AAC Technologies publicly announces humanoid robot perception solutions, and the robotics business will accelerate deployment.

The 2nd YanZhi Robotics Conference was held in Shanghai. During the event, the spokesperson from AAC Technologies delivered a speech titled “Hear the Future, Perceive the World,” focusing on industry pain points such as environmental noise interference, challenges in microphone pickup caused by differences in robot head shapes, and limited voice interaction in confined spaces. They showcased hardware-software collaborative acoustic sensing solutions, including adaptive ECNR algorithms, intelligent pickup algorithms, and flexible pickup schemes. Sun Shuyuan, Director of R&D for Robot Hearing and Speech at AAC Technologies, stated in his speech that for robots to truly become practical, simply “moving” is not enough; “being able to hear, understand, and interact smoothly” is becoming an increasingly critical component.

Currently, the humanoid robot industry is accelerating from technological validation toward engineering implementation, and the focus of market competition is also shifting. In the past, the industry paid more attention to whether robots could be made; now, as products move into deployment and mass production preparation, customers and capital markets are more concerned with whether they can be produced reliably, delivered consistently, and used effectively in real-world scenarios. This indicates that competition along the robot industry chain is transitioning from single-point technical capabilities to a comprehensive contest of system capabilities, engineering skills, and delivery capacity.

In this process, the importance of perception and interaction is being redefined. After robots enter real-world environments such as factories, commercial spaces, and homes, they face not ideal conditions but complex noise, multi-speaker interactions, and spatial structure limitations. If robots can only perform simple command recognition in quiet environments, it will be difficult for them to undertake higher-level tasks such as service, collaboration, and companionship. For this reason, “being able to hear clearly, accurately, understand, and interact naturally” is gradually becoming a key benchmark for evaluating the usability and user experience of robot products.

Based on this judgment, AAC Technologies has chosen to focus on acoustic perception in the robot sector. In fact, AAC Technologies is not a newcomer to this field; it has accumulated over 30 years of expertise in acoustics, sensing, structure, manufacturing, and quality management in mature areas such as mobile phones and automotive applications, and is extending these capabilities into the new scenario of robotics. Building on long-term R&D investment and industrialization practices, AAC Technologies is further leveraging its existing advantages into the robotics field, gradually forming a multi-point layout that includes perception acoustic solutions, motion joints, dexterous hand structures, six-axis force sensors, and acoustic interaction modules. Compared to supplying individual components, AAC Technologies is committed to a value leap from key modules to integrated perception base solutions, providing not only performance and quality support but also more engineering-friendly and mass-production feasible cooperation schemes within critical robot links.

From an industry perspective, the signals released by this layout are also quite clear. As the robot industry continues to move toward mass production and deployment, the requirements for supply chain companies are no longer limited to technical demonstration capabilities but increasingly focus on whether they have mature manufacturing systems, stable quality control, engineering validation, and large-scale delivery capacity. For customers, this determines whether cooperation pathways are clear and project progress is efficient; for capital markets, it relates to whether companies can leverage existing technology and industry foundations to unlock new growth opportunities. AAC Technologies’ focused appearance at the YanZhi Robotics Conference essentially serves as an important window to communicate its phased progress in the robotics business: on one hand, expanding technological boundaries and entering the robot sector; on the other, building system capabilities to lay a foundation for new business growth.

It is worth noting that AAC Technologies’ robotics layout did not start just now. After years of dedicated research, the company officially announced a series of core robotics technologies—including dexterous hand solutions—at its annual technology summit in October 2025. During MWC in early March this year, the Honor robot equipped with AAC Technologies’ devices made its debut, further confirming that its robotics business now has a solid customer base. These developments indicate that AAC Technologies is moving from single-point capabilities toward multi-field deployment; they also show that its exploration in robotics is transitioning from technological reserves to a new stage of external validation and sustainable expansion.

In the context of the humanoid robot industry gradually moving toward large-scale implementation, what truly holds long-term value is not just a single point technology but a system capability that balances performance, cost, consistency, and delivery efficiency. Persisting in R&D investment, strengthening system capabilities, and creating exceptional user experiences are the underlying logic driving AAC Technologies’ continuous advancement in robotics. As these capabilities are further refined, AAC Technologies is expected to play a more significant role in the robot industry chain and further unlock new business growth opportunities.