From Reactive to Proactive: Why the Future of Manufacturing Runs on AI Vision

From Reactive to Proactive: Why the Future of Manufacturing Runs on AI Vision Read More »

Broader Picture

DEEPEYES COO Jan Wansink discusses how computer vision reshapes process monitoring, regulatory compliance, and efficiency—from sterile pharma environments to high-tech production lines. It’s a crisp autumn morning in Munich, and the chill in the air leaves no doubt that winter is coming. Inside the DEEPEYES offices, the atmosphere is focused yet inviting. Chris Nicolaes, a […]

Computer Vision vs. Image Recognition In Modern Manufacturing

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Broader Picture

Understanding the next generation of industrial video analytics In today’s competitive manufacturing environment, many companies rely on image recognition solutions from providers such as Keyence and Cognex. These systems are excellent for highly structured tasks like barcode reading, counting products, or checking labels and packaging integrity. While these tools are powerful for specific, well-defined workflows,

Reducing Contamination in Cleanrooms: Leveraging AI for Improved Monitoring

Reducing Contamination in Cleanrooms: Leveraging AI for Improved Monitoring Read More »

Broader Picture

Introducing new technology into a highly regulated environment is a bit like steering a large ship through narrow waters. Everyone knows the destination is worth reaching, but turning the wheel takes effort, coordination, and trust. This is especially true when adopting AI-driven video monitoring in cleanroom operations, where precision and compliance are non-negotiable. The Cleanroom

Computer Vision Makes Bi-Directional Material Locks Safe

Computer Vision Makes Bi-Directional Material Locks Safe Read More »

Use Case

Case Study: How AI Prevents Cross-Contamination in Biomanufacturing The Challenge: Preventing Bi-Directional Movement in Material Locks In biopharmaceutical manufacturing, even the smallest mistake can cause serious setbacks. One critical risk area is material transfer in cleanroom environments. Maintaining unidirectional material flow is essential to avoid cross-contamination. Yet despite strict Standard Operating Procedures (SOPs), human error

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