Cabin Crew Co-Pilot for Smarter, Safer, Calmer Cabin Operations
CrewIQ is an agentic co-pilot for the cabin — giving crew the real-time context, proactive workflows, and standardized playbooks that the flight deck has always had.
- 24 agents across 4 domains — passenger intelligence to crew wellbeing
- Offline-first — safety-critical functions run at FL380 with zero connectivity
- Connects PSS, DCS, OCC, catering, IFE, cabin sensors, and the tech log
- Zero hardware, zero STC, zero classroom training — runs on crew tablets
At a glance
What it does
Turns manifest, flight, catering, and regulatory data into real-time decisions crew can act on in seconds
Where it fits
Cabin Manager, crew, crew management, safety & quality, ground ops, OCC, and line maintenance
Impact
Faster briefings, safer turbulence response, proactive equipment awareness, and crew-ready handovers every sector
The cabin runs on paper, memory, and phone calls — while the aircraft around it is getting smarter
Contextual Awareness Gap
No real-time view of passenger history, tight connections, or turbulence — crew react instead of prepare.
High Cognitive Load
Manual counting, logging, and manual lookups eat attention that belongs on safety and service.
No Cabin Self-Reporting
Broken seats, dead IFE, low catering — the cabin does not self-report, so issues surface mid-service.
Operational Strain on Crew
Fragmented data and ground comms drive stress, fatigue, and inconsistent handling across crew.
Human Error Risk
Misinterpreted procedures cause costly delays, safety incidents, and compliance slippage.
Regulatory Pressure
EASA, FAA, and CAAS demand timely, accurate records — paper checklists and verbal briefings cannot keep up.
Where CrewIQ moves the needle — across every cabin value driver
Faster Turnarounds
15–25% reduction in cabin turnaround
Pre-generated turnaround sequence, live ground coordination, and digital cabin-ready — no phone calls.
Crew Admin Time Back
40–60% reduction in admin time
2–4 hours per aircraft per day back to crew via auto-briefings, auto-reports, and digital checks.
Passenger Experience Uplift
+5–10 NPS point uplift
Crew know connections, meals, SSRs, and IFE status before the interaction — service feels proactive.
Ancillary Revenue
8–15% BoB and duty-free uplift
Service flow orchestration expands the selling window and matches demand to inventory live.
Safety Compliance
30–50% fewer audit findings
100% digital audit trails for safety checks, equipment, medical events, and IROPS.
Operational Resilience
10–15% fewer medical diversions
Guided medical, IROPS, and disruptive-passenger playbooks keep the aircraft on plan.
24 purpose-built agents. 4 cabin domains. One platform.
Domain 1 of 4 · 6 agents
Contextual Awareness & Passenger Intelligence
Real-time passenger, flight, and regulatory intelligence surfaced at the point of crew interaction. Gives the cabin the same context the flight deck has always had — who is in which seat, what turbulence is coming, and what procedure applies.
Success factors we move
- Passenger context access time
- Briefing preparation time
- Turbulence-related injury reduction
What powers every agent under the hood
Cabin-Specific Intelligence
- Aviation NLP for cabin vocabulary — SSRs, LOPA, MEL/CDL, FRMS
- Reads service manuals, safety phraseology, and regulatory SOPs
- Maps meal, seat, and fault codes to crew-facing guidance
Multi-System Context & Integration
- PSS/DCS (Altéa, Sabre, Navitaire), OCC/AODB, crew mgmt (AIMS, Jeppesen), catering (LSG, Gate Gourmet), IFE, MRO, Airbus ACES
- Joins manifest → connections → catering → service in one view
- Pushes structured outputs to tech log, safety reports, MRO
- Phased deployment — standalone → PSS/DCS → full ecosystem
Chained Agentic Workflows
- Manifest → demand → catering reconciliation → waste analytics
- Weather, service, and turnaround agents cascade — no silos
- Role-based outputs for purser, crew, ground, and engineering
Safety & Regulatory Alignment
- Aligned to EASA/FAA FRMS, ICAO Annex 17, and the Tokyo Convention
- 100% digital audit trails for safety checks, medical events, IROPS
- Every recommendation cites source and reasoning — crew retain authority
Offline-First Architecture
- Quantized on-device LLMs — safety-critical functions work even when offline
- 15-language on-device translation; CRDT local storage for conflict-free sync
- Protocol Buffer delta-sync — <2 MB per flight cycle over 50 kbps satellite
- Ground layer: fleet-wide dashboards, model training, single API gateway
- Runs on existing crew tablets/EFBs — no hardware, no STC, no added weight
Every hour back to the crew. Every dollar back to the airline.
35 → 4 min
pre-flight briefing time
6 min → 12 s
cabin-ready to flight deck
15–25%
cabin turnaround reduction
40–60%
crew admin time recovered
25–40%
crew fatigue incident reduction
+5–10 pt
passenger NPS uplift
8–15%
ancillary revenue uplift (BoB)
Indicative ranges from IATA benchmarks — actual numbers scale with fleet size, aircraft type, and integration depth.
Built for every seat in cabin operations
Cabin Manager / Purser
Cabin Crew (all positions)
Ground Ops & OCC
Crew Management (ground)
Safety & Quality
Line Maintenance / MRO
Related solutions
Part of the wider Flynapse aviation AI suite.
See CrewIQ on your cabin
Passenger intelligence, cognitive load reduction, cabin self-reporting, and crew wellbeing — running on the tablets your crew already carry.