Mnemosyne Protocol: The Contextual Orchestration Framework for Generative Media (v1.61 Packaging/Preview Patch)

Start here:1) Open `v1.6_report.csv` (baseline vs Mnemosyne table)2) Open `v1.6_terminal_trace.txt` and search for `[REJECT]` (fail-closed rollback proof)3) Inspect `v1.6_trace_per_frame.json` (per-frame, per-attempt trace) Source code (GitHub release): https://github.com/Mnemosyne-Protocol/Mnemosyne-Core/releases/tag/v1.6.0-beta (Abstract + short pitch) Generative AI models (LLMs and diffusion/video models) achieve state-of-the-art results in isolated tasks but suffer from Contextual Fragmentation in temporal workflows, leading to continuity drift and expensive human rework. This paper introduces the Mnemosyne Protocol, a vector-based orchestration layer designed to maintain semantic and visual consistency across heterogeneous generative systems while enforcing Local-First Sovereignty for studio IP. Mnemosyne operationalizes continuity as a discrete-time, fail-closed verification gate (a conjunctive product-of-constraints) evaluated across frame sequences, with an explicit rollback + localized re-sampling mechanism before final rendering. Preliminary simulations demonstrate substantial reductions in continuity hallucination rates under defined constraints. What’s new in (v1.6.1 Packaging/Preview Patch)v1.6.1 adds reproducible benchmarks/baselines + standardized metrics and publishes executable traces to make the claims falsifiable. Code is licensed under MIT (see LICENSE in the archive); the paper text is CC BY 4.0.