CAPABILITIES

End-to-End Vision Engineering.

Six disciplines of precision AI vision, applied from optics selection through systems integration. Every project is scoped, specified, and validated against measurable acceptance criteria.

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Our Capabilities

Purpose-built AI vision solutions engineered for industrial-grade reliability.

Industrial Inspection

AI-powered defect detection, foreign object identification, and high-precision metrology for automated quality control. Models are trained on your production data — not generic datasets. Validated against client-defined acceptance thresholds before deployment.

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Robot Guidance

Custom object detection and 6-DOF pose estimation enabling industrial robots and autonomous vehicles to operate with sub-millimetre accuracy across variable lighting and part orientations. Integrated with ROS, FANUC, ABB, KUKA, and UR controllers.

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Embedded Vision

Compact, edge-optimized computer vision for IoT-connected systems and fully autonomous platforms. GPU-accelerated inference on NVIDIA Jetson, Hailo, and custom FPGA targets where cloud latency cannot be tolerated.

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Image Acquisition

End-to-end camera sensor, lens, and lighting selection matched precisely to your inspection requirements. We prototype, validate, and specify the full optics stack — 2D area scan, line scan, 3D structured light, and hyperspectral.

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Image Processing

Proprietary AI tools combined with best-in-class open-source and commercial libraries to deliver accurate, production-hardened vision pipelines. Classical + deep learning hybrid architectures where appropriate.

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Systems Integration

Seamless integration with PLCs, SCADA, MES, ERP, and robotics platforms across OPC-UA, MQTT, EtherNet/IP, Modbus TCP, and PROFINET. We scope integration requirements in full during the discovery phase.

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How We Engage

A disciplined, transparent process — from first call to production sign-off.

Discovery & Scoping

We visit your facility, map the inspection challenge, review production constraints, and define measurable acceptance criteria. No assumptions — everything is documented.

Proof of Concept

A 4–8 week PoC validates the vision approach on real parts under production conditions. You see actual defect detection results before committing to a full system.

System Development

Hardware commissioning, model training on your labelled production data, software integration, and factory acceptance testing against the agreed criteria.

Production & Support

Site acceptance testing, operator training, and post-deployment support. Model retraining as product variants evolve. Remote diagnostics included.

Ready to Discuss Your Inspection Challenge?

Our engineers will evaluate your process and design a vision system built for your environment. No obligation.

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