Cocopil

Project overview

COCOPIL is an innovative research initiative aiming to revolutionize human-robot collaboration by developing conversational cobots that can learn, plan, and execute complex tasks through natural language interactions with human operators. Unlike traditional programming methods, COCOPIL introduces a natural language-based programming toolkit, allowing non-expert users to teach robots new actions and workflows without requiring specialized programming skills. The project is aligned with France’s national AI strategy, which aims to position the country as a global leader in artificial intelligence and robotics. It also supports the Industry 4.0 revolution, particularly in regions like Occitanie, by advancing adaptive automation solutions that integrate seamlessly into existing industrial processes. At the core of COCOPIL’s innovation is the development of a proof-of-concept robotic system, where cobots will learn in real-time by combining speech, visual perception, and physical interaction. These cobots will be tested in manufacturing and maintenance settings, where they will assist human workers with assembly, inspections, and logistics tasks. Through COCOPIL, PAL France and its partners aim to pioneer a new generation of AI-powered collaborative robots, capable of reasoning, learning, and adapting in dynamic environments, ultimately enhancing worker productivity and operational efficiency in the industrial sector

360 k
project funding
4
partners involved
1
countries involved
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Our Role

PAL France plays a crucial role in COCOPIL, contributing its expertise in robotics, human-robot interaction (HRI), and collaborative autonomous systems. As a key industry partner, PAL France supports the integration of cobots (collaborative robots) into dynamic environments where they can interact naturally with human colleagues and learn new tasks through conversation rather than traditional programming.

The company provides TIAGo, a mobile manipulator with an advanced robotic arm, as the primary robotic platform for testing and development. This allows researchers to experiment with real-world human-robot collaboration and validate the effectiveness of natural language-based programming in industrial settings.

Additionally, PAL France works closely with research institutions and other industrial partners to bridge the gap between theoretical AI advancements and practical deployment in real-world robotics applications.

Key responsibilities

PAL France’s primary contributions to COCOPIL include:

  • Providing the TIAGo robot platform for testing collaborative robotic interactions.
  • Developing and maintaining the robotic hardware and software for the project, ensuring that cobots can perform tasks with human workers in a natural and efficient manner.
  • Supporting the integration of learning-based robotic programming where cobots understand, adapt, and execute complex tasks based on verbal instructions from humans.
  • Enhancing robot interaction capabilities, focusing on perception, grasping, and manipulation, ensuring robots can autonomously perform assembly, logistics, and maintenance tasks.
  • Validating robotic interaction in real-world conditions, refining the cobots’ ability to operate in industrial environments such as manufacturing and maintenance in the aerospace sector.
  • Collaborating with Airbus, ANITI, and LINAGORA to enhance multimodal interaction, combining robotic perception, language comprehension, and motor control into a single seamless system.

 

Partners

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LAAS-CNRS logo
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