// one workstation · target-side execution

Embedded Vision Development Tool

Unify camera control, visual image processing, calibration and runtime analysis on embedded Linux target hardware.

protovision.local / embedded vision development tool
The engineering problem

Camera development loses time when live images, sensor controls, image-processing experiments and runtime evidence live in separate tools.

31 built-in CV nodesEmbedded LinuxLocal project storageBrowser-based UI
01

Visual CV pipelines

Build directed image-processing graphs from 31 built-in nodes, edit parameters and inspect node previews.

02

Controlled execution

Run, pause, step and stop a graph, with breakpoints before or after individual nodes.

03

Live target context

Work with camera streams, sensor settings, system measurements and project state from the same browser interface.

04

Project evidence

Keep pipeline configuration, captures, calibration results and reports with the project on the target.

// workflow

From hardware to defensible evidence.

  1. 01

    Connect

    Run ProtoVision on the embedded Linux target and open its local browser interface.

  2. 02

    Build

    Combine camera input, processing nodes and outputs in a visual graph.

  3. 03

    Validate

    Inspect previews and node timings while monitoring the target system.

// technical evaluation

Review your target and sensor combination.

Share the board, Linux image, sensor and current engineering objective. Pixoric will scope the evaluation setup with you.

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