Proving Digital Twins Can Talk Across Domains Using Standards
Cognitive Network Orchestration System for Cross-Domain Exchange (COGNOS-X)
The COGNOS-X cognitive network orchestration testbed aims to validate agent-based digital twins' capability to communicate across industrial and business domains using standardized manufacturing ontologies. It aims to demonstrate the technical feasibility of cross-domain agent communication and interoperability while maintaining semantic consistency, security, and autonomy. Through testing across distinct industrial environments, the testbed seeks to prove that cognitive agent networks can effectively exchange information across organizational boundaries.
To validate this hypothesis, the cognitive orchestration testbed employs a progressive complexity testing approach that includes simulation environments, communication-enabled assets, and expert-driven technical validation. Four key industrial domains—manufacturing, energy, logistics, and supply chain—serve as the proving ground for agent interactions, each offering unique interoperability and governance challenges. By comparing performance across these diverse domains, the testbed assesses the adaptability and resilience of agent-based digital twins under real-world conditions.
The COGNOS-X environment decouples cognitive processing from the underlying communication infrastructure, creating a more modular and flexible architecture. This separation allows for scalable deployment of intelligent agents that can maintain local autonomy while engaging in semantically rich, standards-based information exchange. The result is a network of digital twins capable of collaborative decision-making across traditional enterprise silos, unlocking new levels of operational intelligence and cross-sector coordination.
The cognitive orchestration testbed contributes to industry advancement in the following ways:
- Cross-Domain Agent Communication Protocols and Patterns: Establishing methods for effective communication between agents across different industrial domains.
- Ontology-Based Semantic Interoperability Framework: Providing a framework to ensure consistent understanding and exchange of information using standardized manufacturing ontologies.
- Demonstrated Scalability Across Industrial Domains: Showcasing how cognitive agent networks can adapt to varied operational environments, ensuring the approach is robust, transferable, and ready for real-world implementation.
- Security and Governance Models for Multi-Agent Systems: Developing models to maintain security and compliance in cross-domain agent networks.
- Reference Architecture for Cross-Domain Digital Twin Integration: Creating a blueprint for integrating digital twins across organizational and industrial boundaries.
Member, Lead Developers
DTC Liaison, Co-Developer
