A seven-step dispatch and flight-following workflow that turns radio calls into operational intelligence.
"A pilot transmits on the dispatch frequency with their callsign and flight plan. 'Dispatch, November 123 with a request.'"
ADX-1 listens to every transmission on the frequency. The appliance recognizes the callsign format and prepares to open a flight record.
"The appliance's radio receiver picks up the transmission. Speech recognition identifies the callsign."
ADX-1 compares the callsign against the configured aircraft list. When a match is found, the appliance flags the transmission for the dispatcher's review.
"The dispatcher reviews the transmission and confirms: 'Roger, N123, cleared to dispatch.' ADX-1 opens the flight record with a timestamp."
The flight record is live. Start time is logged. Expected return time is calculated based on flight type (training, cross-country, local). The operations display updates instantly.
"Once airborne, the aircraft transmits ADS-B data. Position, altitude, and heading update on the operations display and map in real time."
ADX-1 correlates ADS-B data with the active flight record. If the aircraft is off-frequency or the signal is lost, ADX-1 records the last-known position and time.
"If the aircraft is still airborne past the expected return time, ADX-1 sends an SMS alert to designated contacts."
The alert includes callsign, last position, and time-over-home. As minutes pass, escalation can trigger additional alerts or calls to emergency services based on configuration.
"The pilot transmits: 'Dispatch, November 123, request to cancel flight following.' ADX-1 hears the transmission."
The dispatcher confirms: 'Roger, N123, flight following cancelled, good day.' ADX-1 closes the flight record with a timestamp.
"The complete flight record is written to the database. Total airtime, any alerts triggered, position history, and all events are preserved."
The flight record is searchable and exportable. Operations managers can review flights, build statistical reports, and audit escalation events.
Call → Confirm → Track → Escalate → Close → Report
Every step is automated, logged, and deterministic. Human authority is preserved throughout.
Every action follows state-machine logic. No guessing, no AI magic. If X happens, Y is triggered. Predictable. Auditable.
ADX-1 recognizes bounded, standardized phraseology. This is how aviation communications work. No natural language processing ambiguity.
The dispatcher retains full control. ADX-1 recommends, logs, and escalates. The human makes the final decision.
If ADX-1 fails, dispatch operations continue. The radio stays connected. The operation doesn't break.
Every transmission, status change, alert, and escalation is timestamped and searchable. Accountability is automatic.
The system is built for small-fleet reality: no IT staff, no cloud dependency, no complex setup. It just works.
Core positioning
ADX-1 does not replace aviation judgment.
It replaces the empty dispatch desk.
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