  • Does not prompt for data backups
  • Recommended for a clean docker re-install
• upgrade
  • Performs basic backup and server upgrade
  • docker only

Simple nginx server to allow static HTML files to be served (such as registration QR or data packages)

• prereq
  • Installs basic required packages for a docker install
• restart
  • Restarts TAK-Docs
• setup
  • Starts the TAK-Docs Server setup
• tear-down
  • Wipes dockerized TAK-Docs Server
  • Prompts to keep containers
  • Does not prompt for data backups
  • Recommended for a clean docker re-install

• Requires either the docker-zip or deb-installer be downloaded to the target server
• Server requires access to to the internet for package install
• Prereqs installer needs sudo
• Docker installer needs docker and sudo
• Standalone installer needs sudo

• https://github.com/Cloud-RF/tak-server
• https://github.com/atakhq/tak-server-install-scripts

• Install Ubuntu
  • 20.04: Works up to TAK 4.8
  • 22.04
• Run the Prep this repository code
• Optionally install/configure
  • Docs Server
    • Provides a lightweight http server to publish QR codes or Data Packages
  • VPN
    • isolated TAK traffic
  • LetsEncrypt SSL Certificate
    • Server will still be encrypted without this using a Self-Signed SSL certificate
    • Read more here
• Choose your install
  • Standalone: Less overhead, cleaner for most installations
  • Docker: Dockerized and allows for other services to run cleaner
• Download the proper installer from TAK.gov
  • Standalone goes in /tmp/
  • Docker goes in a release/ directory in the install user's (default tak) home
• Run the corresponding prereq script
• Copy the default config
  • You can use the defaults, they work
  • You can change them as needed. YMMV.
• Run the setup script
• Login and validate its functional

sudo apt -y update; \
sudo apt -y install curl git; \
sudo git clone https://github.com/cgmckeever/tak-tools.git /opt/tak-tools

Provides resources to spin-up a lights wait http server that can be used to serve QR codes or Data Packages to end users.

/opt/tak-tools/scripts/nginx/prereq.sh

Not required if TAK is running as a Docker Container

/opt/tak-tools/scripts/nginx/setup.sh

Follow the prompts, your should have a web server running on port 443 when finished

Simple Wireguard Setup

You will be able to access the TAK Server via https://{WIREGUARD-TAK-SERVER-IP}:8446 (or create a DNS entry for a domain name)

• Create an account at zerotier.com

• Create a new ZeroTier Network via the UI

• Install ZeroTier

curl -s https://install.zerotier.com | sudo bash; echo; \
read -p "network-id: " ZTID; sudo zerotier-cli join ${ZTID}

• Join other ZeroTier networks

sudo zerotier-cli join {ZEROTIER-NETWORK-ID}

• In the ZeroTier UI, allow the TAK Server Access
• Repeat for each peer/node

You will be able to access the TAK Server via https://{ZEROTIER-TAK-SERVER-IP}:8446. You can manually add a memorable IP in the UI, or create a DNS entry for a domain name.

/opt/tak-tools/scripts/letsencrypt.sh

• Will prompt you for a FQDN
• Port 80 must be exposed to the internet sudo ufw allow 80 [remember to remove after]
• The setup.sh script will find the letsencrypt.txt file and enable

• Ubuntu 22.04
  • TAK 4.8 [ ARM64 ]
  • TAK 4.9 [ AMD64 | ARM64 ]
  • TAK 4.10 [ AMD64 | ARM64 ]

/opt/tak-tools/scripts/tak/standalone/prereq.sh

• Install prereq libraries
• Enables UFW [Firewall]

• Download the package from https://tak.gov/products/tak-server
• Transfer it to your server in the /tmp directory

• Copy and change the config settings

sudo cp /opt/tak-tools/scripts/tak/standalone/config.inc.example.sh \
    /opt/tak-tools/scripts/tak/standalone/config.inc.sh; \
cat /opt/tak-tools/scripts/tak/standalone/config.inc.sh

• Kick off setup

/opt/tak-tools/scripts/tak/standalone/setup.sh

Wrapper Script: /opt/tak-tools/scripts/tak/standalone/start.sh

• Will look for the install package as /tmp/takserver*.deb
• Follow the prompts...its not perfect

