Introduction
Traditional manuals have been designed to tell us:
👉 What to do
However, what is truly needed in real-world operations is:
👉 How to decide
Across manufacturing, retail, and service industries,
even though manuals are well prepared, the following problems persist:
- Decisions vary from person to person
- Manuals are not used in practice
- Expert knowledge is not effectively transferred
The reason is clear:
👉 Manuals deal only with information
Limitations of Traditional Manuals
Manufacturing
- Procedures exist, but exception handling is not documented
- Decisions during abnormalities depend on individuals
👉 Whether to stop the line depends on the person
Retail
- Customer service manuals exist
- But situational decisions are left to frontline staff
👉 Discounts, recommendations, and responses vary by person
Service Industry
- Response flows are defined
- But complaint handling and exceptions are personalized
👉 Customer experience becomes inconsistent
The Core Problem
The common issue is:
👉 Manuals capture only results and procedures
But in reality, what matters is:
- How the situation was interpreted (Signal)
- What reasoning was applied (Evaluation)
- Why a particular action was chosen (Decision)
👉 The decision-making process
In other words:
👉 Results exist, but decisions do not
This is why manuals fail to function.
Solution: A New Form of Manuals
Decision Trace Model × Multi-Agent:
👉 Redefines manuals as structures of decision-making
Core Structure
Event
→ Signal
→ Evaluation
→ Decision
→ Execution
→ Human
→ Log
Traditional manuals:
👉 Describe procedures
New manuals:
👉 Reproduce decision processes
Decomposition via Multi-Agent
Expert intuition is:
👉 A combination of multiple integrated decision processes
DTM × Multi-Agent decomposes it into:
- Signal Agent (state recognition)
- Diagnosis Agent (cause estimation)
- Decision Agent (action selection)
- Policy Agent (rules and constraints)
- Risk Agent (risk evaluation)
- Execution Agent (execution)
👉 Intuition = a decomposable structure
Structure of the New Manual (Decision Trace-Based)
Traditional manuals:
👉 Linear documents read from top to bottom
In contrast:
👉 Decision Trace-based manuals dynamically unfold based on context
Core Components
① Event (What is happening)
- Equipment anomalies / complaints / defects
② Signal (What is observed)
- Sensor values
- Logs
- Features
③ Diagnosis / Evaluation (How it is interpreted)
- Possible causes
- Multiple hypotheses
- Comparative evaluation
④ Decision (What is chosen)
- Action candidates
- Reasons for selection
⑤ Policy / Risk (Constraints and considerations)
- Safety standards
- Quality rules
- Risk evaluation
⑥ Execution (What is done)
- Concrete actions
⑦ Log (Everything recorded)
- Decision history
- Results
- Feedback
👉 Manuals become not instructions, but
👉 frameworks for decision-making
UX: How It Is Used in Practice
This is the most critical shift.
New manuals are:
👉 Not something to read
👉 But something to interact with
① Input (Event-driven)
Operators input:
- “Vibration is higher than usual”
- “Temperature is rising”
👉 Or automatically captured via IoT
② AI Presents Signal / Diagnosis
The system:
- Detects patterns
- Suggests causes
- Shows similar cases
👉 Provides material for thinking
③ Visualization of Decision Process
The interface shows:
- Why a recommendation appears
- What risks are involved
- What rules are applied
👉 No black box
④ Decision Support
- Recommended actions are presented
- Alternatives are shown
👉 Humans focus on selecting
⑤ Human Boundary
- Approve / hold / escalate
👉 Responsibility is clear
⑥ Automatic Logging
- What decision was chosen
- What outcome occurred
👉 All recorded automatically
UI Concept
The new manual is:
👉 Not a flowchart
👉 But a decision navigation system
Example:
Anomaly detected
↓
Cause candidates (3)
↓
Risk comparison
↓
Recommended action (+ reasoning)
↓
Human selects
👉 Dynamic, not fixed branching
UX Comparison
Traditional:
- Search
- Read
- Interpret
- Decide
New model:
- Input
- See options
- Understand reasoning
- Select
👉 Cognitive load is dramatically reduced
Use Cases
Manufacturing: Equipment Failure
Event → Signal → Diagnosis → Risk → Policy → Decision
👉 Reproducible responses
Retail: Customer Interaction
Event → Signal → Evaluation → Risk → Decision
👉 Consistent service quality
Service: Complaint Handling
Event → Signal → Diagnosis → Policy → Decision
👉 Standardized customer experience
Training
- Decision processes are shown
- Reasoning and branches are visible
👉 Learn how to decide, not just what to do
What Changes
Traditional:
- Manual = something to read
- Knowledge = information
New:
- Manual = a decision system
- Knowledge = decision structure
👉 Knowledge is used in real-time
Business Impact
DTM × Multi-Agent is not just operational improvement.
👉 It transforms the structure of knowledge itself
① Faster Knowledge Transfer
- Decisions recorded as structure
- Reduced dependency on individuals
👉 Faster training, lower risk
② Stable Quality
- Same conditions → same decisions
👉 Reduced variability
③ Higher Productivity
- Decisions are assisted instantly
👉 Faster operations
④ Risk Reduction
- Policy + Risk + Human boundary
👉 Safer and accountable decisions
⑤ Competitive Advantage
- Decisions accumulated and reused
👉 Knowledge becomes a strategic asset
Conclusion
Traditional manuals were optimized to store:
👉 Information
But what is truly needed is:
👉 Decision-making
Decision Trace Model × Multi-Agent bridges this gap by:
- Visualizing decisions
- Decomposing them
- Making them reusable
- Enabling continuous evolution
As a result:
- Knowledge becomes structured
- Decisions become reproducible
- Quality stabilizes
- Speed increases
- Risk is controlled
👉 Operational improvement directly translates into competitive advantage
Decision Trace Model × Multi-Agent is:
👉 A system that transforms manuals from information into decision structures
👉 A foundation for accumulating reproducible decision-making
Ultimately:
👉 Organizations evolve from being dependent on individuals
👉 To continuously accumulating decision intelligence
This is the structural transformation of knowledge and management
enabled by Decision Trace Model × Multi-Agent.

AIシステム設計・意思決定構造の設計を専門としています。
Ontology・DSL・Behavior Treeによる判断の外部化、マルチエージェント構築に取り組んでいます。
Specialized in AI system design and decision-making architecture.
Focused on externalizing decision logic using Ontology, DSL, and Behavior Trees, and building multi-agent systems.
