StratosX offers X360, an integrated recovery platform that unifies aircraft, crew, and passenger data to provide airlines with cost‑aware decision intelligence during disruptions.
Funding
Funding not disclosed
Founders
Product
Problem
Airlines face fragmented operational data across crew, maintenance, and passenger systems, making it difficult to assess the full impact of disruptions and to coordinate timely recovery actions. Delays and cancellations cascade, increasing costs and eroding passenger experience as operators lack a unified, cost‑aware view of the network.
Solution
StratosX’s X360 platform integrates aircraft, crew, and passenger data into a single decision layer that connects to an airline’s existing operational tools. Autonomous agents continuously monitor the network, detect disruptions, and negotiate recovery actions while accounting for all constraints and cost implications. The platform provides a 7‑day predictive planning horizon, real‑time recovery assistance, and post‑operation analytics that turn each resolved event into actionable insights for future resilience. Operators retain control through a human‑in‑the‑loop approval process, while the AI assistant “Wingman” surfaces answers and recommendations directly within existing workflows.
Target Audience
Primary customers are airline operations control centers and network planning teams that need integrated, cost‑aware disruption management across aircraft, crew, and passenger domains.
Features
- Horizon module delivers network‑level delay probability tracking, weather and resource pressure alerts, and multi‑flight “what‑if” simulations up to seven days ahead using random‑forest and neural‑network models
- Tower module runs parallel multi‑agent optimization for aircraft, crew, and passenger constraints, generating cost‑ranked recovery options within minutes
- Hangar module provides post‑event cost visibility, root‑cause analysis, and resilience metrics that feed back into Horizon’s predictions
- Wingman AI assistant offers natural‑language access to live flight status, delay predictions, and operational metrics without requiring a separate interface
- Seamless read/write integration with existing airline systems (movement control, crew management, passenger service systems) via an orchestration layer
- Continuous feedback loop that learns from each disruption to improve future planning and decision accuracy