For a long time, artificial intelligence was associated with text, images, data tables, and conversational interfaces. But a new stage is emerging: that of AI agents capable of interacting with physical systems. Agents that no longer simply respond, but can perceive, analyze, decide, and trigger an action.

At Cosmo, we are exploring this transition through our Robotics Lab. The Robotics Lab is an applied research space. There, we test different robotic platforms, sensors, embedded systems, and AI agent architectures.

Our goal is to understand what is actually possible today, what remains experimental, and what may soon become useful for businesses, education, or interactive experiences.

We are studying robotic systems integrating ROS/ROS 2, 3D sensors, LiDAR, SLAM, autonomous navigation, robotic arms, voice interaction, object recognition, and multimodal AI models. These technologies allow us to explore how artificial intelligence can move from dialogue to action: understanding an instruction, analyzing its environment, planning a movement, identifying an object, and physically interacting with the real world. This approach informs our thinking on the future uses of robotics in business, training, events, and interactive experiences.

The Robotics Lab is not yet an industrial robotics integration offering. We do not claim to replace specialists in heavy automation, industrial robotics, or machine certification. Our approach is different: we explore emerging uses of AI applied to interactive and demonstrative robots.

Our current priority is education, monitoring, prototyping and experimentation.

These experiments will allow Cosmo to create bridges between AI, robotics and real-world uses: making these technologies more concrete for businesses, transmitting them in educational formats, imagining agents capable of acting in simple environments, designing interactive experiences for the public and supporting organizations in understanding future developments.