Nokia Veturi program: Industrial Metaverse LEAD
Industrial Metaverse program LEAD, with a special focus on the industrial metaverse
Industrial Metaverse program LEAD, with a special focus on the industrial metaverse, is a step in driving sustainable digital transformation across industries while accelerating continuous business opportunity development and growth. It builds on the success of our previous Veturi programs, ‘Unlock Industrial 5G’ and ‘Competitive Edge’. Nokia Veturi program (‘LEAD’) significantly enhances energy efficiency and the security of data communication in modern and future wireless networks, both of which are critical for the industrial metaverse—a concept expected to revolutionize the way industries operate.
The industrial metaverse requires real-time interaction, high data throughput, low latency, and seamless connectivity, all areas where advanced 5G technology provides substantial benefits. Along with Extended Reality (XR) technologies, these are essential components of the industrial metaverse due to their ability to create immersive, interactive experiences that optimize various industrial processes and operations.
As the use of related services and applications increases, the volume of data traffic and the frequency of cyber-attacks are expected to multiply in the coming years. Without radically updated networks, platforms, and applications, the industrial metaverse cannot exist. Finland’s specialized expertise positions us well to become a significant global player in this space.
Nokia Veturi program enables the establishment of globally leading centers of excellence for the industrial metaverse in Finland, covering all key areas of the XR value chain—from future network technologies to business software applications and the versatile use of artificial intelligence that supports them. Welcoming existing and new partners to join on this journey!
Highlights
Nokia R&D increase
Amount of co-innovation projects
Amount of EU applications
Numbers of ecosystem partners
Started co-innovation projects
Projects aims to efficient imaging to improve medical workflows, understanding complex 3D data and towards trustful AI results. Creating medical Metaverse with explainable AI, natural interaction and remote collaboration.
Partners
Nokia, Modulight, Silo.ai, Ade, Optifidelity, Kiwa, Aalto University, Tampere University, Turku Univ of applied sciences, Tampere University Hospital, Osgenic, Planmeca, Varjo.
Projects focuses on Human – Vehicle interaction and autonomous capabilities, enhancing vehicle situation awareness, next generation visual displays, usability multimodalities and AI tools.
Partners
Nokia, Valtra, Visidon, Ponsse, PS Audio Design, Rightware, Siili, Tampere University, Aalto university, Cargotec, Varjo, Patria, Nokian Tyres, Pilkington, FGI
The goal of the project is to speed up the introduction of digital solutions and more efficient utilization of data and to make Finland the most attractive place in the world for investments in data-driven life science manufacturing.
Partners
Nokia, Vaisala, Bayer, Orion, Dain Studios, Revvity, Bittium, Brightly, Fimea, Care4Living, University of Turku, University of Helsinki
The project is after the key success factors in implementing sustainable and secure capabilities for industrial metaverse. Especially what are the main pre-requisites for the implementation of industrial metaverse capabilities, what kind of use cases and tangible benefits the industrial metaverse can bring for enterprises and how should the implementation be aligned with the ongoing digitalization of the industry ecosystem.
Partners
Nokia, Sandvik, Metsä Group, Kone, Telia, Helen, Aalto University
This project proposes using multiple sensor technology mounted on aircraft for the detection of landmines. The proposed approach leverages the high-resolution imaging capabilities of various sensors combined with AI computing to detect both metallic and non-metallic mines. The system provides situational awareness of scanned areas with detailed information on landmines and other objects under interest.
Partners
Nokia, Kelluu, Patria, Saab, Unikie, VTT
RF ECO3 project address challenges related to radio frequency (RF) design for ultra-fast communication and potential for high-resolution sensing in forthcoming 6G radio systems towards ecological and economic benefits for society and industry.
The solutions developed in the project already have large existing markets abroad. Hardware components and their efficient design for future application requirements are indisputable assets for the industrial success of extremely complex radios targeted for new applications in 6G.
Those include vastly enhanced capacity for communications as well as opportunity to sense objects and environment simultaneously. Energy efficiency and resilience in different environmental conditions are core problems that the project addresses towards increasingly complex spectral view in 5G advanced and 6G radios.
Partners
Oulu University, VTT Oy, Saab Finland Oy, Senfit OY, CoreHW Semiconductor Oy, Verkotan Oy, Okmetic Oy, Optenni Oy, Aalto University Foundation, The University of Tampere Foundation
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