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Velox expertise

AI & computer vision

An image becomes valuable when it helps someone make a decision. Velox Tech brings imaging, embedded processing and software together around the objects you need to detect and the conditions in which they appear.

Underwater salmon imagery with annotated lice and wound areas
Underwater detection example: annotated lice and wound areas.

From requirements to evaluation

Turn images into useful observations.

Define the detection task

Start with the operational question: what should be detected, counted or classified, and what action follows? Agree the meaning of a useful result, including the consequences of missed detections and false alarms. Identify the images and annotations needed to evaluate the task.

Design for the real image

Lighting, visibility, movement and camera placement affect what a vision system can observe. Consider optics and installation alongside image processing. Evaluation data should reflect the variation expected in use, rather than relying only on clear demonstration images.

Put processing where it is needed

Edge AI brings image processing close to the camera. Discuss computing resources, power, network capacity and response time, then decide what to process locally and what to send to other systems. Keep image evidence and metadata available for review where the workflow requires it.

Applied expertise

Underwater detection in context

Velox’s underwater work includes lice and pellet detection, combining camera systems with embedded processing. It provides a starting point for discussing visibility, image quality and evaluation in aquaculture.

Explore Aqua’s lice-counting system

Start a useful conversation

Bring your requirements.
We’ll help define the next step.

Share what you already know and the questions still open. We can discuss a focused task or a broader development programme.

Discuss your project

Useful inputs for your enquiry

  • Objects or events to detect and the action they support
  • Representative images and operating conditions
  • Acceptable error rates and evaluation approach
  • Processing, power and integration constraints