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CUAS SIMULATOR AVAILABLE JANUARY 2027

CAG Sim

Rehearse the whole drone response, every seat at once, over your own venue.

Built from lessons learned leading a FIFA World Cup 2026 ASOC, before, during and after the matches, and shaped by the local and federal partners who work CUAS at major events.

No 124n authoritymitigation is a simulated decision only
No FAA / FCC approvalsnothing transmits, nothing flies
No equipment setupnothing to deploy or tear down
Runs in a browsertrainees join with a code
Transcript and description of the video

CAG Sim simulator footage of a stadium exercise over satellite imagery, with captions and a narrator. 60 seconds.

  1. A dimmed map of the stadium area. Narrator: "A drone just crossed into your TFR. Is every seat ready?"
  2. On screen: A full CUAS exercise takes gear, frequencies and federal authority. Most teams get one a year. Narrator: "A full counter-drone exercise takes gear, frequency coordination and federal authority. Most teams get one a year."
  3. On screen: No 124n authority (mitigation is a simulated decision only). No FAA or FCC approvals (nothing transmits, nothing flies). No equipment (nothing to deploy or tear down). Runs in a browser (trainees join with a code). Narrator: "CAG Sim puts every position into the same incident, whenever you train. No 124n authority. No FAA or FCC approvals. No equipment."
  4. The instructor's setup screen: the venue, the TFR rings and the sensors over real imagery. On screen: Your venue, your TFR, your sensor plan. Narrator: "Build your venue, your TFR and your sensor plan, over real buildings."
  5. The whole exercise picture. On screen: Five seats, one incident: Instructor, ASOC Detection, ASOC Mitigation, DAT (Drone Air Team), GIT (Ground Intercept Team). Narrator: "Five seats. One incident. Trainees join with a code."
  6. Drone cards close up, with Remote ID, altitude and the pilot's home point. Narrator: "Tracks arrive with Remote ID, altitude and the pilot's home point."
  7. A simulated takeover starts on a drone card. On screen: Simulated takeover, fend-off or jamming. Nothing transmits. Narrator: "Practice the mitigation decision. Takeovers can fail. Nothing transmits."
  8. The instructor's Injects menu: launch a drone, a drone with no Remote ID, a sensor outage, false alarms. Narrator: "The instructor adds drones and takes sensors offline as it runs."
  9. Teams dispatched on the map. Narrator: "Send the closest team to the pilot."
  10. The GIT-1 and DAT-1 team phone pages. On screen: a web link, no app to install. Narrator: "Ground and air teams work from their own phones."
  11. The simulated DAT drone camera in thermal. Narrator: "The drone air team tracks the operator from above, in thermal after dark."
  12. The after-action report. Narrator: "The after-action report builds itself."
  13. End card: CAG Sim, CUAS simulator, by Constellation Airspace Group, LLC. Built by Responders for Responders. Available January 2027. cagairspace.com, sales@cagairspace.com. Simulated training; mitigation actions are simulated decisions only and grant no authority to mitigate. Narrator: "CAG Sim. Built by responders, for responders. Available January 2027."

60-second video. All footage is the simulator itself, over real imagery of the exercise area.

Why we built it

A full CUAS exercise is hard to stage. This one isn't.

A field exercise means gear in the field, frequency coordination, the right federal authority and a lot of people in one place for one day. Most teams get to do it once a year, if that.

CAG Sim puts every position into the same incident whenever you want to train, with no equipment to deploy and nothing transmitting. It was built by people who ran these operations for real, and it follows the workflow we teach in our GIT + ASOC course.

Five seats, one incident

Each position does its real job.

01 · INSTRUCTOR

Exercise setup

Place the venue and TFR rings, load real building heights, site sensors on actual roofs, stage the teams and start drone traffic. Add drones, change the weather and take sensors offline while the exercise runs.

02 · ASOC

Detection

Tracks arrive with Remote ID, model, speed, altitude and the pilot's home point. Triage the picture and dispatch the closest team.

03 · ASOC

Detection and mitigation

Practice the mitigation decision: choose a cyber takeover, a fend-off or, as a last resort under procedure, jamming, and see the simulated result. A jam outside procedure is logged as one. Decisions are simulated only and imply no authority to mitigate.

