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<sectionid="home" class="hero">
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<divclass="container hero-content">
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<h1class="hero-title fade-in-up">
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The Codec for <spanclass="gradient-text">Dynamic Reality</span>
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The Data Infrastructure for <spanclass="gradient-text">Dynamic 3D </span>
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</h1>
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<pclass="hero-subtitle fade-in-up">
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The 3D world is exploding with dynamic data and mesh sequences. Polyshift is the foundational platform for compressing, streaming, and decoding complex Time-Varying Meshes (TVMs). We believe that TVMs will provide a foundation for breakthroughs in the next generations of entertainment, engineering, and health-care.
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Dynamic 3D data is exploding across AR/VR, robotics, teleoperations, digital twins, and autonomous systems. LiDARs and depth sensors generate continuous streams of depth data. Polyshift provides the data infrastructure layer that turns this massive 4D mesh data into smaller, streamable, real-time assets.
<h2class="section-title fade-in-up">Lowering barriers across <spanclass="gradient-text">every industry</span></h2>
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<pclass="section-subtitle fade-in-up">Our TVM algorithm provides an end-to-end solution for the dynamic data pipeline, powering breakthroughs in multiple sectors</p>
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<pclass="section-subtitle fade-in-up">Our volume-tracking algorithm is the foundation that provides an end-to-end solution for the dynamic data pipeline, powering breakthroughs in multiple sectors</p>
<pclass="showcase-description">Achieve up to 60% reduction in file sizes for complex TVM sequences, drastically cutting storage costs and transfer times across animation, medical imaging, and engineering simulations.</p>
<pclass="showcase-description">Achieve up to 200× reduction in file sizes for complex 3D sequences, drastically cutting storage costs and transfer times across animation, medical imaging, and engineering simulations.</p>
<pclass="showcase-description">Enable low-latency transfer and streaming of high-fidelity 3D data, perfect for remote medical consultations, cloud-based rendering, and collaborative engineering workflows.</p>
<pclass="showcase-description">Decode complex sequences in real-time on any device, from standalone XR headsets to robotics platforms, enabling new possibilities in training, visualization, and interactive experiences.</p>
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