Inspired by what already exists.
One code, shared by every cell, read differently depending on its function. The ARD engine is built on that principle: one common operational state, five specialized engines that each read a part of it.
Inspired by what already exists.
One code, shared by every cell, read differently depending on its function. The ARD engine is built on that principle: one common operational state, five specialized engines that each read a part of it.
The principle
Precise programming and strict algorithms. Not an AI black box.
Artificial intelligence can be a major asset. It even plays a key role in our offer and in our environment. But not in the core of the engine. Never.
We do not use generative AI at the heart of the decision, because there is no way to explain how an answer was produced. A dispatch decision has to hold up in front of a team, a customer and an auditor. ARD computes from the real state of the operation and the rules that apply to it: the same situation gives the same result, and that result can be traced.
Around the engine, to feed and refine the algorithms. Never in the decision itself. Write to us for the detail.
It does not guess. It computes.It computes.
- < 0.003% controlled error margin
- ≈ 30 cases per million
- Extreme data load testing
What this number means.
Production-ready reliability
On the tested cases, the engine produced the expected resolution 99.997% of the time. For deterministic software processing, this places the core in a very high reliability category, in the range required by Six Sigma logic. With no hallucination possible: the result is computed, replayable and observable.
The interesting result is not only the 99.997%. Because the engine is deterministic and observable, the remaining cases can be isolated, replayed and classified. We know exactly where, why and under which conditions a resolution reaches its limits.
ARD does not hide an error behind a probability or a generated result.
* Accuracy observed during internal tests on indexed data under extreme load conditions, within the scope defined by those tests. This is a correct-resolution rate on tested cases, not a certification, a contractual guarantee or a measure of system availability.
The tests
Observed deterministic accuracy
- < 0.003% controlled error margin
- ≈ 30 cases per million
- Extreme data load testing
What this number means.
Production-ready reliability
On the tested cases, the engine produced the expected resolution 99.997% of the time. For deterministic software processing, this places the core in a very high reliability category, in the range required by Six Sigma logic. With no hallucination possible: the result is computed, replayable and observable.
Isolating the 0.003%
The interesting result is not only the 99.997%. Because the engine is deterministic and observable, the remaining cases can be isolated, replayed and classified. We know exactly where, why and under which conditions a resolution reaches its limits.
Numeric precision limits
Rounding, IEEE 754 and representation limits on extreme values.
Memory and concurrency
Behavior under extreme memory pressure or concurrent access.
Algorithmic edge cases
Very specific mathematical or logical combinations that reach the bounds of the system.
ARD does not hide an error behind a probability or a generated result.
* Accuracy observed during internal tests on indexed data under extreme load conditions, within the scope defined by those tests. This is a correct-resolution rate on tested cases, not a certification, a contractual guarantee or a measure of system availability.
Integration
ARD fits into your operation. Not the other way around.
Connected to your systems, ARD synchronizes continuously with the authorized sources: BRS, GMT, AODB… Its architecture does not require replacing what exists: it plugs into the systems already in place and sends its results back to them.
Connected in real time to the ARD engine, the PTX app lets agents check their schedule, their upcoming flights, the flight's operational information, stand or timing changes, and the missions assigned to them. They can receive, accept or refuse a mission, report their status, communicate with dispatch and access the information useful to the turnaround directly from the field.
- 01
Notifications
Tasks and flights: every change reaches the terminal, when it matters.
- 02
Missions
Receive a mission, accept or decline it, start it, complete it.
- 03
Flight status
ETA, ETD, gate, position: the real state of the flight, without going through the radio.
- 04
Calls
Call dispatch or a colleague, receive a call, without switching tools.
- 05
Preferences
Airlines, aprons, mission types: each agent's preferences enter the assignment computation.
Next step
See your operation before it becomes a problem.
Simulate a real operational window and compare your current dispatch logic with ARD.