Automation that knows its lane. ADX-1 is designed to replace the empty dispatch desk, not to replace aviation judgment.
This project exists because aviation safety matters. The purpose is not to maximize hardware margin. The appliance is sold at cost so small operators can adopt a dispatch and flight-following safety layer. The subscription funds continuous updates, operational customization, support, warranty coverage, and rapid replacement service.
ADX-1 is built on deterministic automation. Every action follows a state machine. If input X occurs, output Y is triggered. There is no ambiguity, no natural language processing guessing, no "AI magic" that might fail in unexpected ways. The system is auditable and predictable.
Human authority is preserved. The dispatcher controls every decision. ADX-1 listens, logs, recommends, and escalates. The human makes the final call. If ADX-1 fails, dispatch operations continue with manual fallback.
State-machine logic. Input X always produces output Y. No machine learning. No guessing. Fully predictable.
Humans decide. Automation supports. Authority is never delegated.
Manual fallback built in. The operation never breaks.
Listens to radio calls, confirms flights, and maintains state.
Tracks aircraft positions via ADS-B and logs location history.
Displays active flights, status, and system health in real time.
Notifies designated contacts when flights are late or overdue.
Complete, searchable logs of all dispatch events.
If ADX-1 fails, dispatch operations continue immediately.
ADX-1 does not replace ATC. It has no authority to clear or direct traffic.
ADX-1 does not issue instructions to pilots. It listens and logs.
ADX-1 does not make emergency decisions. The PIC and emergency services do.
ADX-1 does not replace company procedures or regulatory requirements.
ADX-1 does not advise on how to fly or what to do in an emergency.
ADX-1 does not have authority to cancel flights or override safety decisions.
Core principle
ADX-1 does not replace aviation judgment.
It replaces the empty dispatch desk.
ADX-1 runs on state-machine logic. Every action is deterministic: if input X occurs, output Y is triggered. There are no heuristics, no machine learning, no AI guessing. The behavior is predictable and auditable.
Why deterministic automation? Because deterministic automation doesn't need to "learn" or "guess," the same appliance works for airplanes and helicopters. It works for training flights and medical transports. It's not trying to pattern-match or infer intent. It just follows the rules you define. This is why a single ADX-1 appliance is preconfigured for both aircraft types.
Why this matters for safety: Pilots and dispatchers understand traditional aviation logic. A radio call is a structured command. Flight opening follows a bounded set of steps. The team can predict what ADX-1 will do. This builds trust. When something fails, the team can diagnose and work around it without confusion.
14:00 UTC. Expected return: 15:30 UTC.
14:25 UTC. ADX-B shows normal position. No alert.
15:45 UTC. Aircraft still airborne, 15 minutes overdue. SMS alert sent to primary contact.
16:00 UTC. Aircraft overdue 30 minutes. SMS alert sent to secondary contact.
16:30 UTC. Aircraft overdue 1 hour. SMS alert sent to emergency contact. Optional: call initiated.
16:45 UTC. Aircraft position received. Dispatcher confirms flight closing. Records are complete.
Every transition is defined in advance. The dispatcher can adjust thresholds during setup. The system never surprises you.
ADX-1 is a dispatch support tool, not a replacement for regulatory authority. Your operation's PIC, Chief Pilot, Safety Director, and Compliance Officer retain all authority over flight operations.
ADX-1 helps enforce your procedures (flight following, escalation, reporting) but does not bypass them. Use ADX-1 with your existing safety programs, not instead of them.
If ADX-1 fails or is taken offline for maintenance, dispatch operations continue using manual controls. The radio stays connected. The operation doesn't break.
Operational continuity is built into the hardware design.
Our commitment
Sold at cost. Supported for safety.
$3,199 hardware + $249/month subscription. Less than lunch per day to keep your flight-following operation visible, current, and supported.
Book a demo and see how safety-first automation works with your operation.
