NAVER LABS Europe
The vision of NAVER LABS Europe is a world of Ambient Intelligence (AmI) where people intuitively interact with ubiquitous, helpful, personalized services they trust.
NAVER LABS Europe is part of NAVER LABS, an ambient intelligence technology company creating services that deeply understand users and their contexts.
LABS is part of NAVER Corporation, Korea’s leading internet company with annual revenue of more than 3 billion euros. NAVER LABS researchers, engineers and designers work on future technologies including autonomous driving, robotics and artificial intelligence. Since 2013 the LABS have led NAVER’s innovation in technology through products such as the AI-based translation app ‘Papago’, the omni-tasking web browser ‘Whale’, the virtual AI assistant ‘WAVE’, AMBIDEX, the biologically-inspired robotic arm, in-vehicle information entertainment system ‘AWAY’ and AROUND, the 3D indoor mapping robot.
NAVER LABS Europe was previously the Xerox Research Centre Europe, created by Xerox in 1993. NAVER acquired the research centre in August 2017. Read more about this change from Florent Perronnin, Director of science and Engineering in the article NAVER LABS Europe, the start of something big and an invitation to come join us
The primary areas of research at NAVER LABS Europe are computer vision, natural language processing and machine learning and optimization. The technical expertise of the centre is enriched with the knowledge gathered from its ethnographers who develop a deep understanding of how people interact with technology to combine both human and machine elements. The work and the people at the centre are regularly recognized and awarded in international competitions and forums. Alongside its research and development the centre runs a global partner program where we take part in European Union and national R&D projects. NAVER LABS Europe is in Grenoble, France.
The centre was the first in the world to explore a number of technologies. Starting in the 1990’s, its scientists were the first to mix paper and computer screens to form a ‘digital desk’ – one of the first steps towards augmented reality. At that time, we created the concept of meta-search engines that harness the power of multiple search engines and even automatically learn to query online databases. We laid the foundations for today’s ubiquitous computing, by exploring how mobile devices could share hyperlinks and how people could retrieve information on the basis of their context. We also created distributed computing systems and web service architectures which now form the underlying structure for how we do business in an online world. Our seminal methods for visual categorization and reinforcement learning led to the world's first commercial image categorizer.
LABS Korean web site (content also in English)