On March 3, 2025, Seven Bank announced the launch of exciting joint research with Toyo University, aiming to develop next-generation ATM technology through the innovative application of biomimetics. This collaborative effort, which focuses on creating safe and comfortable usage spaces, is scheduled to run until December 31, 2025.
Biomimetics, or biomimicry as it is commonly known, is gaining traction worldwide due to its promise of leveraging nature's designs and processes to innovate technology. Japan's Ministry of the Environment had previously set the stage back in 2018 by outlining plans to utilize biomimetics for technology development and dissemination supporting sustainability. Despite such endorsements, practical applications within Japan have been relatively scarce.
Toyo University has been at the forefront of these efforts, running its "Toyo University Priority Research Promotion Program". The university’s focus is on high-performance and sustainable solutions, utilizing biomimetic principles to pioneer advancements across various disciplines. Seven Bank aims to incorporate the insights garnered from this academic endeavor directly to the enclosure designs of their ATMs, intertwining sustainable manufacturing elements with technology development.
The goal of their research is not merely academic. Instead, it seeks to yield tangible improvements to both existing and next-generation ATMs, ensuring users can interact with these machines comfortably and with peace of mind. This initiative is particularly pertinent as usability and user experience (UX) have become pivotal components of technological advancement.
The research aims to clarify the remarkable structures and functions inherent to living organisms through cutting-edge biomimetic research. Such insights will be pivotal for enhancing ATM materials, focusing on innovations like stain-resistant surfaces and improved cleanability. These advancements will contribute to creating ATM environments where users feel secure and at ease.
Specific innovations include the development of materials less prone to showing wear and stains, alongside enhancements to the ATM's speakers. By adopting more directional speaker designs, the research expects to facilitate more secure transaction environments where privacy is prioritized, allowing users to engage with ATMs confidently, even under varying environmental conditions.
Seven Bank, by integrating these biomimetic principles, is determined to set new standards for ATMs. The vision stands clear: create user-friendly ATMs highlighting comfort and security, reflecting the broader shift toward sustainable design innovations across industries. The incorporation of biomimetics signifies more than just technological upgrades; it embodies a holistic approach to catering to the user's needs and enhancing the overall experience.
This joint research initiative not only showcases the potential of biomimetics but also serves as a beacon for future endeavors involving academic and industry collaborations. It poses questions about how leveraging natural efficiencies can lead to smarter technological solutions.
With the extensive capabilities of biomimetics, this partnership could greatly influence the future of ATM design and operation, making it more sustainable and user-centered. And as they plan for success over the next two years, the outcomes of this research could set important precedents within the banking technology sector.
“The joint research will be implemented until December 31, 2025,” highlighted representatives from Seven Bank during the announcement. This commitment marks not just the start of research but potentially defines the innovative pathway ATM technologies could take moving forward.
By continuing to explore how nature inspires technology, both Seven Bank and Toyo University are positioned to lead the charge toward smarter, more sustainable banking environments. The initiative promises to not only refine ATM technology but also redefine what users can expect from their interactions with financial systems.