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Computer Vision

101 summarised stories about Computer Vision, each linking back to the original source. Browse all topics →

Thursday, 16 July 2026

How a former DeepMind researcher raised at a $300M pre-seed valuation before launching a product

TechCrunch AI 1 hour ago

Andrew Dai, a former DeepMind researcher, founded Elorian to develop visual AI models and raised a $55 million seed round at a $300 million valuation within months of leaving Google. The company secured backing from strategic investors including Nvidia and Menlo Ventures, prioritizing investor quality and understanding of frontier AI development over maximum valuation. Elorian aims to advance visual understanding and reasoning in AI systems, an area Dai identified as having uneven progress compared to progress in mathematics, physics, and coding.

Deep Learning Weekly: Issue 464

Deep Learning Weekly 1 hour ago

This week's deep learning newsletter covers Thinking Machines Lab's release of Inkling, a 975B-parameter open-weights multimodal MoE model, OpenAI's GPT-Red system which cut prompt injection failures by 6x through adversarial training, and research showing video generation models can serve as general-purpose vision learners, achieving state-of-the-art performance on diverse vision tasks while requiring 7 to 500 times less training data than specialized models. The issue also features MLOps optimizations, agentic system architectures, and a comprehensive survey on metacognition in large language models.

Newer Models, Same Advantage

Hugging Face Blog 5 hours ago

DharmaOCR, a Portuguese-language optical character recognition model, outperformed newer competitors Mistral OCR4 and Unlimited-OCR on a Brazilian Portuguese benchmark through domain-specific training rather than architectural superiority. DharmaOCR scored 0.925 on the Portuguese benchmark while Mistral OCR4 scored 0.798 and Unlimited-OCR scored 0.7587. The specialized model's advantage persists because concentrating all parameters on a single language outperforms distributing them across multiple languages, even as general OCR architectures improve.

SAM 3.1: Faster and More Accessible Real-Time Video Detection and Tracking With Multiplexing and Global Reasoning

Meta AI Blog

Meta released SAM 3.1, an updated version of its Segment Anything Model that processes video object tracking more efficiently through a technique called object multiplexing. The model doubles processing speed from 16 to 32 frames per second on a single H100 GPU by tracking up to 16 objects in a single forward pass instead of processing each object separately. This enables real-time object tracking in complex videos while reducing GPU resource requirements, making the technology feasible on smaller hardware.

How Alta Daily Uses Meta’s Segment Anything to Reimagine the Digital Closet

Meta AI Blog

Alta Daily, a fashion app launched in 2025, uses Meta's Segment Anything Model to digitize users' wardrobes and recommend outfit combinations from photos. The app has processed more than 20 million images using SAM, reducing costs compared to external segmentation APIs that charged several cents per image. Users can now photograph their clothes and receive personalized outfit recommendations displayed on their digital avatar while tracking daily wear to avoid repetition.

Mapping the World's Forests with Greater Precision: Introducing Canopy Height Maps v2

Meta AI Blog

Meta and the World Resources Institute released Canopy Height Maps v2, an open-source model that uses satellite imagery to measure forest structure globally for conservation and land management. The model's accuracy metric (R²) improved from 0.53 to 0.86, and it was built using Meta's DINOv3 vision model trained on 493 million satellite images. Governments and organizations in the UK, EU, and US cities are already using the maps to monitor forests, track tree-planting commitments, and plan urban cooling interventions.