OYMotion Unveils Open Brain-Computer Interface Platform at WAIC 2026, Delivering Standardized Data Tools for the Industry
Brain-computer interface (BCI) technology has been officially included in the 2026 Government Work Report and designated as one of the six key future industries to be fostered during the 15th Five-Year Plan period. The release of policy dividends has directly ignited the capital market. Relevant statistics show that as of June 30 this year, the BCI sector recorded 64 investment and financing deals totaling approximately 7.253 billion yuan, far exceeding the full-year figure of 2025.
Against the backdrop of rising industry momentum, OYMotion showcased its cutting-edge layout in brain-computer and muscle-computer interfaces at the 2026 World Artificial Intelligence Conference (WAIC). A wide range of myoelectric acquisition devices and non-invasive BCI products were displayed at the booth, demonstrating the company’s full-stack capability to decode neural electrical signals into actionable data.
OYMotion gForce Ultra Myo Wristband: Addressing the "Data Hunger" of Embodied Intelligence
The gForce Ultra myoelectric wristband from OYMotion drew crowds of visitors for on-site trials. Equipped with 8-channel dry myoelectric electrodes and an IMU inertial measurement unit, the device supports a sampling rate of 1000 Hz and 24-bit resolution. It accurately captures forearm muscle electrical signals and arm posture to deliver millisecond-level gesture recognition. Featuring dry electrode technology, it eliminates reliance on conductive paste required by traditional patch electrodes, enabling friction-free data capture with unrestricted natural movement.
As the embodied intelligence industry booms and grapples with widespread "data hunger", this product line carries greater strategic significance by offering the industry an efficient data acquisition solution. Vision-based solutions can only record what a robot does, while the myoelectric wristband precisely captures muscle contraction patterns including force exertion and real-time fine-tuning — the core data dimension needed to train robots for delicate handling tasks.
Aligned with the industry paradigm shift from costly and time-consuming physical robot teleoperation to lightweight "myoelectric sensing + data acquisition", the gForce Ultra provides open SDKs and APIs for seamless developer integration. It can be rapidly deployed as a standardized data acquisition workstation, supporting local governments in building cost-effective large-scale data collection factories.
As competition in embodied intelligence shifts from hardware rivalry to the pursuit of sufficient training data, the myoelectric wristband delivers a simple, high-quality approach to acquiring physical interaction data. It will further accelerate improvements in generalized collaboration capabilities of robotic arms and dexterous hands.
OYMotion also demonstrated an extensive product portfolio in non-invasive BCI, including the OB series intelligent electroencephalography (EEG) systems and the CeRelax EEG headband.
The OB series features wearable intelligent EEG devices covering high, medium and low channel configurations. Adopting high signal-to-noise ratio acquisition technology, the products accurately track fluctuations in brain signals. The lightweight headset design balances wearing comfort. Thanks to modular construction, the lineup accommodates scenarios ranging from lightweight monitoring to professional research, significantly lowering operational barriers.
While the OB series solves challenges in signal collection, its supporting NeuroSync software platform addresses the pain point of data utilization. It allows researchers to shift focus from tedious data cleaning to core research work.
The integrated system covers the entire workflow from signal acquisition and event marking to multi-dimensional playback and analysis, and supports seamless connectivity with mainstream analytical tools. For researchers, it minimizes the pipeline from raw signals to usable data. Through deep hardware-software integration, OYMotion substantially reduces barriers to brain science research.
The CeRelax EEG headband was also presented on site. Positioned as a lightweight intelligent brain-computer interaction device, it supports visualized output of EEG and ECG signals with a comfortable, unobtrusive fit.
OYMotion’s efforts in the BCI sector extend far beyond the product showcase at WAIC. Apart from its exhibited product matrix, the company recently announced a partnership with MicroPort NeuroTech to co-develop interventional BCI rehabilitation systems. All these initiatives follow a consistent, clear strategic vision: building an open brain-computer interface platform.
From a technical perspective, OYMotion operates a multi-track architecture covering non-invasive and interventional technologies, as well as EEG and myoelectric sensing. Multi-modal fusion enables complementary advantages and greatly enhances system robustness and reliability.
From an industrial perspective, OYMotion leverages open-source empowerment to galvanize the upstream and downstream ecosystem. Whether through open SDKs and APIs for the gForce Ultra or the all-in-one hardware and software ecosystem built around the OB series, OYMotion translates sophisticated underlying technology into low-threshold development tools.
Beyond its cutting-edge product lineup, OYMotion presents not only a complete industrial solution framework, but also a defined roadmap toward becoming a globally leading brain-computer interface platform operator. Amid the crowded BCI race, OYMotion is firmly positioning itself as an enabler — the "water seller" in this gold rush. With open-source underlying systems paving the way for developers, the company provides a robust foundational infrastructure for the large-scale commercialization of embodied intelligence and brain science.
#OYMotion #BCI #Commercialization #MyoelectricWristband #DataCollectionFactory
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