AlphaBot by AI² Robotics vs Green by Sberbank

Both AlphaBot 2 and Green share identical physical dimensions of 170cm height and 55cm by 38cm footprint, with weight ranging from 50 to 80 kg. Their build accommodates humanoid form factors optimized for industrial and research environments, focusing on balance-assisted walking and payload versatility. Material quality and structural design are implied to be comparable, supporting robust operational stability.

Each robot offers walking speeds between 1.5 and 3 m/s with advanced navigation systems combining Visual SLAM and LiDAR mapping. Balance-assisted walking enhances stability over uneven terrain. Both support autonomous navigation and teleoperation, enabling flexible deployment in dynamic and structured settings such as logistics centers or inspection sites.

AlphaBot 2 and Green utilize an identical set of sensors including RGB and depth cameras, LiDAR, IMU, force/torque sensors, gyroscopes, accelerometers, and joint encoders. This sensor suite provides comprehensive environmental awareness and proprioception, supporting 360-degree perception and compliant manipulation. Sensor redundancy enhances reliability and safety.

Both robots support autonomous and learned behaviors alongside teleoperation. AlphaBot 2 is known to integrate the AI2R Brain platform enabling embodied intelligence with advanced spatial reasoning and task learning. Green’s AI capabilities are similar, supporting multi-modal control and learned behavior execution, although specific AI platform details are less disclosed.

The battery life for both robots spans 3 to 5 years under typical usage conditions, reflecting advanced energy management and longevity. This supports extended deployment cycles with minimal downtime for recharging or battery replacement, essential for continuous industrial or logistical operations.

Both AlphaBot 2 and Green are tailored for manufacturing, research, logistics, infrastructure inspection, and remote operations. Their comparable specifications make them suitable for similar task profiles requiring humanoid form factor, mobility, and multi-sensor perception, with software support for diverse autonomous and teleoperated workflows.

Each robot operates on a Linux-based OS and supports ROS 2, providing access to a rich ecosystem of robotics middleware and development tools. Both offer Python SDKs to facilitate customization and integration, enabling developers to extend functionality and tailor robot behavior to specific applications.

AlphaBot 2 and Green implement comprehensive safety measures including force limiting, collision detection, emergency stops, and redundant sensors. These features ensure safe human-robot interaction and operational reliability in complex environments, adhering to industrial safety standards.