Resources

Learn computer vision, ship faster

Practical guides, deployment playbooks, and a plain-English glossary — from teams who run vision in production every day.

Guide · Featured

Edge vs. cloud computer vision: how to choose

Latency, cost, privacy, and scale — a decision framework for where your vision models should actually run.

Checklist

From notebook to production: a CV deployment checklist

14 things to verify before a vision model touches a real line.

Comparison

Detection vs. segmentation: which do you need?

When boxes are enough — and when you need pixel masks.

Data

How much training data does detection really need?

Practical numbers for fine-tuning on your own classes.

Ops

Detecting model drift in live video

Signals that your vision model is quietly degrading.

Tutorial

Auto-labeling with foundation models

Cut annotation time by 10× before you fine-tune.

Guide

Choosing the right edge device

Jetson, x86, or ARM — matching hardware to workload.

Playbook

Camera placement for reliable detection

Angles, lighting, and FOV that make or break accuracy.

Explainer

What is OCR, really?

How modern text recognition works on messy surfaces.

Comparison

Open-source vs. platform CV

The true cost of rolling your own vision stack.

Case

Anatomy of a defect-detection model

How one customer reached 99% precision in 4 weeks.

Glossary

Computer vision, defined

Object Detection

Locating and classifying objects in an image with bounding boxes and confidence scores. The foundation of most vision applications.

Segmentation

Labeling an image at the pixel level — semantic (by class) or instance (per object) — for precise measurement and counting.

Inference

Running a trained model on new data to produce predictions. Inference latency is critical for real-time, edge-deployed vision.

Active Learning

A loop where the model flags uncertain examples for human review, then retrains on them — improving accuracy with minimal labeling.

Edge AI

Running models directly on devices near the camera, rather than in the cloud, for low latency, privacy, and offline operation.

OCR

Optical Character Recognition — converting text in images and video into machine-readable strings, from labels to handwriting.

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