Paraverse Technology
Contact Us
Schedule A Call
Request A Test
Paraverse Technology
Product Updates

LarkXR’s Cloud XR Streaming Meets Holographic Technology

19 March 2025
cover _ square

Holographic Technology Trends and Core Challenges

In the rapidly evolving landscape of digital content creation and interaction, Holographic Technology stands at the forefront of innovation. Holography, Volumetric Video, and Gaussian Splatting are driving unprecedented advancements across industries, from immersive sports experiences to revolutionary fashion showcases.
 
Despite the promising potential, holographic technology faces significant implementation challenges. The production of holographic content demands unprecedented computational resources and specialized hardware. Capturing dynamic scenes requires complex multi-camera arrays, while real-time rendering necessitates high-performance computing clusters—financial barriers that often exclude small and medium-sized teams. The exponential data volume of volumetric video, combined with the computational intensity of Gaussian splatting techniques, overwhelms local computing capabilities. Moreover, the intricate landscape of multi-terminal development and cross-border transmission latency creates additional obstacles to widespread holographic technology adoption.

Cloud XR Streaming: The Cornerstone of Holographic Innovation

The realization of holographic technology requires the integration of four core components: Dynamic Capture, Volumetric Video Generation, Real-Time Cloud Streaming, and Cross-Terminal Interaction. Holographic dynamic capture achieves millimeter-level precision through multi-camera arrays capturing three-dimensional motion data. Volumetric video generation uses AI algorithms to fuse multi-source data, generating editable 3D dynamic content, and achieves real-time reconstruction through Gaussian Splatting.
 
Paraverse’s LarkXR Real-time Cloud XR Streaming Technology provides crucial support for Holographic Technology, breaking through industry bottlenecks through the following core capabilities:
 
To address the computational challenges of real-time holographic rendering, Cloud GPU Resource Pooling and Dynamic Scheduling leverages virtualization technology to integrate distributed GPU computing power, creating a dynamically scalable resource pool. This intelligent system allocates computational resources with precision, efficiently handling both three-dimensional reconstruction for dynamic capture data and complex computational tasks like Gaussian splatting, transforming hardware resource management from underutilization to overload prevention, significantly enhancing heterogeneous computing resource efficiency.
 
At the Comprehensive Transmission Optimization level, Paraverse reconstructs end-to-end transmission architecture to meet the demanding requirements of holographic data streams—8K resolution, 120FPS frame rates, low latency, and weak network adaptability. Utilizing our proprietary XLong transmission control framework and Hermes streaming engine, the solution integrates dynamic bitrate adaptation, intelligent H.264/H.265 encoding optimization, and multi-path transmission technologies. This approach ensures stable streaming across international network fluctuations and weak network environments, guaranteeing smooth operation in complex scenarios while systematically addressing latency, packet loss, and bandwidth dynamic variations through parallel encoding and network congestion control algorithms.
 
To accelerate holographic technology’s large-scale implementation, Development and Deployment Efficiency enhancement focuses on cross-platform compatibility and standardized access. By natively supporting Unity/Unreal engine workflows, developers can avoid redundant development across heterogeneous terminals like VR/AR/MR devices, mobile endpoints, holographic cabins, and 8K large screens. Leveraging LarkXR platform’s adaptive rendering technology, the system automatically matches device GPU performance and interaction logic, enabling high-definition content to run smoothly on low-end hardware while providing standardized interfaces for rapid deployment from development to global distribution.

Ecosystem Partner Journey: French Touch Factory's Journey From Technical Bottlenecks To Global Implementation

French Technology Company French Touch Factory, in collaboration with the European Commission, launched the ITHACA (Immersion and Training with Holograms for Art, Craft and Audiovisual) program in 2022, aiming to revolutionize the delivery of art, craft, and educational content through holographic technology. In the early stages of the project, bottlenecks in hardware computing power and real-time interaction hindered the team’s progress—until the introduction of Paraverse’s LarkXR Real-time Cloud XR Streaming Technology.

François Bouille, CTO of French Touch Factory, stated, “The ITHACA project has been on a two-year journey. Since the launch of the program, we have managed to surpass the limitations of machines and GPUs every 3 months, delivering higher quality.”

Through our Cloud XR Streaming Technology, LarkXR, our partner French Touch Factory transformed their high-precision volumetric video into cross-platform streaming content, breaking through terminal computing power limitations to achieve holographic live streaming and real-time interactive experiences. French Touch Factory uses a 9-camera RGB-D array for holographic dynamic capture, showing mid-project effects.
French Touch Factory: 9-Camera RGB-D Holographic Capture

Application Scenarios: How LarkXR Empowers the Commercialization of Holographic Technology? Making Holograms Accessible.

LarkXR’s Real-time Cloud XR Streaming Technology provides a powerful technical foundation for our developers and enterprise clients in the commercialization of holographic experiences, helping to transform holographic applications from concept to reality.

Sports Events: NBA Holographic Tactics and Olympic Multi-Perspective Experience

Sports content consumption is evolving from passive viewing to immersive interaction. Traditional 2D recordings fail to capture athletes’ three-dimensional motion trajectories. Leveraging LarkXR’s real-time cloud xr streaming technology, we enable real-time processing of RGB-D camera-captured data, transmitted to high-performance GPU clusters for three-dimensional reconstruction and rendering. This breakthrough allows developers to create unprecedented interactive viewing experiences, such as enabling audiences to freely switch perspectives or “hover” above the basketball hoop during NBA slam dunks.

Virtual Fashion: Paris Haute Couture Holographic Runway



In the virtual fashion realm, real-time cloud XR streaming technology provides designers and brands with revolutionary holographic presentation solutions. Paraverse’s LarkXR supports holographic runway content created across various development engines and design tools, ensuring high-definition details are perfectly rendered across mobile and AR devices. This approach not only significantly reduces the development and production costs of holographic haute couture fashion shows but also opens new pathways for our partners and end-client brands to reach global consumers.

Holographic Cross-Temporal Virtual Idol Concerts: "Resurrecting" Classic Artists

With the maturation of holographic projection technology, AI-synthesized voices, and real-time interaction technology, virtual idol performances or concerts featuring deceased singers are becoming one of the biggest trends in the entertainment industry. The resolution and frame rate of historical footage often fail to meet the demands of holographic performances, while the development costs and complexity of real-time special effects deter many organizers and developers. LarkXR supports 8K ultra-high-definition rendering and real-time special effects interaction, allowing developers to easily create stunning holographic performances, even “reviving” classic artists. Our technology also supports audiences triggering virtual special effects through mobile devices, adding gamified elements to performances.

Cloud XR Streaming Empowering Holographic Projects
From Hardware Constraints to Unlimited Possibilities

French Touch Factory, harnessing Paraverse’s LarkXR Real-time Cloud XR Streaming Technology, is advancing cinematic-grade holographic media through AI processing and Gaussian splatting. This June, they’ll launch revolutionary volumetric video and editing software for testing. Be part of this technological leap. Experience LarkXR now. Let’s redefine the holographic era together.
Tags:
Go to Top