Introduction to the Worken Revolution
During Innovation Day 2026 in Shanghai, AGIBOT unveiled Worken, a bold approach aimed at redefining how we assess robots. Rather than counting units produced or deployed, Worken measures the real and autonomous impact of machines in real-world environments.
This initiative fits into a broader trend where manufacturers seek to prove the tangible added value of their products. By combining “Work” (work) and “Token,” AGIBOT offers a framework that quantifies not only efficiency but also consistency of robotic performance.
The Concept Behind Worken
Worken is built on three fundamental pillars: the ability to complete a task, the frequency of success, and long‑term reliability. Each robot receives a score that reflects its total contribution to the operation, going beyond simple speed or load metrics.
The system also incorporates advanced sensors to track real‑time interactions, allowing engineers to quickly adjust algorithms and optimize overall productivity.
Benefits for Industrial Companies
Adopting Worken means companies can now directly compare the efficiency of different models or configurations without getting lost in production figures. This simplifies smarter investment decisions and reduces maintenance costs.
Moreover, the transparency offered by Worken enables predictive maintenance teams to target critical areas precisely, thereby extending robot lifespan and improving customer satisfaction.
Impact on the Supply Chain
In a logistics chain where every second counts, a robot capable of executing complex tasks without human intervention drastically reduces delays. Worken quantifies this reduction in terms of time saved per unit produced, providing a clear view of ROI.
Integration with Other AGIBOT Innovations
Worken is not isolated: it relies on the AHA3 hardware platform and the AGILE intelligence framework. Together, these technologies create an ecosystem where the robot continuously learns from its experiences, improving its Worken score over time.
The auto‑evolving agent integrated into AGILE allows robots to adapt to changing scenarios without manual reprogramming, ensuring stable and predictable performance.
Concrete Example: The G2 Max Robot
The G2 Max, launched at the same event, perfectly illustrates Worken’s application. Thanks to its robust architecture and high‑precision sensors, it achieved a record score in heavy‑lift handling tests.
The data collected showed a 25% improvement in efficiency compared to previous models, demonstrating the tangible added value of Worken for demanding industrial operations.
Conclusion and Call to Action
Worken marks a major turning point in robot evaluation. By focusing on real work performed rather than raw production, AGIBOT paves the way for a smarter and more profitable industry. Companies that want to stay competitive should consider integrating this metric now.
To learn more about Worken and discover how it can transform your value chain, contact our team of experts or view our detailed case studies available on the AGIBOT website.
