ZKTeco's ZKBrainScape Brain Center Opens, Jointly Releases Four New Non-Invasive Brain-Computer Interface Products

On October 29, the ZKTeco Global Partner Conference 2026, themed "BE THE CHANGE MAKER," opened in Dongguan and will run through October 31. This year's conference focuses on the development trends of native AI, centering on the integrated innovation of spatial intelligence, brain-computer interfaces, and artificial intelligence, as well as collaboration across the global industrial ecosystem, and presents ZKTeco's latest progress in technological innovation, product development, and scenario applications.

During the conference, the ZKBrainScape Center officially opened, the MarsLume AI full-domain solution was globally launched, and ZKTeco, together with ecosystem partners, jointly released four new brain-computer interface products, exploring more paths for innovative technologies to reach real-world scenarios through industrial cooperation and technical exchange.

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For ZKTeco, spatial intelligence and brain-computer interfaces represent two important directions the company continues to explore: on the one hand, exploring the deep integration of AI with real-world scenarios around perception, interaction, and business collaboration in physical space; on the other hand, continuously advancing exploration of non-invasive brain-computer interface-related technologies, products, and applications to expand the boundaries of interaction between humans and machines.

The ZKBrainScape Center Opens, Presenting Full-Stack Infrastructure for Non-Invasive Brain-Computer Interfaces

During the conference, the ZKBrainScape Center officially opened. With an area of more than 3,500 square meters, the center systematically presents the non-invasive brain-computer interface technology system, product capabilities, application scenarios, and ecosystem collaboration, creating a brain-computer interface platform that integrates technology display, product experience, and industry exchange.

Brain-computer interfaces are driving human-computer interaction to extend from traditional operation commands to neural signal perception and analysis. With the development of sensing technology, artificial intelligence, and computing power, the collection, analysis, and application of neural signals such as EEG and MEG are ushering in new space for exploration. How to transform laboratory technological capabilities into reliable products and verify value in specific scenarios is a question that this field must continue to answer on its path to industrialization.

ZKTeco adheres to technology for good and positions itself as a "world-leading provider of non-invasive brain-computer interface infrastructure." Around this direction, the company, relying on its brain-computer business platform Entropy Cloud Brain-Computer, with EEG technology at its core, builds a full-stack technology system covering underlying technologies, core products, and scenario applications, and actively explores more possibilities for the application and development of MEG technology in brain-computer interfaces, while continuing to explore integration with artificial intelligence.

From underlying technologies to product applications, the BrainScape Center presents the layout across this full-stack chain:

Neural Computing Chip: The NSPU neural computing chip was showcased on site. Designed for brain-computer interface scenarios, this chip integrates a high-performance computing architecture, features low-power AI inference capabilities, and is positioned as a dedicated computing power foundation for the brain-computer interface field. The chip display area exhibits multiple models including TGAT1, TGAT2, TGAT8, XMNSPU, and NSPU, along with software and platform capabilities such as Sovereign Cloud, ZKBioBCI, on-device brain-computer foundation models, the NSPU SDK, and local brain-computer large models.

Algorithms and Multimodal Fusion: Content such as multimodal perception technology and open SDKs reflects exploration of integrating brain-computer interfaces with information such as vision, voice, and behavior, and expanding applications for developers.

Data Security and Governance: In light of the particular nature of neural data, technical directions such as federated learning and zero-knowledge proofs were showcased, exploring how to balance security, privacy, and data control rights in the process of data use, processing, and sharing. ZKTeco believes that for brain-computer interfaces, trusted data governance should not be merely a supplement after application deployment, but must become an important part of technology R&D and system design.

Terminal Products and Interactive Experience: Products such as the XNeuro APP and brain-computer headsets were showcased on site, and through experience projects such as brainwave interaction, visitors could intuitively understand the basic process of EEG signal collection, state analysis, and human-computer interaction.

In the MEG direction, the helium-free MEG system displayed on site presented the application of quantum sensing technology in the field of MEG measurement. EEG and MEG each have their own characteristics in signal acquisition methods, device forms, and applicable directions—EEG, by collecting electrical signals on the scalp surface, has exploratory value in directions such as wearable devices, human-computer interaction, and state monitoring; MEG, by detecting the weak magnetic fields generated by neural activity, provides another observational means for brain function research. The coordinated advancement of these two technical routes provides more possibilities for subsequent scientific research cooperation, product development, and application validation.

For application exploration oriented toward real needs, the BrainScape Center has set up themed display areas such as "Awakening, Decoding, Reconstruction, Co-creation, and Dimensional Upgrade," presenting different levels of brain-computer interfaces from basic cognition to application exploration through technical explanations, product demonstrations, and interactive experiences.

In the health management direction, displays center on brain function and state assessment, neural signal analysis, and brain health management, presenting an exploration path that combines brain-computer interfaces with AI-assisted analysis. ZKTeco emphasized that related applications need to be validated according to specific uses, technological maturity, and applicable regulations, and that technology demonstrations must not be equated with clinical diagnostic or therapeutic capabilities.

In the smart education direction, the combination of EEG, AI, and interactive devices offers new ways to explore attention training, cognitive training, and brain science outreach; through practical projects that combine brain-computer interfaces with robots, students can learn about the connections among neural signals, artificial intelligence, and robot control through hands-on activities.