04 · DAT

Drone Air Team

Launch overwatch toward the pilot's home point and track the operator from above through a simulated drone camera, with thermal after dark.

05 · GIT

Ground Intercept Team

Drive the real street route, arrive on scene and work the contact. Sometimes the operator is there, sometimes they already left, sometimes the drone is already down.

ALL SEATS

One shared picture

Trainees join the instructor's exercise with a code from their own screens. The first mitigator to engage a drone owns it.

What is modeled

Realistic enough to argue about in the hot wash.

  • Sensors and coverage. Remote ID receivers, RF detection, radar and simulated cyber takeover and RF jamming, each with its own range, mounting height and line of sight against real buildings.
  • Drone behavior. Hobbyists, inspection flights, out-and-back runs and loiterers, with and without Remote ID. Sub-250 g drones, fiber-optic FPVs and autonomous flights included.
  • Mitigation decisions that can fail. Simulated takeovers depend on the link budget and the drone's protocol, so the decision can go wrong.
  • Manned traffic. Helicopters and planes show up on radar so crews learn to deconflict, not react.
  • Ground response. Closest-team dispatch, street routing, on-scene time and the contact outcome, all logged.
CAG Sim stadium exercise: map over real imagery, drone tracks inside the TFR and the Drones panel

Stadium exercise over real imagery. Drones inside the TFR, teams dispatched, one operator already contacted.

Field teams

Ground and air teams train on their own phones.

GIT and DAT crews open a web link, no app to install. They get the assignment card, a map with directions, one-tap En route, On scene and Clear, drone photos stamped with time and place, and chat with the operations center.

Simulated DAT drone camera in thermal mode, tracking a target

Simulated DAT drone camera in thermal, over real imagery of the exercise area.

CAG Sim after-action report with detection and response times

Debrief

The paperwork is done when the exercise ends.

Every GIT contact fills in a UAS incident report. The after-action report builds itself: time to detect, warning time before the critical ring, undetected breaches, takeover results and drive times, drone by drone. Print it or save it as a PDF.

Any site

Same workflow, any airspace.

Events and venues

Build the venue, the TFR and the sensor plan you will actually run, then rehearse before the gates open.

Airports

Traffic patterns built from a year of real Remote ID detections around a major hub airport.

Critical infrastructure

Model coverage around ports, data centers and substations and train the response before something crosses the fence line.

Any U.S. address

Building footprints and heights from FEMA, OpenStreetMap and Microsoft, so line of sight matches the ground.

Training only

Train the decision. Nothing transmits.

Every sensor, jammer and drone is simulated; nothing transmits and nothing flies. Mitigation in CAG Sim is a simulated decision only, so the whole team can practice it without 124n authority or FAA and FCC approvals.

Training does not grant or replace any legal authority to detect or mitigate drones.

CAG Sim is a training and planning tool. Sensor ranges come from field detection data and published specifications, adjusted for the environment; takeover and fend-off outcomes are simplified training models, not manufacturer specifications. Training in the simulator does not grant or replace any legal authority to detect or mitigate drones.

FAQ

Questions we hear.

Do we need 124n authority or FAA / FCC approval to train in CAG Sim?

No. Every sensor, jammer and drone is simulated; nothing transmits and nothing flies. Training does not grant or replace any legal authority to detect or mitigate drones.

What equipment do we need?

A web browser. Field teams use their own phones through a web link, with no app to install.

Can it run on our own network?

Yes. It runs in the cloud or on your own closed network.

Can it model our site and our sensors?

Yes. Place your venue by address or GPS, load real building heights from FEMA, OpenStreetMap and Microsoft, and site your sensors on actual roofs. We build your workspace with you during onboarding.

How realistic are the sensor ranges and takeover results?

Sensor ranges come from field detection data and published specifications, adjusted for the environment. Takeover and fend-off outcomes are simplified training models, not manufacturer specifications. It is built for training and planning, not as a performance guarantee.

How is it priced and when is it available?

Bought directly, an annual license per organization covers your whole team, with onboarding included. For FEMA CUAS grant-funded work, simulator practice is delivered inside training and exercise services with no separate license fee. CAG Sim is available January 2027; demos are running now.

Contact

See CAG Sim run over your own venue.

Tell us the site or event you protect and who would train. We will set up a scenario over your venue and walk your team through it.

Prefer email? justin@cagairspace.com

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