Exploring the Future of Physical AI at CES 2026
On March 4, 2026, the SOMPO Institute Plus Co., Ltd. will host an enlightening seminar headed by Senior Researcher Kan Hanano from its Future Vision division. The seminar, titled
Examining the Future of Physical AI as showcased at CES 2026, will delve into the current state of technological advancements and the potential for their real-world applications.
Seminar Details
- - Date and Time: March 4, 2026, from 1:30 PM to 3:30 PM (JST)
- - Location: Kioi Forum, 4-1 Kioicho, Chiyoda-ku, Tokyo
- - Attendance Options:
-
In-person at the venue
-
Live Stream via Zoom Webinar
-
On-demand Archive available for two weeks for repeated viewing at convenience.
Key Themes of Discussion
The seminar will highlight the emergence of
Physical AI, a concept that has gained substantial traction, especially following the recent CES 2026 event—known as the world’s largest tech trade show. Here are some of the core topics that will be covered:
1.
Overview and Trends from CES 2026
- Overview of technology trends observed at the largest tech fair globally.
- AI’s integration into everyday life through innovations such as smart glasses and smart home devices.
- A shift in focus from generative AI to real-world implementations of Physical AI.
2.
The Proliferation of Physical AI
- An increase in the number of humanoid robots showcased—over 40 introduced at the event.
- Notable contributions from Chinese companies in terms of completed products and supply chains.
- Innovations in practical applications of Physical AI, including advanced household robots and vacuum cleaners.
3.
Current Technological Standards
- Examination of the polarization in demonstrations between showcase-based and operational-based examples.
- Achievements in physical capabilities displayed through performance arts and martial arts.
- Challenges that emerged from practical applications in household chores and inventory tasks.
4.
Infrastructure Trends Towards Social Implementation
- The significance of the new venue,
Foundry, emphasizing commercialization and implementation.
- Development of packaged platforms and enhancements in edge AI capabilities.
- Expansion of the supply chain involving actuators and robotic hands.
- Progress toward making robots not just smart and mobile but also capable of being manufactured, repaired, and scaled.
5.
Barriers and Opportunities in Social Implementation
- The gap between what providers say they can achieve and what can be reliably delegated in real scenarios.
- Establishing metrics that determine delegable capabilities: cycle time, energy consumption, maintenance costs, and industry standards.
- Identifying hurdles to meet these metrics.
6.
Lessons from the Past and Future Perspectives
- Noting the decline in the presence of Japanese companies at CES, including in Physical AI sectors.
- Reflections on historical lessons (i.e., ASIMO's case): the gap between technological refinement and profitability.
- Highlighting that while Central America may lead in production capabilities, Japan's strength lies in reliability and trust through validated operations.
- Capitalizing on Japan’s expertise in varied fields for competitive advantage through institutional knowledge.
Q&A Session and Networking
Following the lecture, an interactive Q&A session will occur where participants can engage directly with Kan Hanano, presenting an excellent opportunity for networking and exchanging business cards.
For further inquiries about the seminar, please contact the New Social System Comprehensive Research Institute. With over 28 years of experience, they’ve been providing critical and timely business seminar services to corporations. Their mission is to assist businesses in thriving amidst changing landscapes by delivering high-level management strategy, technology insights, and market intelligence.
Contact Information:
New Social System Comprehensive Research Institute
2-6-2 Nishishimbashi, Minato-ku, Tokyo
Email:
[email protected]
TEL: 03-5532-8850
FAX: 03-5532-8851
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Join us for this insightful seminar that bridges the gap between groundbreaking technology and its meaningful implementation in our everyday lives.