New Players in Endpoint Security: A Trio of Dexterous Hands for Real-World Operations

Introduction: The Next Frontier in Endpoint Security

As the Internet of Things (IoT) and industrial automation expand, the concept of endpoint security is evolving beyond traditional computers and servers. Today, endpoints include robotic arms, dexterous hands, and other physical actuators that interact with the real world. Securing these endpoints is not just about data protection but also about ensuring safe, reliable, and precise operations. The recent launch of three new dexterous hand products by Zhongke Huisi (also known as CASBOT) highlights this shift, emphasizing operational capability over raw specifications.

The Rise of Dexterous Hands in Endpoint Security

Dexterous hands are the terminal actuators that allow robots to perform intricate tasks, from assembly to surgery. In the context of endpoint security, these devices represent a new class of endpoints that require robust security measures to prevent unauthorized control, data breaches, and operational failures. The market for such hands is booming, with China alone expecting sales to exceed 430,000 units by 2030, according to a report by GGII. This growth underscores the need for security frameworks tailored to physical robotic endpoints.

Zhongke Huisi's New Offerings: A Focus on Capability

On August 7, 2025, Zhongke Huisi, a new entity in the field, unveiled three dexterous hand models—L1, D1, and M1—along with a pre-release of the F-series tendon-driven bionic hand. Rather than competing on specs alone, the company aims to build a comprehensive operational capability system from hardware to data and skills. This approach mirrors the endpoint security principle of focusing on real-world outcomes rather than just feature lists.

L1: Lightweight and Cost-Effective

The L1 model is designed for high cost-effectiveness, stability, and ease of deployment. It features a reduced degree-of-freedom (DoF) configuration, which simplifies control and lowers costs. In a live demonstration at WAIC, a robot band equipped with L1 hands played real instruments, showcasing the hand's ability to handle high-frequency actions and continuous operation. From an endpoint security perspective, such hands must be protected against tampering and ensure consistent performance in critical applications.

D1: High-DoF for Flexibility

The D1 is a high-DoF universal five-finger hand, emphasizing dexterity, independent joint movement, and tactile sensing. This model is suited for complex manipulation tasks that require fine control and adaptability. Security concerns here include ensuring the integrity of sensor data and preventing malicious commands that could lead to unsafe actions.

M1: Modular for Versatility

The M1 adopts a modular architecture with a standard body and functional fingertips, allowing quick switching between different task capabilities. This modularity is analogous to endpoint security's need for flexible, scalable security solutions that can adapt to various threat scenarios and operational requirements.

Beyond Specs: The Real Measure of Endpoint Security

In the dexterous hand industry, there is a tendency to compare products based on parameters like DoF, weight, load, speed, and sensor configuration. However, as Zhang Zhengtao, founder of Zhongke Huisi, points out, high DoF does not automatically translate into skilled operation. For instance, a robot that can grasp a screwdriver may not be able to screw a bolt without proper control of tool orientation, position, and force. Similarly, endpoint security should not be judged solely by the number of security features but by its ability to protect against real-world attacks and ensure operational integrity.

The Dual Flywheel Strategy: Hardware and Data

Zhongke Huisi proposes a dual flywheel development logic: on one hand, a series of dexterous hand hardware for various applications; on the other, data collection tools like data gloves and teleoperation devices to accumulate operational data. This data is crucial for training AI models and improving hardware. In endpoint security, data collection and analysis are equally vital for detecting anomalies and responding to threats.

From Component to Platform: A New Security Paradigm

The company, founded in July 2025, is a spin-off from Zhongke Huiling, which has deep expertise in embodied intelligence. With backing from Luneng Technology and Hunan Huaxia Group, Zhongke Huisi aims to transform the dexterous hand from a mere component into a software-hardware integrated platform. This evolution parallels the shift in endpoint security from point solutions to integrated security platforms that provide comprehensive protection across the entire device lifecycle.

Conclusion: Securing the Future of Robotics

As dexterous hands become more prevalent in industrial, research, and service settings, the need for robust endpoint security will intensify. Zhongke Huisi's focus on operational capability over specifications is a timely reminder that security must be designed with real-world tasks in mind. By integrating security into the development of robotic endpoints, we can ensure that these advanced tools are not only capable but also safe and trustworthy.