Lufthansa Technik, the Hamburg maintenance arm of the Lufthansa Group, runs AVIATAR, a digital platform whose AI predicts component failures and monitors aircraft condition across fleets.
With more than 10,000 staff, it sells AVIATAR modules including Predictive Health Analytics, Condition Monitoring, an electronic technical logbook, AI examination of repeat defects and line-maintenance planning optimisation. It says more than 40 customers with over 5,000 aircraft use the platform.
LATAM uses Predictive Health Analytics and the technical logbook across more than 300 aircraft, and Air Transat took the full ecosystem for 43 aircraft in 2025. Frontier became the first US carrier to sign for the complete system in December 2025, and United has co-developed 737 NG use cases since 2021.
Aviation AI deployments and updates
01 / Contracted
Lufthansa Technik AVIATAR modules for Frontier Airlines, including AI-based Technical Repetitives Examination
Lufthansa Technik said on 15 December 2025 that Frontier Airlines had decided to add Predictive Health Analytics, Condition Monitoring and the AI-based Technical Repetitives Examination to its AVIATAR suite.
That makes Frontier the first US airline to use products from Lufthansa Technik's entire Digital Tech Ops ecosystem, according to the company.
Air Transat has signed an agreement with Lufthansa Technik and will implement the full AVIATAR digital tech ops ecosystem across its 43 Airbus A321 and A330 aircraft, Lufthansa Technik said on 3 July 2025. It will be the first North American airline on the full ecosystem.
LATAM Airlines Group signed a multi-year contract with Lufthansa Technik covering more than 300 Airbus A320, Boeing 777 and Boeing 787 aircraft, Lufthansa Technik announced on 8 April 2025. LATAM is using AVIATAR's Predictive Health Analytics, along with its Electronic Technical Log.
According to AirPro News, the platform uses machine learning that adapts to each fleet's patterns. Full fleet rollout has not been confirmed.
Lufthansa Technik's Condition Monitoring and Prediction offerings for the 737 NG were co-created with United Airlines in a partnership that began in early 2021, Lufthansa Technik said on 25 April 2022. United has brought condition-monitoring and predictive-maintenance alerting for its 737 NG and A319/A320 fleets into a single platform, the release says.
AVIATAR is Lufthansa Technik's open, modular, and manufacturer-independent digital platform for airline technical operations (Tech Ops). Launched in 2017, it combines multiple apps for predictive maintenance, fleet management, condition monitoring, reliability analysis, and MRO collaboration in a single platform.
Key features
Open architecture with SDK for third-party partner app integration
Modular design - customers select individual apps per their needs
OEM-independent and MRO contract-independent neutral platform
Real-time fleet management and health monitoring
6 more features
Predictive analytics and failure probability forecasting
Integration with major M&E systems (AMOS, TRAX, Sceptre)
Serves more than 40 customers covering more than 5,000 aircraft
Hybrid cloud infrastructure on Red Hat and Microsoft Azure
Google Cloud event-driven architecture for analytics
Co-creation model with airlines and partner developers
Technical specifications (5)
Hybrid cloud infrastructure - Red Hat enterprise open source with Microsoft Azure
Google Cloud event-driven architecture for analytics workloads
Open API architecture with Software Development Kit (SDK) for partners
Web-based platform accessible from any device
Supports Airbus A220, A320, A330, A340, A350, A380 and Boeing 737 NG, 737 MAX, 777, 787
Verified deployments
Frontier Airlines (F9) – Lufthansa Technik AVIATAR modules for Frontier Airlines, including AI-based Technical Repetitives ExaminationAir Transat (TS) – Lufthansa Technik AVIATAR digital tech ops agreement with Air TransatLATAM Airlines (LA) – Lufthansa Technik AVIATAR predictive maintenance analytics at LATAMUnited Airlines (UA) – Lufthansa Technik AVIATAR condition monitoring for United Airlines' 737 NG fleet
Predictive Health Analytics (PHA) is a named module within AVIATAR that uses live aircraft data combined with Lufthansa Technik engineering expertise and data science to predict system and component behavior during operation, enabling proactive maintenance actions before failures occur.
Key features
Live aircraft data ingestion and analysis
Engineering-backed failure mode analysis
Customizable to airline-specific operational needs and data streams
More than 100 predictors for multiple Airbus and Boeing aircraft types (with Honeywell integration)
4 more features
Proactive maintenance recommendations
Reduces unplanned maintenance events and AOG situations
Integration with other AVIATAR modules for combined fleet overview
Co-developed with industry-leading airlines
Technical specifications (4)
Ingests full flight data from aircraft systems
Algorithms developed jointly with airline partners
Prediction accuracy reported at 87 to 93 percent for critical systems (third-party source)
Supports Airbus A320 family, Boeing 777, Boeing 787, Boeing 737 NG confirmed via customer deployments
Verified deployments
Frontier Airlines (F9) – Lufthansa Technik AVIATAR modules for Frontier Airlines, including AI-based Technical Repetitives ExaminationAir Transat (TS) – Lufthansa Technik AVIATAR digital tech ops agreement with Air TransatLATAM Airlines (LA) – Lufthansa Technik AVIATAR predictive maintenance analytics at LATAMUnited Airlines (UA) – Lufthansa Technik AVIATAR condition monitoring for United Airlines' 737 NG fleet
The AVIATAR Technical Logbook (also referred to as eTLB or electronic Technical Logbook) replaces paper-based aircraft technical logbooks with a digital, device-independent solution for real-time capture of technical issues by pilots and maintenance crews. Developed in partnership with Wizz Air as the launch customer.
