NextFin News - In the heart of Italy’s "Motor Valley," a significant technological shift is taking place as Sir Robotics, a Modena-based engineering firm, accelerates the deployment of humanoid robots for industrial and commercial applications. As of February 16, 2026, the company has successfully integrated and deployed six humanoid units across various sectors, marking a transition from traditional fixed-arm automation to mobile, perceptive, and collaborative systems. Founded in 1984 by Luciano Passoni and now led by his son, Davide Passoni, Sir Robotics has evolved from a mechanical engineering studio into a specialized integrator with an annual turnover of 43.5 million euros and a workforce of over 100 people.
The company’s recent breakthroughs are centered on the development of "tailor-made" automation solutions. Unlike standardized robotic lines, Sir Robotics focuses on bespoke integration, having completed over 4,000 installations worldwide for high-profile clients including Tesla, Lamborghini, and Rolls-Royce. According to Quotidiano, the firm’s latest humanoid models are equipped with advanced sensory systems—including spatial, auditory, visual, and tactile sensors—allowing them to operate outside of traditional segregated environments. These robots utilize artificial intelligence to learn tasks by observing human gestures, a capability that eliminates the need for complex manual coding and allows for seamless adaptation to dynamic industrial settings.
This local innovation is increasingly intertwined with global capital and technology flows. Since 2015, Sir Robotics has been part of the Chinese Wolong Group, a partnership that has provided the financial backing and autonomy necessary to pursue high-risk research and development. This synergy was further solidified on January 30, 2026, when the Chinese humanoid giant AGIBOT made its European debut in Milan. According to Gasgoo, AGIBOT established a strategic partnership with Sir Robotics to leverage the latter’s deep expertise in industrial system integration for the deployment of the Yuanzheng A2 and Jingling G2 humanoid series in the European market. This collaboration aims to provide on-site deployment and operational support, ensuring that advanced embodied AI solutions are adapted to local industrial standards.
The rise of industrial humanoids represents a fundamental shift in the ROI (Return on Investment) calculation for automation. Historically, humanoid robots were viewed as expensive research projects with limited practical utility. However, the integration of "Physical AI"—where robots possess the cognition to handle repetitive, ergonomically challenging, or hazardous tasks—is changing the narrative. Passoni notes that while public fear of job displacement remains, historical data suggests that automation typically increases overall employment by creating higher-value roles in supervision and problem-solving. In Italy, the focus is currently on "micro-tasks," such as wiring electrical circuits or managing reception in the hospitality sector, where humanoids can augment human labor rather than replace it.
Looking forward, the trend points toward the creation of "Data Factories." Sir Robotics is currently working on establishing Europe’s first Data Factory in Modena, a facility dedicated to teaching humanoids specific industrial skills through simulation and real-world training. This move aligns with broader global trends seen in other markets; for instance, the Indian firm Addverb recently unveiled its wheeled humanoid, Elixis-W, at LogiMAT India 2026, emphasizing that wheeled versions are often more practical for current factory layouts than bipedal models. The strategy adopted by Passoni and his team reflects a similar pragmatism—focusing on integration and functionality over mere aesthetic mimicry of the human form.
As U.S. President Trump continues to emphasize domestic manufacturing and technological competitiveness, the global race for robotics supremacy is intensifying. For Italy, the success of Sir Robotics demonstrates that specialized, high-end engineering remains a competitive advantage. The ability to customize complex robotic systems for the automotive and aerospace industries ensures that the "Made in Italy" brand remains relevant in an era dominated by AI. The future of industrial automation will likely be defined by these hybrid ecosystems, where European design and integration expertise meet global hardware manufacturing and AI software capabilities.
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