Join our free workshop on humanoid robotics and discover how advanced robots are revolutionizing the industry. We will explore use cases, innovations, and strategies to integrate this technology and gain a competitive edge.
After sharing the potential of Generative AI with over 2,500 companies, we are back with a new exclusive event focusing on an emerging technology with high potential: Humanoid Robotics.
We limit the number of attendees to ensure an interactive experience with real-time answers to questions, doubts, and curiosities.
Discover how humanoid robots can revolutionize industries by enhancing operational efficiency, safety, and competitiveness in your sector.
Humanoid robotics is set to transform industries by combining the agility of advanced models like Unitree H1 and Optimus with the intelligence of Large Language and Multimodal Models. This synergy enables robots to adapt to complex tasks, improving operational efficiency and safety.
•Extreme Environments: In demanding industries like mining and chemicals, humanoid robots operate in hazardous conditions, minimizing risks for human workers.
•Complex Automation: These robots handle intricate tasks such as assembly and material handling, boosting productivity and ensuring precision.
•Innovative Training: Using imitation learning and virtual simulations, robots acquire new skills and adapt quickly to diverse operational contexts.
For businesses, adopting humanoid robots addresses workforce shortages, manages retirement cycles, and safeguards operational continuity while maximizing ROI.
Humanoid robots are emerging as key tools in modern industries. Advanced models include:
•Unitree H1: Capable of running at 3.3 meters per second (12 km/h), lifting loads, and navigating stairs with agility and strength.
•Figure 01: The first general-purpose humanoid robot with integrated AI, designed for versatile industrial tasks.
•Optimus: Developed by Tesla to revolutionize automated production with advanced movement and interaction capabilities.
These robots integrate seamlessly into production lines, improving efficiency and safety while adapting to dynamic industrial environments.
The integration of Generative AI with humanoid robotics marks a breakthrough in industrial automation. Key advancements include:
•Natural Language Processing: Facilitating effective communication with human operators.
•Multimodal Input Processing: Interpreting text, images, and audio for advanced environmental awareness.
•Complex Task Adaptation: Learning and optimizing performance in real time.
This synergy enhances human-machine interactions, making robots more intuitive and versatile in complex environments. Projects like NVIDIA’s GR00T showcase how multimodal AI can train humanoid robots for diverse tasks.
Explore the key techniques used to train humanoid robots:
•Teleoperation: Remote control by human operators to teach specific tasks and gather data for machine learning.
•Imitation Learning: Robots observe and replicate human actions to acquire new skills.
•Virtual Simulations: Digital environments for safe and efficient training before real-world deployment.
Humanoid robots are transforming industries by working in hazardous or hard-to-reach environments, reducing risks for human personnel.
Examples include:
•Mining: Conducting inspections and maintenance in underground tunnels.
•Chemical Industry: Handling toxic materials in dangerous environments.
•Manufacturing and Logistics: Performing repetitive and physically demanding tasks.
Robots like Atlas (Boston Dynamics) navigate complex terrains, executing tasks that would be unsafe for humans.
Adopting humanoid robots provides a strategic solution to labor shortages and retirement cycles.
Applications include:
•Manufacturing: Automating production and assembly lines to enhance efficiency.
•Logistics: Managing material handling and optimizing supply chains.
•Service Industries: Assisting in healthcare and hospitality to improve service quality.
Pilot projects with humanoid robots help companies identify key activities to automate, ensuring positive ROI and maintaining a leadership position in their industry. Strategic adoption of humanoid robotics addresses critical labor gaps and drives innovation.
Humanoid robots are transforming industries by automating critical tasks, improving efficiency, and enhancing safety. Key applications include:
•Material Handling: Advanced recognition and tracking systems enable robots like RoBee to manipulate objects and materials with precision, seamlessly integrating into automated warehouses and assisting operators in product picking.
•Assembly: Robots such as Tesla’s Optimus combine artificial intelligence and advanced operational capabilities to revolutionize production processes, performing assembly tasks with high efficiency.
•Maintenance: Humanoid robots can conduct inspections and interventions in hazardous or hard-to-reach environments, minimizing risks for human personnel.
Adopting these technologies allows companies to optimize operations, reduce costs, and improve workplace safety. For example, humanoid robots used in material handling can boost logistical efficiency, while in assembly, they ensure superior precision and speed compared to human workers. Automated maintenance in hostile environments reduces worker exposure to risks, enhancing overall safety.
Participate at no cost and discover how humanoid robotics can transform your business—a unique opportunity to gain practical, cutting-edge insights.
60 minutes of exclusive content focused on the latest technological advancements in humanoid robotics, including advanced models and training techniques.
See humanoid robots in action, from applications in challenging industrial environments to automating tasks like assembly and material handling.
A personalized experience where you can ask questions and receive tailored answers to meet your business needs.