Lufthansa Systems
Lufthansa Systems, the Lufthansa Group's airline IT company, makes the Lido flight-planning and navigation software and NetLine scheduling and operations systems used by many airlines.
Founded in 1995 with about 3,000 staff in Raunheim, Germany, it counts two lines as AI: VOLAR, a new optimiser for Lido Flight 4D presented in May 2026, and zeroG, its AI and data subsidiary, whose Seer suite analyses aircraft turnarounds. NetLine Ops++ adds an AI operations-control module. The rest of the portfolio is conventional software.
About 400 people from more than 80 airlines attended its 2026 Lido user conference. It claims more than 350 customers, but named airline deployments of its AI tools have not been confirmed.
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Lufthansa Systems is profiled in the companies register, but no deployment has been verified against published evidence. Records are added as evidence is reviewed and graded.
Products & Solutions
7 productsNetLine Ops++ aiOCC
AI-powered add-on module for NetLine Ops++ that provides operations controllers with actionable recommendations to reduce schedule disruptions. Monitors aircraft rotations, passenger connections, and crew data in real time, detects delay risks proactively, and generates prioritized suggestions using deep reinforcement learning.
Operations controllers must process large volumes of data under time pressure during disruptions. Manual analysis is too slow to identify all delay risks and optimal mitigations simultaneously. aiOCC automates monitoring and recommendation generation, enabling controllers to shift from reactive firefighting to proactive schedule management.
- Real-time monitoring of aircraft, rotation, passenger, and crew events simultaneously
- Prioritized actionable recommendations ranked by delay savings and complexity
- Proactive disruption detection ahead of actual delays
- Explainability layer showing reasoning behind each recommendation
4 more features
- Alternative recommendation presented if initial suggestion is rejected
- Learns from historical operational data using deep reinforcement learning
- Web-based user interface integrated within NetLine Ops++
- User retains full control and autonomy over all decisions
Technical specifications (5)
- Core AI method: deep reinforcement learning
- Trained on historical airline operational data
- Real-time event processing across multiple data sources
- Integrated as a module within NetLine Ops++ operations software
- First use of reinforcement learning for meaningful recommendations in commercial airline operations control
NetLine Ops++
Operations control system for airlines that optimizes daily flight utilization and improves management of schedule deviations. Uses management-by-exception alerts and scenario evaluation tools to support operations controllers in making real-time decisions for aircraft, crew, and passenger connections.
Airlines face complex disruptions on the day of operations, bad weather, missed ATC slots, technical faults, that require fast, cost-efficient decisions across multiple interdependent resources. NetLine Ops++ centralizes operational data and provides decision support to reduce delays and optimize resource utilization.
- Management-by-exception filtering with graphical Gantt chart view
- Scenario evaluation before implementing operational changes
- Real-time passenger connection and misconnect alerting
- Airport slot monitoring and A-CDM Target Offblock Time (TOBT) integration
5 more features
- Proactive alerting for critical weather, crew conflicts, and technical issues
- Integrated add-on: aiOCC AI-powered operations assistant
- Integrated add-on: MaintenanceControl for compliance and check utilization
- Integrated add-on: NetLine HubControl for turnaround and passenger connection management
- Web-based user interface
Technical specifications (5)
- Service-oriented architecture (SOA)
- REST API with SWIM (System-Wide Information Management) standard
- Supports multi-airline group consolidation and multi-source data integration
- Web-based interface
- AI and optimizer integration via modular add-on architecture
Lido Flight 4D
Flight planning system for airline dispatchers that computes optimal flight routes and generates regulatory-compliant flight plans. Automates flight planning processes and integrates real-time data including weather, NOTAMs, AIP, ATC restrictions, aircraft performance data, and ATC charges.
Manual flight planning is time-intensive and cannot efficiently evaluate the full range of route, fuel, and cost optimization possibilities. Airlines need automated, regulation-compliant planning that accounts for real-time operational factors to reduce fuel consumption, emissions, and operational costs.
- Automated and semi-automated flight plan generation based on airline-specific objectives
- 2,700+ customizable planning parameters
- NOTAM conversion to digital format
- Real-time route optimization considering weather, ATC restrictions, aircraft performance, and ATC charges
8 more features
- Integrated Flight Support (IFS): combined flight planning and flight monitoring in one system
- WINDS module: flight tracking with weather visualization and disruption alerts
- Natural Hazard Mitigation (NHM): volcanic ash, turbulence, storm, and temperature integration
- MEL/CDL Automation: considers aircraft defect items in planning
- Lido Performance Service (LPS): takeoff and landing performance calculations
- Pre-Planning (LPP): web-based long-range planning with batch calculation capability
- Traffic Flow Restrictions (TFR): RAD compliance automation
- 24/7 helpdesk staffed by certified airmen
Technical specifications (5)
- Trusted by 125+ airline operators with a combined fleet of 7,700+ aircraft
- Multi-cloud hosted deployment option
- Supports all aircraft types and fleet sizes
- Integrates via ACARS for inflight position and weather updates
- Web-based application (LPP module)
Lido mPilot
iOS-based integrated charting and navigation application for pilots providing access to terminal charts, dynamic enroute maps, an interactive Airport Moving Map (AMM), and operational documents. Includes advanced weather data layers, real-time GPS interference monitoring, and customizable chart overlays.
