Rebolt is an agentic AI platform for aircraft maintenance check management, officially positioned as an agentic operating system that "manages the entire aircraft maintenance check," connecting planning, engineering, hangar execution, materials, and billing.
Purpose Rebolt is used for end-to-end management of aircraft maintenance checks. Officially, through agentic AI it reduces the handling time for discovered issues from 2–8 hours to 15 minutes, and supports scenario simulation for turnaround time (TAT), slot combinations, and cancellations, which the company says is reduced from several days to 2 hours, with real-time assessment of the impact on earnings before interest and taxes (EBIT). Its goal is to connect planning, engineering, hangar execution, materials, and delivery, providing decision support and autonomous operational capabilities on top of ERP, databases, Excel, and third-party systems.
Main capabilities Officially, the functions are divided into six stages:
- Planning: Prepare checks before aircraft arrival, including check scope, work packages, capacity, and scheduling.
- Engineering: Convert discovered issues into actionable technical responses, including issue classification, document search, and drafting maintenance instructions.
- Hangar execution: Coordinate work as the check progresses, including task cards, work orders, progress, and blockers.
- Materials: Link material availability with required work, including material requirements, availability and reservations, and procurement.
- Operational control: Identify risks affecting the check, including check status, dependencies and exceptions, and AI decision support.
- Commercial & billing: Link completed work with revenue, including additional work capture, approvals, and billing preparation. Officially, the system can connect ERP, databases, Excel, and third-party systems with no migration required, and work can begin after connection; it also supports Microsoft Entra ID.
How to use Officially, the method of use is: connect existing systems (ERP, databases, Excel, third-party systems), with no migration required, and then manage and operate the above six stages through the platform. Officially, no specific installation commands, API documentation, or operating steps are provided.
Use cases Suitable for scenarios such as planning, engineering, hangar execution, materials coordination, operational control, and commercial billing management for aircraft maintenance checks, and especially suitable for aviation maintenance organizations that need to connect the entire check process with existing systems and introduce AI decision support.
Limitations Officially, no information is provided about pricing, charging model, deployment environment, data storage location, compliance certifications, supported languages, specific list of integrated systems, implementation timeline, or service level agreements. Officially, it is also not stated whether the platform supports maintenance scenarios other than aircraft maintenance checks. The above is not yet provided.
