#Japan #AI Agent #Dentsu #Minato #iQUAVIS

Dentsu Research Institute Enhances iQUAVIS with AI Technology

Dentsu Research Institute, headquartered in Minato, Tokyo, is set to release an upgraded version of its product development support solution, iQUAVIS, in January 2027. This new version will feature a unique AI agent designed to automatically structure technical information, aiming to improve efficiency and quality in manufacturing processes.

Since its inception in 2006, iQUAVIS has been adopted by over 220 major companies in various sectors, including automotive, heavy machinery, electronics, and medical devices. The primary goal of iQUAVIS is to provide a centralized visualization of product development information from the planning stages, contributing significantly to improving operational efficiency and product quality in manufacturing.

New AI Agent Integration

The forthcoming upgrade utilizes Dentsu's proprietary generative AI solution, Know Narrator, to empower the AI agent in iQUAVIS. This agent will systematically organize various technical information relevant to manufacturing. By automating the structuring process, the AI agent will facilitate the transfer of technology and enhance product quality management, aligning with the evolving needs of the industry.

Dentsu defines its approach as “technical disassembly,” a novel concept where the relationships between the requirements, functions, and components of a product are clearly elucidated. This methodology allows a comprehensive and systematic understanding of product development, crucial in today's complex manufacturing landscape.

Addressing Industry Challenges

The manufacturing sector faces increasing complexity fueled by advancements in technology, including AI. As the workforce ages, particularly with many from the baby boomer generation retiring, there is a critical need for seamless knowledge transfer. Dentsu aims to combat the fragmentation of knowledge and expertise by transforming tacit knowledge into explicit knowledge, thus promoting organizational wisdom through the integration of the AI agent into iQUAVIS.

Key Features of the Enhanced iQUAVIS

1. Automatic Structuring of Technical Information:
The new AI agent will draw on insights from veteran consultants who have profound knowledge of manufacturing processes. It will identify and structure key technical information, such as the relationships and functions of various components needed to fulfill product requirements. This will enhance the overall efficiency of the organization by allowing quicker access to critical information.

2. Accelerated Knowledge Sharing and Reutilization:
By digitizing and structuring essential skills and knowledge within the company, the AI agent will help create an environment where valuable insights can be effectively shared and reused. This capability aims to convert implicit knowledge into more tangible forms, speeding up the process of knowledge transfer and improving product quality significantly.

3. Flexible Response to Design Modifications:
The upgraded system will ensure transparency of design decisions, enabling designers to efficiently handle changes and understand the implications of modifications. This flexibility will ultimately contribute to smoother product development processes and successful implementation of complex product systems.

Dentsu Research Institute remains committed to leveraging advanced technologies and its proprietary solutions to address societal and corporate challenges. By continually developing innovative offerings, the institute aims to create new value and enhance the effectiveness of the manufacturing industry.

In summary, the launch of the new AI features in iQUAVIS represents a significant step forward in the integration of technology and manufacturing processes. As companies strive to navigate the complexities of modern production, Dentsu's advancements will offer the necessary tools to enhance both efficiency and quality, driving the industry towards a more innovative future.

For more information, visit Dentsu Research Institute.