The rapid evolution of the modern cybersecurity landscape, characterized by high-frequency automated threats, makes a paradigm shift towards orchestrated and interoperable defense mechanisms most important. The Open Command and Control (OpenC2) standard addresses this challenge by providing a unified language for machine-to-machine communication, decoupling high-level security intents from specific implementation technologies. However, while OpenC2 standardizes the execution of commands, effective orchestration relies heavily on a comprehensive and structured visibility of the defended environment. Currently, a standardized framework for context discovery—capable of describing the granular composition and interdependencies of network resources—remains a critical gap in the ecosystem. This thesis addresses this limitation by proposing the integration of Bill of Materials concepts into the Otupy framework, an OpenC2 implementation in Python.