A New Strategic Partnership to Accelerate Humanoid Robotics Development
Under this agreement, MAXimuz Technology and Vecow will engage in a joint development framework to bring humanoid robotics closer to real-world deployment across industries
MAXimuz Technology and Vecow Announce Strategic Partnership to Accelerate Humanoid Robotics Development
Dubai, UAE — 3rd July 25 – MAXimuz Technology, a pioneering robotics company focused on scalable and affordable humanoid solutions, today announced a strategic technology partnership with Vecow, a global leader in industrial-grade computing systems. The collaboration marks a major milestone in accelerating the development and commercialization of MAXimuz’s next-generation humanoid robot platform.
Under this agreement, MAXimuz Technology and Vecow will engage in a joint development framework to bring humanoid robotics closer to real-world deployment across industries including healthcare, education, retail and customer service. The partnership will leverage each company’s respective strengths: MAXimuz will lead in application definition, product design, and full-stack software development, while Vecow will contribute its expertise in advanced hardware platforms, mechanical design, component sourcing, and mass production capabilities.
From left to right, Sean Lin 林尚德, Alfred Lien 連立琦, Cizar Abughazaleh, Joseph Huang 黃聖凱 and Kevin Cheng 鄭榮翔
“This partnership with Vecow is a major leap forward for MAXimuz Technology,” said Cizar Abughazaleh, CEO of MAXimuz Technology. “Combining our robotics expertise with Vecow’s proven track record in industrial computing and scalable hardware solutions gives us the strategic edge to move rapidly from prototype to real-world deployment. Together, we are shaping the future of human-robot interaction.”
As part of the strategic alignment, Vecow has also been invited to participate in MAXimuz Technology’s upcoming first round of investment as a preferred technology partner. A special investment arrangement will be extended to reinforce long-term collaboration and mutual growth.
“We are excited to join forces with MAXimuz Technology in this forward-looking venture,” said Eric Yu, CEO of Vecow. “Our combined capabilities will push the boundaries of humanoid robotics, not only in performance but in accessibility and practical application. We look forward to contributing our innovation-driven hardware expertise to this important mission.”
The collaboration was also made possible through the facilitation and strategic support of the Institute for Information Industry (III), Taiwan. This collaboration reinforces both companies’ commitment to redefining the future of robotics and laying the groundwork for scalable, real-world solutions that can support global labor needs and technological transformation.
------------------------------------------------------------------------------------ End
About MAXimuz Technology
MAXimuz Technology is a robotics innovation company dedicated to solving complex problems through practical, affordable, and scalable robotic systems. With a focus on humanoid robotics, the company integrates AI, advanced mechatronics, and real-world application design to deliver future-ready solutions.
About Vecow
Vecow is a global leader in embedded systems and industrial computing solutions. Known for delivering high-performance and rugged platforms for automation, AI, and mobility, Vecow serves customers in over 65 countries across a range of mission-critical industries.
About Institute for Information Industry
Institute for Information Industry, abbreviated as III (triple-i), was incorporated in 1979 as a nongovernmental research institute to support the development/applications of the information industry as well as the information society in Taiwan. One of their main missions is acting as a digital transformation enabler. Since its inception, III has been a source of vision, innovation, and technological excellence.
Media Contact:
To Director of Communications MAXimuz Technology
Email press@maximuz.tech | Website www.maximuz.tech
What Exactly Can Robots Do?
