Overview

Advancing AGIBOT robotics with Arm technology

AGIBOT integrates advanced computing platforms built on Arm technology to deliver high-performance, energy-efficient intelligence across its robotics platforms. By leveraging Arm-based compute, AGIBOT robots can process sensor data, run AI models, and coordinate complex motion in real time, while maintaining the power efficiency required for mobile and humanoid robotics. The Arm processor architecture is widely used in AI, edge computing, and autonomous systems, making it an ideal foundation for next-generation robotics.

Impact
Arm battery icon

Result

  • Real-time robot intelligence powered by efficient Arm-based compute
  • High-performance AI at the edge for AGIBOT platforms, including AGIBOT A2, AGIBOT X2, and AGIBOT D1
  • Energy-efficient processing that enables smarter, longer-running robots.
robotic

Market / Use case

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Powered by Arm

Result

Robotics platforms in action

AGIBOT A2

The AGIBOT A2 humanoid robot uses Arm-based computing to support responsive perception and control. The Arm architecture enables efficient handling of visual data, motion planning, and onboard AI workloads, helping the A2 operate smoothly in dynamic environments. With Arm’s scalable processing capabilities, the A2 balances high compute performance with the low power consumption essential for untethered operation.

AGIBOT X2

The AGIBOT X2 platform is designed for advanced research and development in embodied AI. Arm-powered compute allows the X2 to run sophisticated neural networks and sensor fusion pipelines directly on the robot. This capability supports real-time decision-making, enabling the robot to adapt to complex tasks and environments while maintaining efficient energy use.

AGIBOT D1

The AGIBOT D1 delivery and service robot benefits from Arm-based processing for navigation, perception, and fleet connectivity. The platform uses efficient onboard compute to manage mapping, obstacle avoidance, and operational coordination. Arm technology helps ensure the D1 can run continuously in service environments while maintaining reliable performance and battery efficiency.

Outcome

Enabling intelligent robotics

Across the A2, X2, and D1 platforms, Arm technology provides the scalable compute foundation that allows AGIBOT to integrate AI, perception, and control into compact robotic systems. The result is a family of robots capable of operating intelligently at the edge bringing advanced automation into real-world environments.

Key takeaways

  • Built upon Arm’s compute platform, the system delivers high performance per watt for intricate AI workloads in robots.

  • Low-latency compute enables perception, decision, and adaptation in complex and dynamic environments.

  • Enables on-device AI inference, within power efficiency limits, and seamless cloud-to-edge AI training and deployment.

  • Provides scalable compute from sensors to high-performance processing across robotics systems.

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