Scaling Quality with AI
Real-Time Defect Detection in Automotive Manufacturing

Introduction
Challenge
KnowledgeQ's Solution
KnowledgeQ engineered and deployed a fully integrated AI Vision-Based Defect Detection System, seamlessly embedded into existing production lines. The solution incorporated industrial-grade cameras to detect scratches, stains, and surface anomalies with precision, supported by AI-powered classification algorithms with adjustable thresholds to ensure accurate, real-time defect identification.
A PLC-controlled automated sorting mechanism instantly separated defective items, eliminating batch-level contamination. In addition, a live monitoring dashboard provided centralized visibility into defect trends, system health, and performance metrics. The system was further scaled across eight production lines, with unified monitoring and role-based access controls for both QA and management teams.
This modular, plug-and-play solution ensured minimal downtime, faster adoption, and a strong foundation for intelligent automation in manufacturing.
Results
The new defect detection system transformed the client’s QA process. With real-time inspection, automated sorting, and digital logging, the client achieved a significant improvement in detection accuracy and throughput while reducing labor dependency. The live dashboard brought greater transparency, traceability, and proactive quality management.
Inspection accuracy increased from approximately 75–80% to over 95%, while throughput efficiency improved with continuous inspection across all eight lines. Real-time defect logs and actionable insights enhanced traceability and reporting, while reduced manual inspection and minimized quality escapes led to considerable cost savings.
Finally, the scalability of the solution ensured consistent QA standards across multiple lines with ease. This collaboration positioned the client to meet growing industry demands for precision, compliance, and large-scale production, while laying the groundwork for advanced automation and data-driven optimization.