Zipling 3d Video

The "Zip" in Zipling refers to the intelligent compression. Streaming 100 camera angles would normally require 50 Gbps of data. Zipling technology compresses this by recognizing redundant visual data. It only sends the pixels that change relative to the viewer's current perspective. If you look left, it streams the left angles; if you look right, it seamlessly swaps the data stream. This allows Zipling 3D Video to play on standard 5G or Wi-Fi 6 connections.

Immersive telepresence demands 3D video that is (a) real-time, (b) viewpoint-flexible, and (c) visually convincing. Current methods fall into two camps: zipling 3d video

Zipline 3D Video bridges this gap. By placing cameras along a linear "zipline" above the action (e.g., a basketball court or stage), we create a controlled baseline that enables efficient plane-sweep stereo and depth fusion. The linear geometry reduces the correspondence problem to 1D search, drastically lowering compute while maintaining multi-view consistency. The "Zip" in Zipling refers to the intelligent compression

To create a Zipling file, you cannot use a standard dual-lens camera. Instead, you need a camera array. This typically involves 16 to 100 synchronized cameras arranged in a geometric pattern (often a dome or a horizontal line). Each camera captures the same subject from a slightly different angle. Zipline 3D Video bridges this gap

Once captured, the software processes these angles to generate a depth map. Unlike a pixel (2D square), a voxel (3D cube) is used. The "Zipling" algorithm calculates exactly where in space each colored particle exists. It identifies the foreground, the background, and the occlusion (what hides behind what).

While the entertainment industry quickly adopted ZipLing for immersive music videos and social media stories, the technology has profound implications for other sectors:

2D video → extract frames → depth estimation per frame → left/right shift → recombine frames → output 3D video