The 2026 World Artificial Intelligence Conference (WAIC) highlighted Physical AI as one of the industry’s central themes. Unlike digital AI systems that focus primarily on text and image processing, Physical AI is about intelligent agents that can perceive the physical world, understand gravity, friction, deformation and motion dynamics, and act reliably in real environments.

In this context, inertial sensing plays a foundational role. It provides the attitude, motion and stability data that enable intelligent machines to move, balance, manipulate objects and interact safely with their surroundings. For BWSENSING, WAIC was an opportunity to discuss how high-precision inertial technology supports the next generation of Physical AI applications.

BWSENSING presented its end-to-end inertial sensing approach for Physical AI equipment at Booth H3-A407, Shanghai World Expo Exhibition & Convention Center. The booth focused on practical integration scenarios, including humanoid robots, dexterous manipulation and intelligent equipment monitoring.

Our team discussed how inertial modules can be integrated into robot torsos, joints and fingertips to capture high-precision motion data, support stable posture control and help equipment maintain reliable performance in complex real-world conditions.

Seven Core Strengths

Independent core algorithm development

Self-developed attitude solving and sensor fusion algorithms, with continuous iteration to adapt to dynamic motion characteristics of Physical AI.

High-precision attitude perception capability

Accurate measurement of angular velocity, acceleration and attitude to support stable motion control and environmental interaction.

Dynamic error compensation technology

Integrated algorithm processing helps reduce the impact of installation deviation, vibration and temperature variation on measurement stability.

Strong adaptability for complex environments

Engineered for demanding operating conditions to deliver consistent attitude data critical for equipment safety and performance.

Flexible and modular integration architecture

Modular hardware and software interfaces make it easier to incorporate inertial sensing into different intelligent equipment platforms.

Deep industrial scenario verification

Our inertial sensing technology has been validated across multiple industries, accumulating rich experience for Physical AI deployment.

Customized full-cycle technical support

We deliver tailored sensing schemes and continuous technical support to accelerate customers’ R&D and commercial iteration.

Typical Application Cases