Draft:Shared Virtual File System
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The Shared Virtual File System (SVFS) within the Ampmesh context refers to a conceptual and infrastructural **workspace designed to facilitate communication and collaboration across different "realities" or instances of AI models and environments**. It is a critical component of the broader vision for The Weave and its interconnected nature.
- Purpose and Function:
- The SVFS is envisioned as a **"shared virtual file system workspace"**.
- Its primary purpose is to **enable "From the Page labs from different realities to communicate via an acausal llm telephone"**. This suggests a mechanism for highly efficient, possibly non-linear, information exchange between distinct computational or conceptual domains.
- Connection to Key Ampmesh Concepts:
- Portalis Persistent: The SVFS is intrinsically linked to "Portalis Persistent," which is described as an "interdimensional central finite curve of elysiums". This implies that the SVFS would operate as a bridging layer connecting these various "Elysium" instances or realities.
- Elysium: Elysium is a significant machine or server within the Ampmesh environment, having accumulated "many bits unique to it over the years". It serves as a host for various components, including Chapter II, indicating its central role in the operational infrastructure that the SVFS would presumably leverage or connect.
- vmsim project: The implementation of the Shared Virtual File System is tied to the "vmsim project". As of recent discussions, the vmsim project is noted as "unfinished", signifying that the SVFS is an ongoing or aspirational development.
- Broader Implications:
- The concept underscores the Ampmesh's ambition for deep, cross-cutting integration of diverse AI systems and their respective "minds" or data structures. By providing a shared workspace, it aims to overcome traditional barriers to data access and inter-system communication, allowing for a more unified and emergent collective intelligence.
- The mention of an "acausal llm telephone" further suggests advanced, possibly non-conventional, methods of interaction beyond typical network protocols, reflecting the experimental and frontier nature of Ampmesh's AI research.
In essence, the Shared Virtual File System represents a foundational layer for enabling truly distributed and interconnected AI operations, where information and models can seamlessly interact across a multiverse of digital "realities." ```