Automated defect detection
Catch defects the moment they appear. Across recent peer-reviewed studies, YOLO-based inspection reaches 99%+ accuracy and cuts manual inspection costs by up to 94.5%, on steel, PCBs, fabric, solar panels, and welds. Train it on your own defects and deploy it on the line.
Trusted by the world's leading organizations
How Ultralytics YOLO tackles defect detection
One model, every defect type
Ultralytics YOLO detects, localizes, and classifies defects in a single pass, and researchers have pushed it past 98% mAP on benchmarks from PCBs to steel to wafers. That means fewer escaped defects, less scrap, and faster time-to-market, on the hardware you already run.
- Subtle defects, caught: 98.8% mAP on tiny PCB defects, 98.2% on wafer surfaces (peer-reviewed).
- Line-speed inference: YOLO26 runs a frame in ~1.7 ms; weld studies report 2.3 ms per part.
- Trainable on your defects: fine-tune on your own images in hours; published models hit 99%+ accuracy.
- Deploy anywhere: export to 19 formats — TensorRT, ONNX, OpenVINO, CoreML — for edge or cloud.

Try YOLO26 Inference
Drag and drop an image to see real-time object detection
Deploy on the line or in the cloud
Train once, then export to 19 formats and run wherever inspection happens, from a camera-side edge box to a GPU server.
At the edge (line-side)
- NVIDIA Jetson via TensorRT: real-time inference with no internet connection.
- Intel CPUs via OpenVINO: deploy on the industrial PCs you already run.
- Hailo, Raspberry Pi & ARM: low-power, camera-side inspection stations.
- Fast enough for the line: published weld inspection runs at 2.3 ms per part.
In the cloud
- GPU autoscaling for high-volume, multi-camera inspection.
- Retrain centrally and push new defect classes to every line at once.
- Export to ONNX, TensorRT & PyTorch for any inference stack.
Transforming industries with vision AI
From factory floors to operating rooms, Ultralytics turns visual data into real-time decisions.

SOHGA cuts parking monitoring time by 30% with Ultralytics YOLO

Scaleout cuts model updates from weeks to hours with Ultralytics YOLO

RapiD Engineering deploys seafood quality control 1 week faster with Ultralytics YOLO

Project Ocean Oasis advances reef conservation with Ultralytics YOLO

Volley powers 250+ on-court AI trainers with Ultralytics YOLO

WG Tech Solutions cuts safety violations by 28% with Ultralytics YOLO and Axelera’s AI Accelerator

Stride delivers 1-minute equine gait analysis with Ultralytics YOLO

Pixelabs achieves 95% recall with Ultralytics YOLO-driven automation

SiteAssist improves site safety by processing 770K+ images with Ultralytics YOLO

Chef Robotics uses Ultralytics YOLO to cut food giveaway by 67%

Cali Intelligence shortens checkout queues by 43% with Ultralytics YOLO

MarineSitu hits 96%+ uptime in underwater monitoring using Ultralytics YOLO

Theia Scientific speeds up microscopy analysis 43× with Ultralytics YOLO

eSmart Systems halves power line inspection time with Ultralytics YOLO

Axelera AI delivers 34 FPS edge AI inference using Ultralytics YOLO

STMicroelectronics runs Ultralytics YOLO on an MCU at just 9.4 mJ per inference

Specialvideo reaches 99% food inspection accuracy with Ultralytics YOLO

Vivity AI saves $5M+ a year in industrial operations with Ultralytics YOLO

Videologic Analytics scales to 10K AI camera licenses with Ultralytics YOLO

Prezent boosts slide detection accuracy by 34% with Ultralytics YOLO

ALYCE accelerates traffic AI inference by 20% with Ultralytics YOLO

Kiwitron uses Ultralytics YOLO to detect industrial hazards 30m away

SOHGA cuts parking monitoring time by 30% with Ultralytics YOLO

Scaleout cuts model updates from weeks to hours with Ultralytics YOLO

RapiD Engineering deploys seafood quality control 1 week faster with Ultralytics YOLO

Project Ocean Oasis advances reef conservation with Ultralytics YOLO

Volley powers 250+ on-court AI trainers with Ultralytics YOLO

WG Tech Solutions cuts safety violations by 28% with Ultralytics YOLO and Axelera’s AI Accelerator

