JAKOVA-NET: A Personal Operating System for Life, Lab, and Cosmos
Year: 2025
Type: dissertation
Abstract: AKOVA-NET v2.0 evolves an experimental “personal operating system” into a bridged, guarded architecture unifying life, lab, and cosmic horizons. From a v1.0 base of COSMIC/REALITY/LAB layers and human-owned canonical data, v2.0 introduces an explicit JXJ pipeline for routing context and artefacts between conceptual (JAKOVA), execution (JAKVIS), and cosmic atlas components. External AI systems are integrated only through a sandboxed GROK_BRIDGE that drafts text and configurations under strict invariants enforced by a KAREN compliance layer: services-only access, sanitised outputs, no direct mutation of canonical stores, and explainable, logged workflows. Loops and projects are tracked in an XLOOP map and surfaced via an observatory that highlights critical, blocked, or decaying work. The implementation remains intentionally simple—text, diagrams, and light automation—but now emphasises envelopes, guardrails, and long-term survivability of structure over any specific tool. This snapshot documents the v2.0 design goals, pipeline bridges, AI helper constraints, and meta-loop observability patterns that together aim to keep one human’s expanding system understandable, debuggable, and under their control.
Author: Evans, Jak
Language: English
Subfield: Information Systems and Management
Field: Decision Sciences
Domain: Social Sciences
Open Access status: green
OpenAlex ID: W7109976569
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