En-route Aerodrome Real Time Simulator​

A light weight, real-time platform that supports small and medium scale distributed simulations in the following areas:

The platform simulates En-Route & Approach and Aerodrome operations.


It has all the essential en-route and Tower ATC functionalities and can be easily expanded to integrate more advanced features. 
It can run on a single laptop (standalone mode) or in a distributed environment across an entire network for any kind of medium-scale simulation scenario.
It includes controller working positions and pseudo-pilots working positions.
Its modular design enables easy adjustment of the ATC tools setup according to the needs of the scenario.

En-Route Features


Developed in Kotlin and Java and distributed in a Docker Container for portability​

En-Route Capabilities

  • Flight Data Processor (FDP)
  • Short Term Conflict Advisory (STCA)
  • Medium Term Conflict Detection (MCTD)
  • Monitoring Advisory (MONA)
  • Area Proximity Warning (APW)
  • Tactical Conflict Tool (TCT)
  • Basic Arrival Manager (AMAN)
  • DataLink

Common Capabilities

  • Air capabilities: high fidelity aircraft
  • R/T VoIp system
  • Low cost Out of the Window 3D view, but can be integrated with commercial OTW
  • Interoperability with Cockpit Simulator system using different protocols (DIS/ASTERIX CAT62 standard, and legacy)
  • Record & (interactive) Replay
  • Hybrid mode (used to combine a CWP with Pilot functionality)

Aerodrome Simulator

The airport simulator can replicate three types of controller working environments, Clearance DeliveryGround Movement Control and Tower/Runway Control.

These different roles could be combined in a single position.

Airport Capabilities

Electronic Flight Strips (EFS)

A-SMGCS Route Planning

A-SMGCS Airport Safety Nets for Controllers

Runway Monitoring and Conflict Alerting (RMCA)

Conflicting ATC Clearances (CATC)

Conformance Monitoring Alerts for Controllers (CMAC)


Use Case: Validation In ASPRID

eARTS will be used as simulation platform to validate the results of ASPRID project.

Validation test will be organized with the collaboration of several stakeholders representative as: Air Traffic Controller, Drone Pilot, Armed Force and Ground Hadler.


Per richiedere ulteriori informazioni, contattaci.


To make requests for information, contact us.

Contact Us

To make requests for information, contact us.

Contact Us

Per richiedere ulteriori informazioni, contattaci.