Discovering the Frontiers of Robot Transformation
On June 19, 2026, a significant seminar titled
Robot Transformation(RX)最前線 will be hosted by Daisuke Yamada, Senior Project Manager at Mitsui & Co. Strategic Research Institute. This event, organized by the New Society System Comprehensive Research Institute (SSK), is set to explore the profound changes and opportunities brought about by Robot Transformation in various sectors, amidst an undeniable global trend of labor shortages.
Why Attend This Seminar?
The seminar aims to illuminate how operations and business models can be redesigned around the use of robotics. As digital transformation (DX) progresses, industries face the persistent challenge of automating physical tasks in logistics, manufacturing, facility management, and services. This situation necessitates a significant shift towards RX, which focuses on leveraging robotics to enhance operational effectiveness.
Daisuke Yamada's lecture will delve into the latest trends regarding the foundational robotic models that underpin RX. It will also address how the competitive landscape is evolving from merely hardware-based solutions to a more data-driven focus that encompasses operational learning and deployments. With Japan positioned as a prospective hub for implementation, the seminar provides a platform to discuss vital issues relating to Robotics as a Service (RaaS), data utilization, and the future business opportunities that may arise.
Agenda Highlights
1.
Structural Labor Shortages and the Necessity of RX
- Understand the correlation between ongoing labor shortages and the trends driving RX.
2.
Extending DX to Physical Spaces
- Learn how RX is pushing for versatility in robots required for small-batch, diverse production.
3.
The Rise of Robotic Infrastructure Models (VLA/Physical AI)
- Gain insights into emerging technologies that support RX implementation.
4.
Competitive Dynamics in the US, China, and Japan
- Analyze Japan's strengths within the global competition.
5.
Transitioning from Hardware Sales to RaaS and Data Business
- Explore how sales models are shifting in the industry.
6.
The Impact of On-site Data on Competitive Advantage
- Discuss why operational data is the key to success.
7.
Potential for Japan as an Implementation Hub
- Examine the prospects and discussions surrounding this potential.
8.
Q&A and Networking Opportunities
- Engage directly with industry leaders and peers through Q&A and business card exchanges.
Seminar Format and Details
The seminar will be held in Tokyo, at the Kioi Forum in the Chiyoda Ward, from 2:00 PM to 4:00 PM. Attendees can participate in person or join via live streaming through a Zoom webinar. Additionally, an archived version of the seminar will be made available for two weeks, allowing participants to revisit the discussions at their convenience.
This event promises to be an invaluable opportunity for those looking to navigate the complex landscape of robotic applications in business, especially as the landscape continues to evolve amidst technological advancements.
About SSK
The New Society System Comprehensive Research Institute (SSK) has been an active provider of information and seminars since its establishment in December 1996. With over 500 business seminars planned annually, SSK aims to augment business opportunities by delivering high-quality information on management strategies, marketing, and technology amidst a rapidly changing business environment.
By focusing on a seminar-centric business model, SSK also offers additional services like seminar planning and management, speaker dispatch, B2B advertising, commissioned research, and market report sales, ensuring that clients have the tools they need for successful business expansion.
For further inquiries, please reach out to:
Conclusion
Don't miss out on this opportunity to gain insights from key industry leaders and participate in a critical dialogue about the future of robotics in business. Mark your calendars for this exciting seminar that promises to pave the way for innovative strategies in the age of Robot Transformation.