The JARVIS project, funded by the European Union, aims to advance human-robot collaboration (HRC) through AI-driven solutions developed on human-centric principles. It focuses on overcoming key barriers such as the limited adaptability of robots, the complexity of programming, and the limited HRC fluidity, creating innovative tools that make human-robot interaction more intuitive, efficient, and scalable. JARVIS provides modular AI-driven modules to enhance robot perception, control, and enable multimodal human-robot interaction, which are validated in four high-impact large-scale pilots coming from the aeronautics, automotive, nuclear, and offshore energy sectors.

We encourage you to complete the JARVIS Project Survey! Your input will be essential in identifying challenges, refining solutions, and accelerating the adoption of these technologies across Europe. Insights from the survey will be used as a foundation for the selection of topics and challenges for the JARVIS Open Call 2.

The survey combines multiple-choice and open-ended questions to explore perspectives on adoption barriers, skill gaps, and practical applications of JARVIS modules. All responses will remain confidential, and findings will be presented only in aggregate form. 

For further details on the modules, please see the document here.

Thank you for taking the time to contribute your expertise and help shape the next generation of human-robot collaboration technologies. 

The JARVIS Team

JARVIS made a significant mark at the European Robotics Forum 2024, held in the city of Rimini, Italy, on March 13, 2024. Represented by the project coordinator Laboratory for Manufacturing Systems and Automation, we actively participated in the TRINITY Innovation Network workshop titled “Steps Forward.” This workshop organized by our partner, Tampere University, focused on the future landscape of agile manufacturing.

Bringing together five distinguished EU projects, the TRINITY Innovation Network workshop showcased technological applications vital to the evolution of human-robot collaboration:

  • DIGITOP – Digital transformation of robot-supported factories of the future
  • EARASHI – Embodied AI/Robotics Applications for a Safe Human-oriented Industry
  • JARVIS – Intersubjective AI-driven multimodal interaction for advanced user-centric human robot collaborative applications
  • ODIN – Open-Digital-Industrial and Networking pilot lines using modular components for scalable production
  • MOTE  – Continuing the TRINTY mission trough Digital Accelerator of Latvia (DAoL) and MOTE

During the event, LMS not only showcased our mission to bolster EU industry competitiveness through human-robot collaboration but also engaged in fruitful discussions with these pioneering projects. Together, we explored strategies to enhance agility in manufacturing and empower European manufacturing SMEs.

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