The HOPE project enhances the SPIRIT platform by advancing real-time holographic communication for retail applications, with a specific focus on real-time teleconference experiences. The project will focus on incorporating semantic, importance-driven compression, resampling, and filtering to highlight essential details, such as facial features, body movements and even points of interest. This not only optimizes bandwidth usage but also improves the overall user experience by delivering high-quality visualizations even in bandwidth-constrained environments.
The HOPE Consortium recently visited the Smart Internet Lab at the University of Bristol, UK, to advance the development of HOPE's teleconference platform for real-time holographic communication. During the visit, the team conducted hands-on testing and experimentation, collaborating with experts at the lab to refine the technology and ensure seamless, immersive telepresence experiences.
We are excited to announce that we will be participating in EuroXR 20255 as part of the
SPIRIT European programme! If you're attending the conference (03-05 September 2025), be sure to swing by our presentation and poster to see firsthand how we're revolutionizing the field of 3D realtime teleconference.
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We are excited to share that members of the PHASMATIC team were recently featured in an interview published on the SPIRIT project website, alongside Prof. Georgios Papaioannou from AUEB-RC. In the interview, the team discussed their winning proposal HOPE (Holographic Optimized Processing Engine), which was selected in SPIRIT Open Call 2. They highlighted the projectโs goals, its potential impact on holographic communication, and the collaborative effort behind its development.
Read the full interview
Excited of being among the winning projects of SPIRIT (OC2) tackling real challenges in XR telepresence platforms. Our project 'HOPE' will shape the future of 3D holographic communication, where optimized bandwidth usage will improves the overall user experience by delivering high-quality visualizations even in bandwidth-constrained environments.
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V. Kotsis-Panakakis, I. Evangelou, F. Bistas, A. Gkaravelis, N. Vitsas, A. A. Vasilakis, G. Papaioannou, HOPE: Holographic Optimized Processing Engine, EuroXR 2025, Poster & Demo track, September 03-05, 2025.
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Funded by the European Union (SPIRIT, 101070672). Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them. This work has received funding from the Swiss State Secretariat for Education, Research and Innovation (SERI).
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