Aviation · 04

The hardest sale. The biggest prize.

Multi-stakeholder reasoning across irregular operations. Pitch one named scenario at one named hub. Never "the airport brain."

Proven pattern

Two adjacent patterns combined: (a) predictive maintenance for BHS, jet bridges, HVAC, runway lighting fed by IoT sensor data, and (b) AOC disruption-management agentic decision support: multi-stakeholder reasoning across irregular operations, weather diversions, gate reassignments, crew/aircraft constraints. Most LATAM hub airports lack this; the few that have it cite 30–40% reductions in unplanned downtime and maintenance cost.

Hard KPIs · operator-disclosed where possible
5,600 → 55
maintenance-related cancellations / year (Delta APEX)
40%
unplanned-downtime reduction (ACI-NA, directional)
30%
maintenance-cost reduction (ACI-NA, directional)

Buyer · COO of the airport authority + Director of Maintenance + AOC lead + airline operations counterpart.

Operator references

Provenance tiered explicitly. Audited > Operator-disclosed > Vendor-published. Treat all vendor-tier figures as directional.

Delta APEX (US, airline-side)
Predictive maintenance reduced maintenance-related cancellations from 5,600/year to 55. Eight-figure annual savings; 2024 Aviation Week Grand Laureate. Cleanest airline-side reference.
Audited
Aeroméxico · IBM Environmental Intelligence Suite
Weather-disruption prediction (Nov 2023). Aerobot WhatsApp/Messenger chatbot (2016, more limited). Google Cloud + Amarello reportedly delivered 35.3× ROAS on digital marketing.
Operator-disclosed
ACI-NA programs
40% reduction in unplanned downtime; 30% maintenance-cost reduction. Directional.
Vendor-published
FAA NextGen
Ongoing surface-traffic management work showing that even advanced ATM is still primarily about better data and automation, not autonomous operations.
Audited
GAP / ASUR / OMA
Capital is going to capacity expansion (GAP MX$52B through 2029; OMA MX$8B for Monterrey 2026–2030) rather than operational AI. The AOC layer is open.
Audited
Why agents beat traditional ATM/AOC tooling

Multi-stakeholder reasoning is the agent-native problem. Irregular operations span airline, handler, security, customs, concession, and ground transport, and the value is in synthesizing across them, not in any single subsystem.

Why this is hard

Stakeholder coordination is the binding constraint. SITA's diagnosis of "data fragmentation" is most acute here. Procurement cycles are 18–36 months. The "airport brain" / "single pane of glass" pitches have a long history of collapse: this category has been over-marketed and under-built.

Mexico · LATAM specifics

AICM's operational caps and AIFA-driven market shifts plus the US DOT antitrust-immunity dispute with Aeroméxico/Delta JV make Mexican aviation operationally turbulent, meaning any working AOC-side AI has outsized value. Cancún (ASUR) and Monterrey (OMA) are the natural anchor candidates given their scheduled capital cycles.

Reference architecture

Each node maps to a regulatory anchor.

  1. 01
    Stakeholder data: airline, handler, security, customs, weather, concession, ground transport
  2. 02
    State synthesis: current ops + forecast + constraints
  3. 03
    Agent recommendation per scenario, with explicit constraints and trade-offs
  4. 04
    Per-stakeholder approval routing (one gate per stakeholder)
  5. 05
    Execution + measurement: gate utilization, baggage, OTP, recovery time
  6. 06
    Post-event review with stakeholder-by-stakeholder learning
Anti-positioning

Not "The airport brain." "Single pane of glass." A multi-year transformation.

But Agentic decision support for one named scenario at one named hub, measured against one hard KPI, expanded only after the first scenario validates.

What didn't work initially

Early deployments fail when the airport tries to roll out cross-stakeholder reasoning without securing one airline partner first. The fix is to start with a single airline at a single hub on a single scenario; afternoon-thunderstorm diversion at Cancún is the cleanest first scenario.

A working session, not a sales call.

Two hours with a partner. Your incumbent stack, your data posture, and the regulatory surface against a sovereign reference architecture for aviation.

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A working session, not a sales call.

Two hours with a partner. We map your AI spend, data exposure, and governance posture against a sovereign reference architecture. You leave with a memo. We leave with a decision.

By invitation.