Use case · computer vision

Computer vision at scale, from $0.015 per GPU-hour.

Tagging, detection, segmentation, and classification models are small and embarrassingly parallel. On SaladCloud they run on thousands of consumer GPUs at the edge for far less than managed vision APIs or high-end cloud GPUs.

Detection boxes with confidence scores over a video frame, the same stream fanned out to several nodes
309,000images tagged per dollar, RAM++ on RTX 2080
50,000images segmented per dollar, SAM
81%less than Azure for YOLOv8 object detection
$0.15to train a custom YOLOv8 model
Image tagging

Older GPUs, better economics.

For tagging at scale, the network's older cards deliver far more images per dollar than new high-end GPUs. The RTX 2080 tags 309,000 images per dollar with Recognize Anything Model++, a 60–300x cost reduction versus managed services like Azure. The GTX 1650 processes more images per dollar for ConvNextV2 Tagger V2 than any GPU in the market.

Object detection

The sweet spot between cheap CPUs and fast GPUs.

GPUs are far faster than CPUs for YOLOv8, and on SaladCloud they start at $0.015 per hour. Processing a live stream costs about $0.036 per hour on Salad against $0.19 per hour on Azure general compute, 81% less.

Models

Run popular models or bring your own.

YOLOv8YOLOv5SAMRAM++ResNet50VGG-16ConvNextV2

Image tagging: 309,000 images/$

Recognize Anything Model++ benchmark.

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Segmentation: 50,000 images/$

Segment Anything Model benchmark.

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YOLOv8: 81% cheaper than Azure

Object detection on live streams.

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Training YOLOv8 for $0.15

Custom detector training on consumer GPUs.

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Price-performance of 22 GPUs

Which GPU wins for tagging, and why.

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Analyzing the GTA6 trailer

YOLOv8 on Salad, frame by frame.

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Cut computer-vision costs by 50% or more.