HOLO-LIGHT

High-Level Overview

Hololight is a deep-tech company founded in 2015 that develops foundational XR (Extended Reality) software, including streaming technology and collaborative applications for enterprise use in augmented and virtual reality.[1][2] It builds products like Hololight Space (a collaborative XR design and engineering tool for 3D CAD visualization) and Hololight Hub (a scalable platform for managing, distributing, and securing XR apps across fragmented devices).[1][4] Serving industrial sectors such as automotive, aerospace, defense, and manufacturing—customers include BMW, BASF, Thyssenkrupp, and Bilfinger—Hololight solves challenges like handling large complex data, limited device compute power, app distribution, and data security in XR workflows.[1][3] At Series B-II stage with $22.76M raised, it maintains strong growth via global expansion, including a new U.S. office in Durham, NC, and partnerships like with Augmentalix in France.[2][5]

Origin Story

Hololight was founded in 2015 in Tyrol, Austria, by Florian Haspinger, Susanne Haspinger, Alexander Werlberger, and Luis Bollinger during their studies at the Technical University of Munich, driven by a passion for AR/VR.[1][3] Early on, they targeted Microsoft's HoloLens, creating one of the first software solutions for it, including a BMW i8 visualization and CAD viewer that evolved into Hololight Space.[1] By 2017, to address smart glasses' compute limitations, they pioneered proprietary XR streaming tech.[1] In 2022, this scaled into a full enterprise platform tackling data management and device fragmentation.[1] Headquartered in Munich (with offices in Innsbruck and now Durham), the company grew to over 85 employees, secured investor backing, and hit 10-year milestone in 2025.[1][3][6]

Core Differentiators

• Proprietary XR Streaming Technology: Overcomes device hardware limits by streaming high-quality immersive apps from powerful servers, enabling full-fidelity 3D CAD and industrial data visualization—pioneered since 2017 and battle-tested in enterprises.[1][2][4]
• Hololight Hub Platform: Scalable, secure solution for XR app management, distribution, and protection of sensitive data across diverse devices; only proven enterprise-grade streamer for spatial computing.[1][4]
• Hololight Space App: Collaborative XR tool for engineering/design review, integrating with tools like Autodesk VRED for one-click high-end VR/AR; boosts efficiency in planning and problem detection.[1][5]
• Ecosystem and Partnerships: Strong ties with hardware (e.g., Microsoft HoloLens), industry orgs, and clients like BMW/BASF; recent U.S. expansion and reseller deals enhance global reach.[1][3][5]

Role in the Broader Tech Landscape

Hololight rides the Industrial XR wave, where enterprises adopt AR/VR for digital twins, remote collaboration, and Industry 4.0 amid hardware fragmentation and data security needs.[1][2] Timing aligns with maturing XR devices, cloud compute advances, and post-2020 remote work shifts, amplified by 2025 expansions like U.S. entry into tech hubs.[5][6] Market forces favor it: rising demand in automotive/aerospace for immersive design (e.g., BMW projects), plus competitors like RealWear/Taqtile focus on narrower niches, leaving Hololight's streaming edge for complex data.[2] It influences the ecosystem by standardizing XR deployment, fostering partnerships, and enabling scalable adoption that accelerates XR in heavy industry.[1][4]

Quick Take & Future Outlook

Hololight's enterprise-proven streaming positions it to dominate as XR hardware proliferates and AI integrates for smarter twins—expect accelerated growth via Hub/Space enhancements and U.S./French market penetration.[4][5] Trends like edge computing and metaverse-for-manufacturing will amplify its moat, potentially drawing acquisition interest from tech giants. Its 10-year track record and $12M recent raise signal sustained momentum, evolving from AR pioneer to XR infrastructure leader.[3][6] This builds on its HoloLens origins, cementing Hololight as essential for industrial digital transformation.[1]