Intelligent recovery for complex airline operations
AI-driven disruption management across aircraft, crew, and passenger domains. A unified platform for airline operations control centers.
Airline disruptions are a $60B+ annual problem
Flight delays and cancellations create operational chaos that cascades through interconnected systems. Current tools and processes cannot handle the scale and complexity.
Cascading Disruptions
A single delayed flight triggers a chain reaction across aircraft, crew, and passenger systems. Manual intervention cannot keep pace with exponential complexity.
Fragmented Tools
Operations teams work across disconnected systems—crew scheduling, aircraft routing, passenger rebooking—making holistic recovery decisions nearly impossible.
Human Cognitive Limits
Operators face thousands of interdependent variables under time pressure. No human can process the full solution space while disruptions unfold in real-time.
AURA: AI Unified Recovery Alliance
AURA is an enterprise AI platform that enables airline operations control centers to predict, mitigate, and recover from flight disruptions across all operational domains—simultaneously.
Unified Recovery Platform
Seamlessly integrates aircraft, crew, and passenger recovery into a single intelligent system.
Multi-Agent Decision Making
Autonomous agents collaborate to evaluate thousands of recovery options simultaneously.
AI Modeling
Multiple AI models forecast disruption cascades and impact, and optimize recovery actions in real-time.
Auditable Consensus
Distributed ledger ensures every decision is traceable, explainable, and defensible.
Fleet Management
Personnel Management
Booking Management
Multi-domain solution generated
From disruption to recovery in seconds
AURA transforms chaotic disruption events into structured, optimized recovery workflows through a five-stage intelligent process.
Detect Disruption
Real-time monitoring identifies operational anomalies—weather delays, mechanical issues, crew timeouts—the moment they occur.
Forecast Cascade
Predictive and prescriptive models analyze how the disruption will impact and propagate across flights, crew assignments, and passenger itineraries.
Evaluate Alternatives
Multi-agent systems explore recovery scenarios, weighing operational constraints and business impact.
Recommend Actions
AURA surfaces the globally optimal recovery plan with clear rationale, cost-benefit trade-offs, and confidence scores.
Support Execution
Operations teams execute with AI-assisted guidance, real-time updates, and automated stakeholder communications.
Three domains, one unified solution
AURA integrates recovery decisions across all three operational domains, ensuring solutions that optimize the entire system—not just individual components.
Aircraft Recovery
Optimize aircraft routing and scheduling to minimize downline delays. AURA considers maintenance requirements, airport curfews, and fleet utilization.
Crew Recovery
Ensure legal, fair, and efficient crew assignments during disruptions. Balance duty time limits, rest requirements, and qualifications.
Passenger Recovery
Minimize passenger impact through intelligent rebooking and proactive communication. Prioritize connections and high-value travelers.
Unlike legacy systems that optimize each domain in isolation, AURA's unified approach prevents sub-optimal local decisions that create problems elsewhere in the operation.
Enterprise-grade AI architecture
AURA combines cutting-edge AI with distributed systems engineering to deliver reliable, explainable, and scalable recovery intelligence.
Research Foundation
Built from a Purdue Ph.D. dissertation on airline disruption management. Validated using real operational data from major U.S. carrier.
Multiple AI Models
Predictive and prescriptive models trained on historical flight data to forecast disruption propagation and impact with high accuracy.
Decentralized Multi-Agent System
Autonomous agents represent aircraft, crew, and passenger domains—collaborating through consensus protocols to find globally optimal solutions.
Distributed Ledger-Based Auditability
Every decision is recorded on an immutable ledger, enabling full traceability and provenance for regulatory compliance and post-event analysis.
Technical Specifications
Intelligent systems for operational resilience
Atreus builds AI-powered systems that help complex organizations predict, adapt, and recover from operational disruptions. Our mission is to transform how enterprises navigate uncertainty.
AURA: Our Flagship Product
The first enterprise-grade AI platform for collaborative airline disruption management.
Research-to-Product Journey
From academic research to deployed MVP—validated with real airline data.
Beyond Aviation
Our vision extends to any industry facing complex operational disruptions.
Kolawole Ogunsina
Ph.D. in Aerospace Engineering
Purdue University
Our founder brings deep domain expertise from years of research and industry experience in operations recovery and disruption management at multiple U.S. airlines. His Ph.D. dissertation that evolved into AURA was developed using real operational data from a major U.S. carrier, ensuring the platform addresses genuine industry challenges.
Research Focus
Ready to transform your disruption recovery?
Join our pilot program and see how AURA can reduce recovery times, lower costs, and improve passenger satisfaction during operational disruptions.
Trusted by operations teams