DAISCH × Lumos Robotics: Solving Motion Perception with High-Precision Embodied AI IMU

As robots learn to "perceive the physical world," the next revolution in the industrial era is arriving. Embodied AI IMU technology is becoming the critical track for AI implementation, and how robots achieve human-level balance and precise perception in dynamic, complex environments has become the core proposition for industrial breakthroughs.

Recently, DAISCH and the embodied data leader Lumos Robotics officially signed a strategic cooperation agreement. https://daischsensor.com/

The logos for LUMOS (鹿明) and DAISCH (戴世) are shown side-by-side with an 'X' symbol in between, set against a blue digital abstract background.
A strategic partnership between LUMOS Robotics and DAISCH.
The two parties announced deep collaboration based on DAISCH's leading Inertial Measurement Unit (IMU) technology and Lumos Robotics' full-stack self-developed embodied algorithms and real-world data from industrial scenarios. Through a "powerful alliance" spanning from underlying perception to system fusion, both will jointly explore the perception boundaries of the Embodied AI IMU in the complex physical world.

Deep Synergy: Building the Robot's "High-Precision Motion Perception Hub"
In the evolution of Embodied AI, enabling robots to maintain extreme balance and precise positioning in unstructured, highly dynamic environments-much like humans-is a challenge faced by the entire industry. This is where a high-performance Embodied AI IMU becomes indispensable.

According to the agreement, DAISCH will become the preferred strategic partner for Lumos Robotics' IMU modules. This is more than hardware cooperation; it is a deep handshake at the level of underlying technology.

DAISCH: As a leader in high-precision inertial navigation, DAISCH will provide core Embodied AI IMU and underlying technical support with automotive-grade reliability and safety. This ensures that Lumos robots maintain precise attitude perception even under strenuous motion and complex vibrations.
Lumos Robotics: As an industrial embodied AI company with formidable data capabilities, Lumos will deeply integrate DAISCH's high-performance sensors into its self-developed "cerebellum" (motion control system) and "brain" (scenario understanding models). Utilizing Lumos' full-stack self-developed joint modules and motion control algorithms, multi-sensor front-fusion will significantly enhance the semantic understanding of the physical environment and the stability of human-machine interaction.
A wide-angle display of various LUMOS robotics products including humanoid robots LUS and Lu Xiaoming, a quadruped robot dog, FastUMI robotic arms, controllers, and joint modules on a futuristic stage.
The comprehensive LUMOS robotics ecosystem, featuring advanced humanoid platforms, quadruped robots, and modular components for intelligent motion control.
Joint Definition: From "Moving Steadily" to "Deeply Understanding the Field"
After the signing of the strategic cooperation agreement, both parties will jointly invest in core R&D resources to jointly explore specific application solutions for advanced forms such as humanoid robots and quadruped robots.

This cooperation aims to directly address the pain points of current robots in real scenarios such as complex industrial manufacturing, logistics sorting, and flexible inspection - not only requiring extremely high motion stability (relying on high-precision Embodied AI IMU), but also possessing profound scene understanding capabilities (relying on core algorithms). With the IM series high-performance products of DAISCH as the perception foundation, and relying on the global leading FastUMI data acquisition technology of Lumos Robotics - which increases real-machine data collection efficiency by 5x, reduces costs to 1/5, and achieves 1-3mm accuracy-both parties are dedicated to creating highly competitive embodied intelligent terminals and solutions, accelerating the transition of robots from laboratories to real commercial environments.

Two silver DAISCH Embodied AI IMU, the IMU module and IM1R models, sitting on a glowing glass platform in a dark technical environment with blue grid lines and digital diagrams. https://daischsensor.com/product-category/products/
High-precision DAISCH Embodied AI IMU module and IM1R sensors designed for advanced navigation, robotics, and motion sensing applications.
Powerful Alliance: Co-Building a New Embodied AI Ecosystem
This signing marks a further extension of DAISCH's layout across the robotics industry chain and a significant step toward a broader intelligent manufacturing ecosystem.

Lumos Robotics' full-stack technical capabilities and commercialization speed have garnered significant industry attention, having achieved the leading pace of launching four complete robot models within a single year. DAISCH's years of profound accumulation in inertial navigation and its rigorous quality systems will provide the most solid perception "moat" for Lumos. In the future, both parties will join forces in joint market promotion, brand ecosystem linkage, and the discussion of industry standards for the Embodied AI IMU sector to jointly promote the vigorous development of China's intelligent robotics industry.

Partner Introduction
About Lumos Robotics

Lumos Robotics is an innovative leader in the field of embodied intelligence. It possesses full-stack self-R&D capabilities ranging from robot hardware and motion control algorithms to "brain" models. Currently, Lumos Robotics has launched a full product line including LUS (full-size general-purpose humanoid), MOS (50kg payload dual-arm), Lumos Mini (89cm small-scale humanoid), and LUD (industrial-grade quadrupedal robot dog). With real-world data from industrial scenarios and excellent commercialization capabilities, Lumos has rapidly built strong technical barriers and market influence within the industry.

Building 2, Lane 77, Tinxueyuan Road, Jiading District, Shanghai, China

Founded in 2015, DAISCH develops high-performance inertial sensing, navigation, and validation solutions for automotive, robotics, and autonomous systems. The company's portfolio includes calibrated 6-DoF IMU modules, smart motion sensors, GNSS/INS positioning systems, and reference-grade ground truth platforms for ADAS benchmarking and vehicle dynamics testing. DAISCH also provides engineering-ready software and tools including DSX sensor fusion, AutoCalix calibration, evaluation software, and open-source ROS / GitHub drivers.

This release was published on openPR.