• Start

sudo systemctl start takserver

• Stop

sudo systemctl stop takserver

• Autostart

sudo systemctl enable takserver

run as tak service user su - tak

tools/create-client-cert.sh

• Will create a client p12 and pem files
• Requires a reboot to be picked-up
• You will need to manually create a user in the administrative user manager with the same name to sync groups

tools/revoke-client-cert.sh

• Revoke client p12 and pem files
• Requires a reboot to be picked-up

tools/client-data-package.sh

• Will generate the Client Data Package

• Ubuntu 20.04
  • TAK 4.8 [ AMD64 ]
• Ubuntu 22.04
  • TAK 4.8 [ ARM64 ]
  • TAK 4.9 [ AMD64 | ARM64 ]
  • TAK 4.10 [ AMD64 | ARM64 ]

/opt/tak-tools/scripts/tak/docker/prereq.sh

• Install prereq libraries
• Install docker and docker-compose
• Enables UFW [Firewall]
• Will create a tak service user
  • Remember the displayed password; or passwd tak to change it

• Transfer it to your server in the /home/{INSTALLATION_USER}/release/ directory

• Log in as the TAK user

su - tak

• Copy and change the config settings

sudo ln -s /opt/tak-tools/scripts/tak/docker/ ~/tools; \
sudo cp tools/config.inc.example.sh tools/config.inc.sh; \
cat tools/config.inc.sh

• Kick off setup

tools/tear-down.sh
tools/setup.sh

Wrapper Script: tools/start.sh

• Tear down and clean up Docker
• Will look for the docker install package as ~/release/takserver*.zip
• Follow the prompts...its not perfect

• Start

sudo systemctl start tak-server-docker

• Stop

sudo systemctl stop tak-server-docker

• Autostart

sudo systemctl enable tak-server-docker

tools/create-client-cert.sh

• Will create a client p12 and pem files
• Requires a reboot to be picked-up
• You will need to manually create a user in the administrative user manager with the same name to sync groups

tools/revoke-client-cert.sh

• Revoke client p12 and pem files
• Requires a reboot to be picked-up

tools/client-data-package.sh

• Will generate the Client Data Package

Not all persisted data has been tested across upgrade. Original working directory should remain peristed in the release/ directory for reference.

tool/upgrade.sh

• Will ask for name of the new release package
• Backup configs/certs
• Copy new TAK files over
• Restart TAK

tools/tear-down.sh

clear
ip link show

echo; echo
DEFAULT_NIC=$(route | grep default | awk '{print $8}'); \
read -p "Which Network Interface? Default [${DEFAULT_NIC}] " NIC; \
NIC=${NIC:-${DEFAULT_NIC}} ;\
echo; \
TAK_IP=$(ip addr show ${NIC} | grep -m 1 "inet " | awk '{print $2}' | cut -d "/" -f1)
sudo ufw default deny incoming; \
sudo ufw default allow outgoing; \
sudo ufw allow 51820/udp; \
sudo ufw allow OpenSSH; \
sudo ufw allow proto tcp from ${TAK_IP}/24 to any port 8089; \
sudo ufw allow proto tcp from ${TAK_IP}/24 to any port 8443; \
sudo ufw allow proto tcp from ${TAK_IP}/24 to any port 8446; \
sudo ufw enable; \
sudo ufw status

• Check Docker network

docker network inspect $(docker network ls -q)

• Resource Usage

docker stats --no-stream

• Shell in

docker-compose -f tak-server/docker-compose.yml exec tak-server bash

• Allow other users to pull tak-tools

git config --global --add safe.directory '/opt/tak-tools'

• Pull tak-tools

sudo git -C /opt/tak-tools pull

• Change Admin Password [docker]

echo; read -p "New Admin Password: " TAKADMIN_PASS; docker-compose -f tak-server/docker-compose.yml exec tak-server bash -c "java -jar \${TAK_PATH}/utils/UserManager.jar usermod -A -p \"${TAKADMIN_PASS}\" tak-admin"

• Update renderer in /etc/netplan/50-cloud-init.yaml from networkd to NetworkManager

network:
    version: 2
    wifis:
        renderer: NetworkManager

sudo netplan apply

• Find SSIDs

sudo nmcli dev wifi

• Change wifi

sudo nmcli device wifi --ask connect {SSID-TO-CONNECT}