Pilot Program Begins for 'Digital SECI Model' Supporting Tacit Knowledge Transfer in Manufacturing
Key facts
- Pilot Program Begins for 'Digital SECI Model' Supporting Tacit Knowledge Transfer in Manufacturing
- NTT Data and Fortiens Consulting have launched a pilot of the 'Digital SECI Model' in May 2026 to support tacit knowledge transfer in SCM operations within the manufacturing sector. By leveraging AI to formalize expert decision-making perspectives, they aim to facilitate knowledge sharing across organizations and improve operational efficiency.
- Source: PR Times
- Date: June 8, 2026
Direct answer
NTT Data and Fortiens Consulting have launched a pilot of the 'Digital SECI Model' in May 2026 to support tacit knowledge transfer in SCM operations within the manufacturing sector. By leveraging AI to formalize expert decision-making perspectives, they aim to facilitate knowledge sharing across organizations and improve operational efficiency.
- Citation
- Pilot Program Begins for 'Digital SECI Model' Supporting Tacit Knowledge Transfer in Manufacturing (June 8, 2026), PR Times
- Source
- PR Times
- Date
- June 8, 2026
NTT Data and Fortiens Consulting have launched a pilot of the 'Digital SECI Model' in May 2026 to support tacit knowledge transfer in SCM operations within the manufacturing sector. By leveraging AI to formalize expert decision-making perspectives, they aim to facilitate knowledge sharing across organizations and improve operational efficiency.
📋 Article Processing Timeline
- 📰 Published: June 8, 2026 at 10:00
- 🔍 Collected: June 8, 2026 at 10:24 (24 min after Published)
- 🤖 AI Analyzed: June 8, 2026 at 10:49 (25 min after Collected)
Targeting material procurement planning in manufacturing, the pilot formalizes decision-making perspectives—such as demand forecasting and material procurement judgments—through dialogues between experienced SCM professionals and AI agents. This process supports the development of less experienced staff and promotes knowledge sharing throughout the organization. NTT Data oversees the design and implementation of the AI agent foundation, while Fortiens Consulting manages knowledge and business design utilizing its SCM expertise. Through this pilot, both companies aim to advance knowledge transfer in the SCM domain and realize next-generation, knowledge-creating SCM powered by AI.
In recent years, the transfer of operational know-how has become a critical challenge in the manufacturing sector due to a shrinking labor force and a shortage of experienced staff. SCM operations, in particular, are considered difficult to standardize or manualize, as they rely heavily on the insights of experienced staff to navigate complex conditions, such as demand fluctuations, inventory status, procurement terms, and logistics constraints.
In this pilot, the companies combine Fortiens Consulting's expertise in SCM business and knowledge design with NTT Data's implementation capability for AI infrastructure to inherit the decision-making processes of experts. To achieve this, they will verify a system that continuously learns and updates decision-making viewpoints—"what experts observe and how they judge"—through dialogue with AI agents.
This pilot utilizes multiple AI agents to support the entire business cycle from preparation and execution to review of SCM plans. Specifically, two core AI agents will be implemented to verify their effectiveness:
1. Tutor AI Agent: In the planning phase, it suggests changes from previous plans, key points, business rules, and adjustment perspectives. Instead of providing the answer, it supports less experienced staff in deepening their own judgment by suggesting "which points to consider."
2. Interview AI Agent: It scores plan results and visualizes the quality of judgment. It engages experts and less experienced staff in dialogues to perform business reviews, record observations, confirm preconditions, and revise adjustment viewpoints. It draws out decision-making reasons and focal points that experts may not have fully articulated, continuously accumulating them as knowledge shareable throughout the organization.
Expected Effects:
- Transfer of expert SCM knowledge through formalization of tacit knowledge
- Improvement of judgment quality in SCM operations by promoting mutual learning between experts and less experienced staff
- Increased efficiency of the entire supply chain through improved judgment quality (e.g., shortening the cash conversion cycle and suppressing excess inventory).
FAQ
What is the Digital SECI Model?
It is a unique framework that builds on the knowledge creation theory 'SECI model' proposed by Ikujiro Nonaka and Hirotaka Takeuchi, utilizing AI agents to convert tacit knowledge in SCM operations into explicit knowledge.
What is the purpose of this proof of concept?
It aims to inherit the decision-making processes of experienced professionals in manufacturing SCM operations, achieve next-generation knowledge-creating SCM using AI, and enhance the efficiency of the entire supply chain.
What types of AI agents are used in the proof of concept?
Two types are used: a 'Tutor AI Agent' that assists in planning and a 'Interview AI Agent' that visualizes the quality of judgments and accumulates knowledge.
When did this proof of concept start?
It started in May 2026.
In what environment is the proof of concept conducted?
It is conducted on NTT Data's secure cloud environment, with a configuration that also considers the handling of highly confidential business data.