KIBARtronik: Intelligent Assessment for a Circular Electronics Industry

Purpose and Approach

The aim of the project is a software platform that unites technical analysis, economic evaluation, and decision logic. It supports companies in quickly inspecting returned devices and automatically choosing the best path - whether reuse, repair, or recycling. Built to grow with companies’ needs, the system combines modular scalability with easy integration into existing inspection workflows.

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Technology and Innovation

AI Defect Detection

Analyses circuit boards and electronic components, detects defects and damage patterns using learning algorithms. Provides the technical basis for condition assessment and the subsequent decision-making process.

Economic Evaluation Model

Determines the economic residual value of used electronics. Assesses repair, reuse, and recycling options based on defined cost and benefit criteria.

Central Data Model

Combines technical, visual, and economic information in a unified data structure. Ensures consistent exchange between analysis, evaluation, and decision logic.

Algorithmic Recommendation System

Links technical condition data and economic indicators to automatically suggest the appropriate recovery strategy—from reuse and repair to recycling.

User-Friendly Web Interface

Visualises results in a clear, understandable form. Supports decisions through transparency, traceability, and ease of use.

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Benefits and Impact

KIBARtronik increases efficiency and sustainability in electronics returns:

• Devices can be assessed and reused more quickly.
• Materials remain in the cycle for longer.
• Companies receive a clear data basis for economic decisions.

This creates a practical technology that combines digital innovation with genuine circular economy.

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Funding

The project is co-funded by the European Union and the State of North Rhine-Westphalia under the ERDF/JTF Programme 2021–2027.

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Project Duration: October 1, 2025 – September 30, 2028