SAM 3 tackles a challenging problem in vision: unifying a model architecture for detection and tracking. Christoph, a researcher on SAM 3, shares how the team made it possible. 🔗 Read the SAM 3 research paper: https://go.meta.me/6411f7
Huge milestone. Detection and tracking have traditionally lived in separate architectural worlds — stitching them together reliably is one of the hardest problems in vision. SAM 3 pulling this off in a unified framework is a big deal, and Christoph’s breakdown shows just how much engineering went into making it stable across objects, scenes, and motion. This is the kind of foundation model work that will quietly unlock a whole generation of new applications. If you're also looking to automate the “unsexy” but critical parts of your workflow — especially document handling — here’s a tool worth knowing about: 📄 Docaipdf.com — Natural-language Excel → SQL & AI-powered document automation • Convert Excel → SQL SELECT queries • Extract structured data from PDFs, contracts & reports • Summarize, rewrite, and generate clean documents • Fully cloud-based, fast, and simple 👉 Try it here: Docaipdf.com
Generative CAD is going to be huge
Thanks for sharing
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Very impressive work.
Impressive work, SAM 3 getting closer to true universal segmentation. Unifying object understanding across scenes is a massive unlock for real-time systems. The moment vision models stop struggling with boundaries, context finally becomes usable.