human-pose-estimation

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#human-pose-estimation

@Smartpigai: It's not just the camera that's shocking; this time it's 'WiFi itself seeing you.' An open-source project called RuView has gained over 70k stars on GitHub, and its idea is somewhat outrageous: The ordinary WiFi signal in your home is not just an internet tool; it can also become an 'invisible sensing radar.' It can do these things...

X AI KOLs Timeline · 4d ago Cached

Introduces an open-source project called RuView that uses CSI data from ordinary WiFi signals and AI models to achieve camera-free indoor human perception, including people counting, pose estimation, breathing and heart rate monitoring, and fall detection. It has gained over 70k stars on GitHub.

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#human-pose-estimation

@IndieDevHailey: Terrifying! You can tell what people are doing behind the next wall just using home Wi-Fi! The open-source project RuView has skyrocketed to over 50k stars on GitHub, totally blowing up! No cameras needed, no wearable devices required—just ordinary home Wi-Fi signals allow you to see through walls: - How many people are next door, their exact locations, whether they’re walking or lying down—all visible - Real-time human pose estimation (17 keypoints) - Automatically measures breathing and heart rate while sleeping - Instant alerts for falls, with highly accurate action recognition

X AI KOLs Timeline · 2026-05-13

The open-source project RuView leverages Wi-Fi signals and AI technology to achieve camera-free through-wall sensing, capable of real-time human pose recognition, breathing monitoring, and fall detection. It has garnered significant attention on GitHub. Emphasizing privacy and security, the project processes all data locally, supporting easy deployment via ESP32 or Docker.

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#human-pose-estimation

SAM 3D Body: Robust Full-Body Human Mesh Recovery

Papers with Code Trending · 2026-02-17 Cached

SAM 3D Body is a promptable 3D human mesh recovery model using a novel parametric representation (MHR) and encoder-decoder architecture, achieving state-of-the-art performance with strong generalization. The model supports auxiliary prompts and is open-source.

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