Memory Manager Integration with the Event Bus

Integrating the memory manager with a centralized event bus represents a foundational architectural shift in building an AI-native operating system, moving beyond monolithic, tightly coupled designs. Traditionally, memory management operates as an isolated, kernel-level subsystem, communicating through direct function calls and shared data structures, which often leads to complex dependencies and reduced flexibility. This conventional approach, while robust, struggles to adapt dynamically to the volatile demands of modern AI workloads, where resource allocation must be fluid, predictive, and responsive to a myriad of system conditions. By embracing an event-driven paradigm, we empower the memory manager to broadcast its state and react to system-wide changes with unprecedented agility, thereby laying the groundwork for truly intelligent resource orchestration. This design philosophy not only enhances modularity but also unlocks the potential for AI agents to actively participate in optimizing memory utilization, pre-empting issues, and self-healing the system in real-time.