This guide walks you through how computer vision benchmarks work, from core metrics to how they're used in the industry.
Learn why generic ImageNet pretraining falls short for domain-specific tasks like medical imaging, agriculture, and autonomous driving. Understand the limitations of traditional transfer learning and why self-supervised learning (SSL) on unlabeled, in-domain data is a better fit.
Explore detailed performance comparisons between ImageNet, LightlyTrain, and training from scratch. See how LightlyTrain delivers consistent improvements across datasets (COCO, DeepWeeds, DeepLesion, BDD100K) and architectures (YOLO, RT-DETR, Faster R-CNN), especially when labeled data is scarce.
Step-by-step guidance to integrate LightlyTrain into your workflow. Learn how to pretrain models on your own unlabeled data with minimal setup, then fine-tune for your specific application, boosting accuracy, efficiency, and label effectiveness.
Data Selection & Data Viewer
Get data insights and find the perfect selection strategy
Self-Supervised Pretraining
Leverage self-supervised learning to pretrain models
Smart Data Capturing on Device
Find only the most valuable data directly on device