Stride delivers 1-minute equine gait analysis with Ultralytics YOLO

Pixelabs achieves 95% recall with Ultralytics YOLO-driven automation

SiteAssist improves site safety by processing 770K+ images with Ultralytics YOLO

Chef Robotics uses Ultralytics YOLO to cut food giveaway by 67%

Cali Intelligence shortens checkout queues by 43% with Ultralytics YOLO

MarineSitu hits 96%+ uptime in underwater monitoring using Ultralytics YOLO

Theia Scientific speeds up microscopy analysis 43× with Ultralytics YOLO

eSmart Systems halves power line inspection time with Ultralytics YOLO

Axelera AI delivers 34 FPS edge AI inference using Ultralytics YOLO

STMicroelectronics runs Ultralytics YOLO on an MCU at just 9.4 mJ per inference

Specialvideo reaches 99% food inspection accuracy with Ultralytics YOLO

Vivity AI saves $5M+ a year in industrial operations with Ultralytics YOLO

Videologic Analytics scales to 10K AI camera licenses with Ultralytics YOLO

Prezent boosts slide detection accuracy by 34% with Ultralytics YOLO

ALYCE accelerates traffic AI inference by 20% with Ultralytics YOLO

Kiwitron uses Ultralytics YOLO to detect industrial hazards 30m away

SOHGA cuts parking monitoring time by 30% with Ultralytics YOLO

Scaleout cuts model updates from weeks to hours with Ultralytics YOLO

RapiD Engineering deploys seafood quality control 1 week faster with Ultralytics YOLO

Project Ocean Oasis advances reef conservation with Ultralytics YOLO

Volley powers 250+ on-court AI trainers with Ultralytics YOLO

WG Tech Solutions cuts safety violations by 28% with Ultralytics YOLO and Axelera’s AI Accelerator

Stride delivers 1-minute equine gait analysis with Ultralytics YOLO

Pixelabs achieves 95% recall with Ultralytics YOLO-driven automation

SiteAssist improves site safety by processing 770K+ images with Ultralytics YOLO

Chef Robotics uses Ultralytics YOLO to cut food giveaway by 67%

Cali Intelligence shortens checkout queues by 43% with Ultralytics YOLO

MarineSitu hits 96%+ uptime in underwater monitoring using Ultralytics YOLO

Theia Scientific speeds up microscopy analysis 43× with Ultralytics YOLO

eSmart Systems halves power line inspection time with Ultralytics YOLO

Axelera AI delivers 34 FPS edge AI inference using Ultralytics YOLO

STMicroelectronics runs Ultralytics YOLO on an MCU at just 9.4 mJ per inference

Specialvideo reaches 99% food inspection accuracy with Ultralytics YOLO

Vivity AI saves $5M+ a year in industrial operations with Ultralytics YOLO

Videologic Analytics scales to 10K AI camera licenses with Ultralytics YOLO

Prezent boosts slide detection accuracy by 34% with Ultralytics YOLO

ALYCE accelerates traffic AI inference by 20% with Ultralytics YOLO

Kiwitron uses Ultralytics YOLO to detect industrial hazards 30m away
Frequently asked questions
Automated defect detection uses cameras and AI to inspect products and surfaces for flaws, scratches, cracks, dents, missing parts, and contamination, in real time, with no manual checking. Ultralytics YOLO models detect, localize, and classify each defect in a single pass as parts move down the line.
It depends on the data, but recent peer-reviewed studies report 84-99% accuracy with YOLO models tuned to a specific task, for example 99.4% on fabric, 98.8% mAP on PCBs, and 98.2% on semiconductor wafers. The Ultralytics Platform supports active learning, so accuracy keeps climbing as new defect types appear.
Published 2024-2026 studies apply Ultralytics YOLO to steel and metal surfaces, printed circuit boards, semiconductor wafers, welds, textiles, solar panels, aluminum castings, ceramics, batteries, and pharmaceutical packaging, anywhere visual quality control matters.
Yes. Rule-based machine vision struggles with variable, subtle, or previously-unseen defects. Ultralytics YOLO26 learns from your own examples to recognize scratches, hairline cracks, white spots, and missing components across changing lighting and part variation, reaching 98%+ mAP on several published benchmarks.
Fast enough for the line. YOLO26 processes a frame in about 1.7 ms on a modern GPU; published inspection systems report 186 frames per second on fabric and 2.3 ms per weld.
Yes. Most inspection deployments run on-premises because production data is sensitive and factory networks are unreliable. Ultralytics YOLO26 exports to 19 formats, including TensorRT for NVIDIA Jetson, OpenVINO for Intel CPUs, and Hailo accelerators, so models run line-side with no internet connection required.
Less than you might expect. Published defect-detection models train on a few thousand labeled images, for example the bridge-crack study used a 4,029-image dataset. The Ultralytics Platform handles annotation and training, and pretrained YOLO weights mean you fine-tune rather than start from scratch.
Collect images of your good and defective parts, annotate them, and train, all in one place on the Ultralytics Platform. For production deployment, enterprise licensing covers commercial use and keeps your code and data private.
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