nanobox-unity

============================ A small collection of scripts to set up new on-premise installations of Nanobox

Scripts

The scripts included here, and their individual purposes, are:

• provider/bin/bootstrap: set up the hosting provider to house all required components of the installation
• controller/bootstrap: script used to install Nanobox components
• host/ubuntu.sh: script used to provision and configure new app host servers from within Nanobox itself

You should note the commit ID of the version of these scripts that you actually run, so that any audits of your infrastructure can be accurately performed.

Usage

provider/bin/bootstrap

This script should be run from a computer with Python and access to the target provider. Available providers can be looked up by running provider/bin/bootstrap -h.

The default configuration involves creating two self-contained environments, production and staging. The production environment is further segmented into zones (see below) for increased security and compliance with various security and auditing regulations, while staging is set up without the extra compilance requirements and access restrictions that come with using said zones. In any configuration, each environment is set up with a dedicated access control role, to prevent access to either without explicit authorization.

The default configuration also creates four provider-level zones (generally implemented as subnets, but potentially involving other concepts or terms) within environments configured to use them:

• DMZ: Demilitarized Zone, a zone which allows access from the outside world, so that it is still possible to access the various components of the Nanobox deployment, and any apps running within it.
• MGZ: Management Zone, used to host the Nanobox Controller, and any other components required to manage the intsallation.
• APZ: Application Zone, where all the deployed apps will end up.
• SDZ: Secure Data Zone, used for secure but shared data storage, in the event RDS or another external service isn't used for that purpose.

In addition to the zones themselves is the overall security setup for each.

Other configurations are possible via the nanobox.yml configuration file, detailed below (along with the defaults above as described within that file).

Once all of these are set up, we launch a server in each environment and set up the Nanobox Controller on each. The specifics of how these controllers are set up is the responsibility of the controller/bootstrap script, detailed below.

Finally, we ensure everything is properly configured, installed, and secured, before locking down the entire infrastructure to only be accessible by authorized personnel. To do this, we configure the infrastructure's external logging service, add additional components required by the installer configuration, and perform final integration and testing to ensure everything is working as expected.

controller/bootstrap

The primary responsibility of this script is to perform the initial setup of a Nanobox controller, ensuring the associated software and services are properly installed and configured for each environment. It will also ensure the required user accounts are properly set up on the controller, so that the environment can properly be managed.

host/ubuntu.sh

TODO

An extended version of the public Nanobox bootstrap script, with adjustments for an on-premise configuration, such as installing/configuring a File Integrity Monitor (FIM), and automatically shipping system logs to an external location/service.

Configuration

The default configuration provides a good overview of the available options:

environments:
  production:
    use_zones: true
    application_zone: apz
  staging:
    use_zones: false
zones:
  dmz:
    components:
      - vpn
      - gateway
      - waf
    networking:
      in:
        - pub
        - mgz
        - apz
      out:
        - pub
        - mgz
        - apz
  mgz:
    components:
      - controller
    networking:
      in:
        - dmz
        - apz
      out:
        - dmz
        - apz
        - sdz
  apz:
    networking:
      in:
        - dmz
        - mgz
      out:
        - dmz
        - mgz
        - sdz
  sdz:
    networking:
      in:
        - apz
        - mgz