Key features
Prefilled text blocks and automated input masks for faster entry
Platform-independent: works on Android, iOS, and Windows
Fully offline capable with backup processes for connectivity issues
Real-time data sync with AMOS and other M&E systems
7 more features
Live feed to MOC (Maintenance Operations Center) and OCC (Operations Control Center)
Reduces manual effort by up to 50 percent
Reduces MCC calls by more than 25 percent (Wizz Air data)
Modular and customizable design
Open API philosophy for system integration
Standardized data structure enables trend analytics
Reduces turnaround times and costs by up to 75 percent (claimed)
Technical specifications (5)
Compatible with tablet, smartphone, and desktop computer
Android, iOS, Windows supported
Open API with AVIATAR back-end for M&E system integrations
Modular set-up for customization
Real-time synchronization when internet connection is available
Certifications and approvals
EASA approved (electronic Technical Logbook processes for Wizz Air approved September 2022)
CAA Norway approved
CAAV (Civil Aviation Authority of Vietnam) approved
Verified deployments
Frontier Airlines (F9) – Lufthansa Technik AVIATAR modules for Frontier Airlines, including AI-based Technical Repetitives ExaminationAir Transat (TS) – Lufthansa Technik AVIATAR digital tech ops agreement with Air TransatLATAM Airlines (LA) – Lufthansa Technik AVIATAR predictive maintenance analytics at LATAMUnited Airlines (UA) – Lufthansa Technik AVIATAR condition monitoring for United Airlines' 737 NG fleet
The AVIATAR Reliability Suite is a modular analytical solution for fleet reliability management, bringing together Fleet Managers, Reliability Managers, and System Engineers in one central platform.
Key features
Unified platform for Fleet Managers, Reliability Managers, and System Engineers
Integrates M&E system data and live aircraft data
Monitors KPIs with trend analysis over time
Identifies root causes and areas for improvement
5 more features
OEM-independent and unbiased performance review transparency
Modular pricing to match individual needs
Self-service analytics solution
Covers complete reliability process circle from highlight identification to effectiveness analysis
Includes AI-based Technical Repetitives Examination (TRE) sub-tool
Technical specifications (3)
Integrates multiple data sources including live aircraft data and M&E system information
Self-explanatory interface for data exploration, analyses, and monitoring
Modular product architecture
Verified deployments
Frontier Airlines (F9) – Lufthansa Technik AVIATAR modules for Frontier Airlines, including AI-based Technical Repetitives ExaminationAir Transat (TS) – Lufthansa Technik AVIATAR digital tech ops agreement with Air TransatLATAM Airlines (LA) – Lufthansa Technik AVIATAR predictive maintenance analytics at LATAMUnited Airlines (UA) – Lufthansa Technik AVIATAR condition monitoring for United Airlines' 737 NG fleet
Line Maintenance Planning Optimization is an AVIATAR module that uses an advanced algorithm to automatically create optimal line maintenance task distributions for airline fleets.
Key features
Fully automated maintenance task planning and distribution
Continuous real-time optimization with live schedule and resource updates
Seamless integration with all major M&E systems
Enhanced planning and scheduling efficiency
5 more features
Real-time visualization of planning data
Immediate detection of constraint violations
Highly configurable automation for different planning philosophies
Joint AMOS version - review and control directly within AMOS forecast module
Roadmap towards fully automatic real-time maintenance planning
Technical specifications (4)
Algorithm-based optimization engine
Real-time integration with flight schedule data
Integrates with all major M&E systems
AMOS-native version co-developed with Swiss Aviation Software (Swiss AS)
Verified deployments
Frontier Airlines (F9) – Lufthansa Technik AVIATAR modules for Frontier Airlines, including AI-based Technical Repetitives ExaminationAir Transat (TS) – Lufthansa Technik AVIATAR digital tech ops agreement with Air TransatLATAM Airlines (LA) – Lufthansa Technik AVIATAR predictive maintenance analytics at LATAMUnited Airlines (UA) – Lufthansa Technik AVIATAR condition monitoring for United Airlines' 737 NG fleet
MRO Management is an AVIATAR module providing a web-based digital collaboration platform for base maintenance and MRO events. It creates real-time transparency for all maintenance activities across an airline's fleet and replaces traditional MRO reporting with interactive dashboards.
Key features
Complete real-time overview of all maintenance activities for the whole fleet
Dashboard with traffic-light status indicators for fleet-wide layover monitoring
Digital approval of maintenance tasks during base maintenance events
Full virtual table inspection capability for engine overhaul
6 more features
AOG material sourcing via integrated platform
Real-time communication between airlines and MRO providers
Easy registration and open access for airlines and MROs
Access to statement of accounts
Works for any maintenance provider and airline
Three distinct service modules (exact sub-module names not publicly detailed)
Technical specifications (2)
Web-based solution
Accessible from PCs, Macs, and mobile devices
Verified deployments
Frontier Airlines (F9) – Lufthansa Technik AVIATAR modules for Frontier Airlines, including AI-based Technical Repetitives ExaminationAir Transat (TS) – Lufthansa Technik AVIATAR digital tech ops agreement with Air TransatLATAM Airlines (LA) – Lufthansa Technik AVIATAR predictive maintenance analytics at LATAMUnited Airlines (UA) – Lufthansa Technik AVIATAR condition monitoring for United Airlines' 737 NG fleet
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