Computer Vision for Industry

See what your machines are missing.

AI-powered visual inspection and automation built by engineers who've worked the factory floor. Not another enterprise demo. Real models, real deployments, real results.

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MODEL: VF-INSPECT-v1
CONFIDENCE: 98.7%
LATENCY: 12ms
STATUS: ACTIVE

Industrial CV has a gap the size of a loading dock.

Enterprise Solutions

$100K+ per inspection station

Cognex, Keyence, and legacy vendors lock you into proprietary hardware, six-figure contracts, and integration timelines measured in quarters.

Open-Source DIY

Works in the lab, breaks on the floor

YOLO models and generic CV frameworks don't account for vibration, particulates, lighting shifts, or the hundred other things that go wrong in real environments.

Cloud Platforms

Latency kills throughput

Sending images to the cloud for inference is a non-starter when your line moves at 200 units per minute. Edge inference isn't optional. It's required.

The Missing Middle

No one builds for the floor

Most CV startups are founded by ML researchers who've never touched a PLC. They build for demos. VisionForge builds for deployment.

Vision AI forged for harsh environments.

Purpose-built computer vision models and applications that survive the factory floor, the drill site, and the warehouse.

Defect Detection

Train custom inspection models on your actual parts. Surface scratches, dimensional variance, assembly errors. Catch what human inspectors miss at line speed.

Process Monitoring

Continuous visual monitoring of production processes. Detect anomalies in real-time. Flag deviations before they become scrap or safety incidents.

Robotic Guidance

Vision-guided robotics that adapt to variance. Pick-and-place, welding path correction, part orientation. The eyes your robots need to work autonomously.

$131B

AI Industrial Automation by 2035

18.8%

Annual Market Growth

12ms

Edge Inference Target

98%+

Detection Accuracy Goal

Built by someone who speaks PLC and Python.

VisionForge is founded on the conviction that industrial computer vision should be accessible, deployable, and built by people who understand the physics of the factory floor, not just the math of the model.