Technical Structure of the AIMNT System

The OrthoGraph AIMNT system is accessible via a web interface, with the central platform being the OrthoGraph Maintenance Center.

Comparison Table: OG AIMNT vs. General Maintenance System

1. Dashboard and Visualization?

AIMNT includes an advanced dashboard module that displays AI-generated insights in a clear and immediate way. These dashboards support both individual decision-making and team-level operational overview. They can also be projected on large screens in control centers, showing automatically updated statistics and charts to support real-time attention and action. Traditional systems, in contrast, typically rely on static reports without real-time visualization capabilities.

2. Work Orders

At the heart of AIMNT lies the Work Order Management module, allowing users to record issues and manage the status of equipment. Status changes are typically triggered by scanning a QR code placed on the asset. There are several ways to access these work orders:

2.1. New Ticket
Used to create new work orders by scanning a QR code. Previous tickets are also visible depending on the user’s permission level.

2.2. My tasks
Displays all tasks assigned to the logged-in user. Tickets are shown in daily and weekly views, prioritizing open tickets followed by the last three closed ones.

2.3. Work order list
Provides an overview of all tickets, with AI-powered filters for quick selection based on specified criteria.

2.4. Work Order Details
Each work order contains information such as location, equipment, submitter, issue description, timestamps, and includes AI suggestions based on the linked asset.

3. Assests

Each asset has its own detail page accessible via the ticket list or directly. Users can see the current state, open tickets, and last three resolved ones. New work orders and maintenance plans can be created from here. If linked with an OBIM model and QR code, the asset can also be viewed in OrthoGraph via browser or iPad.

4. Work Order Planning

This powerful interface enables maintenance planning using AI suggestions based on documentation, asset history, and available resources.

5. Inventory and Tools Tracking

The Inventory module tracks spare parts and tools. Transfers between warehouse staff and technicians are verified using temporary QR codes on their own devices, ensuring accurate material flow and inventory control.

6. Reporting

The Reporting module allows AI-supported generation of customized statistics and analysis. Users can describe what they want to see in plain language—no technical query writing needed.

7. Supplementary Modules

7.1. Worker Editor
Used to manage employees: working hours, skills, departments, and permission levels:

7.2. Supplier Editor
Manages organizational affiliations and subcontractor assignments, supporting cost allocation and accountability.

7.3. Documents
The Document Manager stores and links maintenance-related documents (manuals, protocols, schematics, etc.) to assets. The AI engine uses these to assist troubleshooting and guide field staff with concrete suggestions.

7.4. QR Codes
Ensures every asset, location, or even shelf has a unique identifier, maintaining clarity between physical and digital layers of the system.

8. System block diagram

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