In the industrial safety direction, EEG signals and multimodal sensing technologies provide new research approaches for auxiliary analysis of personnel status. The application of related technologies in high-risk positions requires full consideration of the actual work environment, recognition accuracy, the risk of false positives and missed detections, and the protection of personnel privacy, with continuous verification of their applicable conditions and practical value.

The rehabilitation assistive devices exhibition area focuses on four categories of products: BCI smart walking assistance (brain-controlled lower-limb exoskeleton-assisted walking), BCI smart mobility (smart walkers assisting indoor activities), BCI smart dining assistance (brain-controlled robotic arms assisting eating), and BCI transfer assistance (brain-controlled transfer devices assisting transfers between wheelchairs and hospital beds), demonstrating practical applications for people with limited mobility and rehabilitation care needs.

In addition, the BrainScape Center also showcased combinations of brain-computer interfaces with smart wearables, sports training, robots, and mobility assistance devices. Through experience projects such as brain-controlled interaction and brain-controlled exoskeletons, visitors can learn how neural signals participate in device control.

MarsLume Global Launch: Exploring Deep Integration of AI and Physical Spaces

Physical spaces are an important vehicle for AI to enter the real world. The people, devices, environments, and business activities within a space are interconnected, placing higher demands on the perception, understanding, interaction, and collaboration capabilities of intelligent systems. MarsLume focuses on spatial perception, intelligent interaction, and business collaboration, exploring how to integrate AI capabilities into physical spaces and actual business processes, driving spaces to evolve from environments that passively host business activities into spaces that can support intelligent interaction and business collaboration.

This direction also reflects ZKTeco's continued exploration of spatial intelligence: building on its existing accumulation in biometrics and computer vision, it further connects perception devices, intelligent systems, and business applications, promoting the integration of AI capabilities with real needs in spaces. As AI technology and industry scenarios continue to converge, the development of spatial intelligence requires not only algorithm and model capabilities but also the collaboration of terminal devices, system architecture, scenario understanding, and delivery services.

Four New BCI Products Jointly Launched, Expanding New Possibilities for Human-Computer Interaction

Brain-computer interfaces are one of the important innovation topics at this conference. ZKTeco, together with ecosystem partners including WAGAWAGA, NeuroSky, and Xinling Zhihe, jointly launched four new brain-computer interface products, covering different directions such as wearable EEG interaction, education and research experiments, and brain-controlled motion assistance.

XF10 Wearable EEG Interaction Terminal / XM20 Wearable EEG Interaction Headband (jointly launched with trend tech brand WAGAWAGA): Both products center on EEG perception and human-computer interaction. XF10 focuses on portable EEG interaction experiences, exploring its application possibilities in scenarios such as learning, work, meditation, sports, and the home; XM20 further combines neurofeedback with sound intervention, exploring an interaction approach that combines brain state perception, feedback, and intervention.

BCI Complete Experiment Kit (jointly launched with NeuroSky): Aimed at education, science outreach, and experimental exploration scenarios, it integrates a single-channel dry-electrode EEG headband, robotic arm kit, brain-controlled drone, central control unit, an Android tablet equipped with the NSBuilder APP, and supporting experimental components, supporting users in learning and practicing around EEG signal acquisition, interactive control, and experimental applications.

BDE Brain-Driven Exoskeleton (jointly launched with Xinling Zhihe): Combining non-invasive EEG acquisition, AI motion intention decoding, and bionic exoskeleton actuators, it explores a human-machine collaboration path from brain signal perception to assisted motion execution, aimed at rehabilitation research, human capability assistance, and frontier scientific research directions.

The four new products enter from wearable interaction, educational experiments, and motion assistance respectively, reflecting the diversified development paths of brain-computer interface technology from signal acquisition and algorithm processing to interaction terminals and application systems.

Working with Global Partners to Promote Innovation and Industry Collaboration

For technological innovation to move toward industrial application, it requires not only long-term R&D investment but also the joint participation of upstream and downstream industry chain players, research institutions, application customers, and global partners. This conference conducted exchanges around directions such as industrial technology development, academic and industrial cooperation, and international partner collaboration.

Brain-computer interfaces span neuroscience, medicine, chips, algorithms, artificial intelligence, and engineering applications, and safety, privacy, ethical governance, and long-term validation must not be overlooked. The ecosystem display at the BrainScape Center shows that ZKTeco has already cooperated with research institutions, industry partners, and industry organizations such as Kunmai Medical, Zhongke Ruiyi, Ankai Microelectronics, the Brain-Computer Interface Industry Alliance (BCIA), the Shenzhen Society for Neuroscience (SSFN), and Frost & Sullivan, continuing to invest in industry exchanges, standards research, industry-academia-research collaboration, and the developer ecosystem.

As a global trusted identity and spatial intelligence technology company, ZKTeco will continue to build on its technological accumulation in biometrics and computer vision to advance its spatial intelligence business and actively explore innovative integration of brain-computer interfaces and artificial intelligence. The company stated that in the future, with the advantages of "BCI×AI-driven, local innovation, global experience, and China speed," it will continue to focus on the application potential of brain-computer interfaces in directions such as health management, industrial safety, smart education, and emerging consumer applications, working with global partners to jointly promote intelligent technology to create value in more real-world scenarios.

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