Pilots require reliable, current aeronautical charts, navigation data, and operational documents accessible on portable devices throughout all phases of flight, with awareness of weather, GPS interference, and airport surface environment.
- iOS-based deployment
- Terminal chart access with pan, zoom, and overlay capabilities
- Dynamic enroute map
- Interactive Airport Moving Map (AMM) covering 2,500+ airports
6 more features
- Real-time GPS interference monitoring
- Advanced weather data including turbulence, icing, SIGMETs, and volcanic ash advisories
- Customizable chart overlays
- Offline capability
- Integration with Lido mBriefing for flight plan and fuel order access
- EASA Non-Technical Objection Letter received (regulatory milestone, March 2026)
Technical specifications (3)
- Platform: iOS
- Offline capable
- Integrates with Lido Flight 4D and Lido mBriefing
- EASA Non-Technical Objection Letter (received March 2026)
NetLine Crew
Crew management software suite for airlines covering the full range of crew lifecycle processes including pairing construction, duty assignment, rostering, training and qualification management, vacation planning, and crew interaction applications.
Airline crew management involves complex interdependencies between regulatory rules, contractual obligations, training requirements, and operational needs. Manual processes are error-prone and resource-intensive. NetLine Crew automates and optimizes pairing, rostering, and crew communication across the full planning horizon.
- Automated crew pairing optimization with cloud-native architecture
- Scenario management and parallel pairing evaluation
- Rostering with integrated optimizer and custom automation macros
- Qualification and training management with expiration alerting
6 more features
- Vacation planning with automated bid awarding
- Interactive Duty Plan (IADP) smartphone app with geofenced check-in
- TripTrade app for peer-to-peer duty exchange without crew controller
- Open Time Management (OTM) for North American bidding processes
- Real-time notifications and communication tools for crew members
- Reporting and analytics for crew allocation decisions
Technical specifications (3)
- Cloud-native pairing application
- Mobile applications for iOS (crew interaction)
- Modular architecture
BoardConnect
In-flight entertainment (IFE) platform for airlines delivering multimedia content, including movies, TV, games, music, maps, and magazines, to passengers via onboard seat-back screens, personal devices, and portable streaming units.
Airlines need scalable, cost-effective IFE solutions that deliver rich passenger experiences without the high installation cost and weight of traditional wired systems, while also enabling ancillary revenue from advertising and e-commerce.
- Wireless IFE delivery to passenger personal devices via onboard Wi-Fi
- BoardConnect Portable: battery-powered, aircraft-installation-free portable streaming unit (Mobile Streaming Units weighing 1.5 kg, serving up to 50 clients per unit)
- Modular content platform: movies, TV, music, games, destination guides, news, magazines
- Programmatic advertising integration
5 more features
- Ancillary e-commerce and onboard payment capability
- Live flight map and aircraft position tracking
- Accessible at boardconnect.aero without app download
- Customizable for individual airline branding and content
- Supports web-based access across smartphones, tablets, and laptops
Technical specifications (4)
- Frontend built with Angular and React
- Cross-platform (iOS, Android, desktop browsers)
- BoardConnect Portable: single-unit server and access point, battery-powered, approximately tablet-sized at 1.5 kg
- Server-based installed variant with up to 5 access points per aircraft
zeroG Seer (Airport Intelligence Suite)
Computer vision-based turnaround monitoring system developed by zeroG, a subsidiary of Lufthansa Systems. Uses AI models and airport cameras to automatically detect and timestamp each step of the aircraft turnaround process in real time, from on-block through pushback.
Aircraft turnaround processes involve multiple parallel tasks executed by different parties under time pressure. Manual reporting creates data gaps and delays in identifying critical path issues. Seer provides automated, camera-based real-time visibility across all turnaround events to improve punctuality and resource coordination.
- Automated event detection and timestamping for all major turnaround steps
- Tracks: deboarding, jetbridge/stairway operations, fueling, catering, cleaning, baggage loading/unloading, pushback
- Real-time alerts and notifications for delay risks
- Off-block time prediction based on real-time data
4 more features
- Position clearance support post-turnaround
- Centralized dashboard accessible to airline, airport, and ground handler stakeholders
- Computer vision models trained on turnaround event data
- Beta tracking: deicing, baggage/cargo ULD loading, airside passenger boarding/deboarding
Technical specifications (5)
- AI method: computer vision with edge processing
- On-premise deployment: Azure Stack HCI certified hardware
- Cloud deployment: Azure with ExpressRoute and Azure Virtual Network Peering
- Decentralized data processing at airport premises
- Developed by zeroG GmbH (Lufthansa Systems subsidiary)
- Azure Stack HCI hardware certification required for on-premise deployment
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