PortableUTM is an ecosystem of products that has a clear objective: provide key actors with a reliable, highly-dependable, standards-compliant UTM solution for airspace management of Unmanned Aerial Vehicles, also knowns as RPAs or simply drones.

As airspace is usually shared between commercial flights and UAVs, our system allows to be used in an ATC environment for supervision of flights while allowing critical situation monitoring and automatic notifications.

Our system is also specially recommended for the usage in emergency disaster response teams and is easy to use for UAV operators to share their telemetry.

The WebApp (also known as Ades) is the main hub for authorities and pilots alike. It supports both the monitoring of all airspace under the control of the authority and the management for pilots and UAV operators of their shared data with authorities and request of new authorizations.

Deploy

• Download the two repositories: dronfiesuss and webapp.
• If you don’t have npm installed, install npm.
• Run the command “npm install” in both projects.
• Create the database:
• Install PostgreSQL (v11) and PostGIS (v3) on your computer.
• Open pgAdmin.
• Go to your local server, and create a new database called “dev”.
• Restore the script “dronfiesuss/db_scripts/create_empty_db.sql”.
• Open the file “dronfiesuss/ormconfig.json” and set the credentials of your local database.
• Run both projects, using the command “npm start” on the root folder of both projects.

Please refer to the code of conduct and the contribution guide. Please note that we use ESLint for source code linting and we run a pre-commit local git hook to check that the commit messages are properly formatted.

An Operation is the authorization request for a future flight to be performed by one or more pilots. By using the WebApp the pilot can define the various characteristics of the flight including Volume reservations, start and end time.

A system Monitor is an user that has the authority to view flight plans submitted, view a real-time map of aircraft in the air and receive important notifications generated by the system.

We use Cypress for our end-to-end tests. We try to stick with its best practices as much as possible. Our currently implemented tests include

• dsh_list_users: performs common actions in the users lists.
• dsh_newvehicle: creates a new vehicle and checks that it was created properly, as a Pilot user
• dsh_sidemenu: tries out that all the buttons on the sidemenu of the dashboard execute properly
• map_createnewoperation: creates a new operation setting each of its properties and deletes the newly created operation
• map_layers: examines that the layer function is working properly
• map_operations: tries out the list of operations
• map_quickfly: mocks a list of quick flies and tries out that they're working
• sp_login: logins with a correct user, then tries to log in with a incorrect user
• sp_registration: registers a new user and fails for each field
• sp_simulator: not meant to test the simulator, but to test the live drone position reporting feature

PortableUTM WebApp is MIT licensed