Live public signals. A connected operating model. Trace a disruption to its business consequences, compare responses and prepare a decision for the responsible teams.
Illustrative air-cargo operation. Fictional schedules, commitments and costs. Real public weather, airport-status and geography data are labelled separately. Calculated briefings, no live AI or company systems. Not an operational flight-planning tool.
Airport weather and reported US disruption provide the context an operations team would review. Inspect a signal, then test its possible consequences in the scenario below.
Requesting Luxembourg and Chicago observations, forecasts and the FAA airport-status feed.
Public signals prompt review. They do not set an aircraft delay automatically. The operating scenario uses explicit fictional inputs and has no actual flight, crew or cargo connection.
Question the summary. Follow the dependency. Set an objective and see which response can meet it. Every figure below is calculated from the same scenario.
S-101 carries 18 tonnes due to depart by 20:00; S-102 carries 16 tonnes by 21:00; S-103 carries 14 tonnes by 22:00. A single aircraft delay can affect all three. Owner: the respective commercial desks. Source: COM-01.
Trace to the recordThese are illustrative executive constraints. Changing them can change the proposed response without rewriting the underlying evidence.
48 t within commitment · €19,200 illustrative cash · €800 below your ceiling.
Stress the assumption and watch the dependencies, shipment outcomes and recommendation change.
Currently inspected: Wait for assigned aircraft. Does not meet both of your current constraints.
In a company deployment, role agents would maintain these links from authorised records and return approved decisions to accountable teams. Here, the dependency model and suggestions are deterministic and all operating records are fictional.
Comparison rule: maximise tonnes meeting departure commitments, then minimise illustrative cash cost. A tonne is weighted equally across shipments. This is a comparison of three candidates, not a network optimisation.
Preview how custom agents could support each role. These views are calculated templates; switching roles here is not an access-control system.
The assigned aircraft is delayed by 180 minutes. All 48 tonnes are assumed ready at Luxembourg. The selected response puts 30 tonnes within their departure commitments; 18 tonnes miss them.
Prepare the load allocation below and request operations validation. A proposed departure is not a released flight.
| Shipment / owner | Tonnes | Commitment | Proposed departure | Reading |
|---|---|---|---|---|
| S-101 · Priority componentsCommercial / priority desk | 18 t | 20:00 | 21:00Own aircraft | Late |
| S-102 · Production suppliesCommercial / industrial desk | 16 t | 21:00 | 21:00Own aircraft | Within commitment |
| S-103 · General cargoCommercial / general cargo desk | 14 t | 22:00 | 21:00Own aircraft | Within commitment |
Fictional assigned-aircraft readiness: 16:30 plus the delay you set. A 90-minute turnaround gives a planned departure of 18:00 plus that delay. If this exceeds a fictional 22:00 operating window, departure moves to 06:00 the next day.
This window is an authored example, not the Luxembourg airport curfew. Cargo is already at the hub. Public weather and FAA airport notices provide separate context; they do not determine this fictional delay. No flight-specific feed is connected.
Three fictional records: S-101, 18 t by 20:00; S-102, 16 t by 21:00; S-103, 14 t by 22:00. Deadline equality counts as on time. These are departure commitments on a common hub clock, not arrival or delivery promises.
Standby aircraft: assumed 48 t at 18:30 when enabled. Partner space: your chosen 0–48 t at 19:15. It is allocated in deadline order, with partial loads allowed. Remaining cargo waits for the assigned aircraft.
No actual crew, aircraft, slot, partner acceptance or cargo-compatibility check has been performed.
Original aircraft delay: €800 per hour from 18:00 to its scenario departure, in every option. Standby: add €18,000. Partner: add €2,400 handling plus €600 per transferred tonne when capacity is positive.
Costs are additive fixture assumptions. No double credit for the delayed original aircraft. Lost revenue, penalties and knock-on effects are not priced.
OurAirports public-domain dataset ↗, retrieved 2026-09-20. Luxembourg (ELLX) and Chicago O’Hare (KORD) coordinates determine the displayed great-circle distance using a spherical Earth radius of 6,371 km.
Geography is background context. It does not determine flight time, recovery feasibility or cost. Community data carries no accuracy guarantee.
Download the two source records and provenance ↗Authorised operational records, live permissions, validated cost and constraint models, and role-specific agents connected through governed services. Start with historical cases and compare against the decisions actually taken.
Polydeuces holds the shared operating picture. Icarus compares scenarios. Solon governs agent access. This public preview runs deterministic calculations in your browser.
We can scope an evidence-led demonstration around your teams, existing systems and decision authority.
Discuss a private demonstration