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On November 11, the subsidiary Guoen Future successfully held its 2025 AI New Product Launch Event in Shenzhen, themed "Sheng Creates All Things, Machines Shape the Future." The event showcased several groundbreaking advancements in areas such as robotic structural design, motion control, environmental perception, and human-machine interaction, marking a significant step forward as the company extends its "New Materials+" strategy into the innovative field of embodied intelligence.

Robotic products make their debut, showcasing the strength of technological integration.

At this press conference, Guoren Future unveiled for the first time three major product directions in the robotics field.

Humanoid robot: The brain's perception system is powered by NVIDIA's cutting-edge Jetson Thor supercomputing chip, delivering up to 2070 TOPS of immense computational power. This enables seamless, multi-modal interactions while ensuring efficient coordination with actuators. Equipped with a high-performance IMU and depth camera, the system also features advanced sensors like precision LiDAR, effortlessly enabling all-around sensing capabilities. Thanks to its highly flexible bionic joint design—paired with lightweight, high-torque servo joints—the entire device weighs under 45 kg. Combined with superior motion-control algorithms, this setup achieves stable walking patterns and dynamic balance, allowing for real-time adaptive movements even in challenging, complex terrains.

Four-legged robot: The aircraft body features a lightweight structural power component with a newly designed, PEEK (polyether ether ketone) + carbon-fiber composite frame. This innovative design achieves weight reduction of more than 30%, while boosting endurance by approximately 40% under load conditions. Additionally, the use of high-performance materials—known for their exceptional fatigue resistance and chemical corrosion durability—ensures stable operation across an extreme temperature range from -30°C to 120°C. Meanwhile, the system is equipped with a cluster networking model that supports centralized, distributed, and hybrid networking architectures, enabling AI-driven orchestration algorithms for seamless multi-robot collaboration. Integrated with a multi-modal perception system, including LiDAR and visual sensors, the system can transmit real-time situational updates from the field, empowering coordinated decision-making and synchronized execution even in complex and dynamic environments.

Family AI Robot: Deeply integrated with large AI models, it features a high-definition visual module and a precise emotion-awareness system, enabling remote caregiving and real-time conversations. Equipped with a powerful 3 TOPS main control chip, it not only delivers lightning-fast responses to complex commands but also generates emotionally rich, personalized replies based on context—making every interaction smooth, natural, and warmly engaging.

The materials have a solid foundation, laying the groundwork for competitive advantages in industrial development.

The press conference highlighted the critical role of new materials in advancing the robotics industry. Leveraging the company's strengths in a vertically integrated industrial platform for advanced materials, combined with its deep expertise in specialty engineering plastics—particularly its comprehensive, end-to-end capabilities spanning from upstream polymerization to downstream product manufacturing of PEEK (polyether ether ketone)—the company is providing crucial support for Guoren Robotics to achieve integrated structural and functional designs. This expertise enables Guoren to excel in key areas such as lightweighting, high load capacity, and extended service life, thereby establishing a distinct competitive edge that will drive the company’s sustained growth in the robotics sector.

The R&D system is well-established, continuously supporting technology iteration.

In terms of building technological capabilities, Guoren Future has established a comprehensive technology roadmap covering areas such as institutional design, servo drives, environmental perception, and decision-making planning. The company has achieved millisecond-level joint trajectory planning and employs a fusion solution integrating stereo vision with LiDAR, enabling centimeter-level positioning and obstacle detection in both indoor and outdoor environments. This has resulted in a complete R&D system spanning "basic research—technology translation—application implementation," providing a solid foundation for continuous product iteration and groundbreaking technological advancements.

This new product launch highlights the company's technological exploration in the fields of human-machine interaction and artificial intelligence. Currently, the product has completed development of its engineering validation prototype. With the addition of a doctoral team boasting deep expertise in robotics research and development, the company's core technological capabilities will be further strengthened. Moving forward, the company will continue to deepen its approach of "integrating software and hardware, blending materials with intelligence," delivering innovative technology solutions that consistently empower industrial upgrades.

The strategic layout is clear, and industrial development is steadily advancing.

GuoEn has outlined a development roadmap for the future, structured around "technology validation—scenario refinement—ecosystem building": 2025 will serve as the pre-research phase, with a primary focus on foundational performance testing of three major robotic platforms and iterative improvements to their core components. The first half of 2026 will concentrate on real-world validation across multiple domains and scenarios, while the second half of 2026 through 2027 is dedicated to establishing a developer ecosystem and scaling up the external supply of joint modules and perception systems.

The era of intelligent innovation has arrived—tomorrow is already here. The company will fully leverage its strengths in integrating new materials supply-chain resources and its proven, scalable production system for lightweight, specialized material components. Upholding the core philosophy of "leading-edge new materials + advanced manufacturing to build an AI-powered, intelligent platform," we will continue to inject high-value, China-originated innovation into the global embodied intelligence industry.