#China #Shanghai #Robotics #AgiBot #Worken

AGIBOT Unveils Worken Framework

At the AGIBOT Innovation Day 2026 held in Shanghai, AGIBOT made a significant announcement with the introduction of Worken. This innovative framework aims to measure the productivity of robots operating in various real-world scenarios, shifting the focus from merely counting the number of robots produced to evaluating the actual work they accomplish autonomously.

The term Worken is a blend of Work and Token, embodying AGIBOT's vision of establishing a new standard for assessing robotic efficiency. As robots increasingly move into diverse applications in factories, logistics, and service sectors, it has become crucial to define what productive work entails in these settings.

Why Worken Matters

According to AGIBOT's Co-founder and President, Peng Zhihui, the robotics industry has seen tremendous growth in terms of hardware and software advancements. However, with this expansion comes the necessity to inquire more critically: How effectively do robots contribute to productivity? The Worken framework seeks to answer this by proposing a metric that reflects not just the presence of robots but their operational effectiveness in real-time environments.

The proposed formula for Worken is:
Worken = Number of Active Robots × Autonomous Working Hours × Output Efficiency Ratio.

1. Number of Active Robots: This counts only the robots actively performing tasks, not just those manufactured or in stock.
2. Autonomous Working Hours: This measures the time robots function independently, excluding the total time they are powered on.
3. Output Efficiency Ratio: This assesses the quality and quantity of work completed by robots, compared to a predetermined benchmark based on human performance metrics.

By integrating these three factors, Worken promises to provide a comprehensive metric that reflects robotic productivity across various sectors, aiding companies in evaluating the value of their robotic deployments.

Advancements in Robotics Technology

Alongside Worken, AGIBOT unveiled several key technologies and products that demonstrate its commitment to real-world applications of robotics. The AHA3 hardware platform, AGIBOT’s third-generation humanoid architecture, integrates multiple forms of intelligence — including locomotion, interaction, and task execution — into a unified system. This new architecture is designed for efficiency and adaptability in practical environments.

Moreover, the company introduced the G2 Max industrial robot, a robust machine featuring high degrees of maneuverability and strength, capable of handling demanding tasks across manufacturing and logistics setups. The advancements showcased during the event indicate AGIBOT's strategy to focus on practical applications and scalability in robot performance.

Real-World Deployments and Applications

AGIBOT's event highlighted various real-world deployments, accentuating its robots' capabilities in different sectors. For instance, robots at Longcheer Technology have been used in assembly lines for tablet manufacturing, demonstrating their ability to execute tasks efficiently and within defined performance metrics.

Additionally, AGIBOT's robotics solutions have been applied to delivery and tourism, where they fulfill tasks like guiding visitors and providing interactive services at venues such as the Guangzhou Metro and Chimelong theme park. Such diversified deployments not only illustrate the flexibility of AGIBOT’s robots but also raise the importance of effective human-robot interactions, a key component of the company’s research moving forward.

Looking Ahead with Worken and AGIBOT

As AGIBOT continues its journey towards robotics innovation, the Worken framework represents a significant step towards quantifying robotic contributions to productivity. The framework is intended to evolve with ongoing deployments and operational data, allowing AGIBOT to develop benchmarks that are specific to various tasks.

In the coming years, the focus on automation and robotics is set to intensify. Tools like Worken may become critical in helping industries navigate their transitions into automated environments, making the understanding of robot productivity clearer and more actionable. By combining technological advances with real-world applications, AGIBOT aims to fulfill its mission of translating robotics innovation into significant and measurable work outcomes for the future.

For additional insights into AGIBOT's technologies and initiatives, visit AGIBOT.com.