Build the picture.
Read targets, routes, weather, airspace, runway configuration, and aircraft state from one operational display.
PRODUCT / 003 WINDOWS SIMULATION
Work the traffic.
Own the airspace.
TRACON is a terminal air traffic control simulation built around dynamic traffic, real controller workflows, Full AI Controller Mode, a read-only Training Supervisor, and a complete operational workstation.
COMING SOON
INTEGRATION BUILD — Not yet a public beta
INTERFACE DESIGN REFERENCEACTIVE DEVELOPMENT
01Living trafficArrivals, departures, overflights, and holds
02Full AI ControllerLet automation work the selected position
03Training SupervisorRead-only guidance from handoff to Tower
04Controller voicePush-to-talk, commands, and pilot readbacks
05Weather + runwaysConditions actively shape the operation
06Record + replayReconstruct and review the complete session
01THE EXPERIENCE
TERMINAL AIRSPACE, IN MOTION
One airport.
A living system.
Select an airport, establish the active runway configuration, and step into a traffic picture that keeps moving whether you are ready or not.
Autonomous arrivals, departures, overflights, holds, and satellite traffic create a terminal environment that must be understood, sequenced, and controlled.
THE CONTROLLER LOOP
See it. Sequence it.
Say it. Verify it.
TRACON turns the controller workflow into a continuous operational loop. Every clearance changes what comes next.
Shape the flow.
Balance arrivals and departures, manage holds, accept handoffs, and protect the spacing ahead.
Issue the clearance.
Use push-to-talk, typed instructions, or the structured command builder to direct the traffic.
Watch the response.
Follow readbacks, conformance, alerts, operational findings, and the next decision in the sequence.
THE WORKSTATION
One console.
Every moving part.
The interface keeps the radar, aircraft sequence, communications, weather, training guidance, and alerts visible as parts of the same operation.
01 / RADAR WORKSPACEINTERFACE REFERENCE
The whole operation, in one scan.
Traffic, navigation, airspace, weather, active runways, flight strips, and system state remain connected around the radar workspace.
AUTOMATION / ACTIVE CONTROL
Hand over the position.
Take it back anytime.
Full AI Controller Mode can actively work the selected position through TRACON's normal command, validation, radio, and readback path. It is automation with explicit operator authority—not instructional guidance.
AI / ACTIVE CONTROL CONTROLLER ONLINE
FULL AI CONTROLLER MODE
Let the simulator work the position.
Full AI Controller Mode can work the selected controller position while the simulation continues normally. It schedules eligible clearances, transmits them through the standard radio path, and waits for acknowledgement and aircraft response.
- Uses the same typed commands, validation, and engine admission as human control
- Tracks active heading, altitude, speed, route, approach, frequency, and runway clearances
- Respects position, ownership, frequency, procedure, and safety boundaries
- Returns control immediately without resetting traffic or simulation state
TRAINING SUPERVISOR / READ-ONLY
A second set of eyes.
Command stays with you.
The Training Supervisor is a dedicated instructional workspace, separate from Full AI Controller Mode. It watches the same authoritative Approach/Final plan and explains what should happen next without ever controlling the traffic.
APPROACH / FINAL TRAINING SUPERVISOR OBSERVING
PLAN-AWARE INSTRUCTION
See the next move—and why it matters.
The Training Supervisor follows the shared arrival plan from Center handoff through Tower transfer. It presents actionable instruction while preserving a strict boundary between guidance and controller authority.
- Presents the next action, exact phraseology, timing, and operational reason
- Shows the expected result, monitoring requirement, and active strategy
- Suppresses unsafe or inadmissible advice and explains blocked prerequisites
- Observes objective progress while keeping command authority with the controller
CONTROLLER COMMUNICATIONS
Say the clearance.
Hear the response.
Controller instructions can begin with push-to-talk, typed text, or a structured command builder. They pass through the same deterministic command and validation boundary before they affect the simulation.
- Local speech recognition
- Controller phrase normalization
- Routine pilot readbacks
- Approach, Final, Departure, Tower, and Ground positions
RADIO / PUSH-TO-TALK MIC READY
KDEN APPROACH125.700ACTIVE POSITION
14:32:05
DEN APP: United four fifty-two, descend and maintain seven thousand, reduce speed to two one zero.
14:32:12
UAL452: Down to seven thousand, speed two ten.
RECOGNITION96%COMMAND ACCEPTED
SIMULATION DEPTH
Built beneath
the scope.
The visible traffic picture is supported by weather, procedure, aircraft, airport, and operational systems working together.
Airports are operating environments, not backdrops.
FAA-derived airports, runways, fixes, navaids, airspace, and executable procedure context shape the available operation around the selected airport.
Conditions change the plan.
METAR weather establishes wind, visibility, ceiling, flight category, and the active-runway configuration.
Every aircraft has somewhere to be.
Airline, general-aviation, IFR, VFR, primary, and satellite traffic remain operationally distinct.
The system watches the operation.
Deterministic rules evaluate separation, procedure conformance, communication, and evolving operational risk.
Arrange the room around the work.
Radar, weather, transcript, statistics, scenarios, replay, and rules can move into detachable workspaces.
SCENARIOS + REPLAY
Build the problem.
Review every decision.
Scenarios can introduce authored traffic, weather changes, equipment failures, radio problems, emergencies, late handoffs, and traffic surges.
Recordings preserve the session as a deterministic event stream so the operation can be reconstructed, replayed, and evaluated afterward.
DEVELOPMENT STATUS
The system is running.
The product is still forming.
TRACON is an active integration build. The core simulation is operational, but the product is not yet presented as a completed beta or public release.
BUILD STATUS INTEGRATION
OPERATIONAL TODAY
- Airport-centered sessions
- Dynamic terminal traffic
- Radar interaction and flight strips
- Controller commands and local voice
- Full AI Controller Mode
- Read-only Training Supervisor guidance
- Weather and active runways
- Scenarios, recording, and replay
STILL IN DEVELOPMENT
- Complete facility-specific adaptation
- Final authoring and debrief surfaces
- Production content packaging
- Accessibility and multi-monitor acceptance
- Installer signing and release preparation
WINDOWS WORKSTATION
A native simulation.
Built for the desktop.
Final public hardware requirements will be established closer to release. The current development baseline targets Windows 11 x64, with GPU-assisted local speech and optional AI capabilities.
PLATFORMWindows 11 x64
DISPLAYDesktop and multi-monitor
DATAInternet for weather and content updates
STATUSRequirements subject to change
NOTICE / NON-OPERATIONAL
Simulation, education, and entertainment only.
TRACON is not approved for operational air traffic control, navigation, flight planning, dispatch, emergency response, or any safety-of-life use.
TRACON FOR WINDOWS
The traffic is moving.
The frequency is yours.
ACTIVE DEVELOPMENT — PUBLIC RELEASE NOT YET AVAILABLE