Context Engineering for Multi-Agent Systems
While most context engineering focuses on LLM prompts, there's a higher-order context problem: domain context for agent systems.
The SRAO Domain Modeler approaches this systematically:
Domain Context Dimensions
- Entity context: Complete concept dictionaries with types, attributes, and relationships (10+ entities per industry)
- Workflow context: Standardized workflow templates with serial/parallel/branch semantics
- Cross-industry context: Reuse matrix identifying shared concepts across 5 industries
- Stakeholder context: SRM format capturing constraints, resources, and acceptance criteria
Concrete example (Manufacturing)
Concept Dictionary:
Order → WorkOrder → ProductionLine → Equipment → Sensor → Alert → MaintenanceTicket
Workflow Template:
ParseOrder → [CheckInventory || CalculateCapacity] → OptimizeSchedule → GenerateWorkOrder
Reuse Matrix:
"Equipment" concept → maps to "WindTurbine" (energy), "MedicalDevice" (healthcare), "FarmMachine" (agriculture)
Why this matters for context engineering
When building multi-agent systems, the quality of domain context directly determines agent effectiveness. SRAO provides structured, reusable context templates rather than ad-hoc prompt engineering.
Full framework: https://github.com/beixuan577/SRAO-Framework
Context Engineering for Multi-Agent Systems
While most context engineering focuses on LLM prompts, there's a higher-order context problem: domain context for agent systems.
The SRAO Domain Modeler approaches this systematically:
Domain Context Dimensions
Concrete example (Manufacturing)
Why this matters for context engineering
When building multi-agent systems, the quality of domain context directly determines agent effectiveness. SRAO provides structured, reusable context templates rather than ad-hoc prompt engineering.
Full framework: https://github.com/beixuan577/SRAO-Framework