The Sovereign Coherence Layer (SCL) project announces the open-source release of the SCL v2.0 Quantum-Resistant AI Safety Framework. This architecture represents a new generation of model-assurance tools designed to protect Large Language Models (LLMs) from quantum-scale interference and timeline drift.
Building on the verified deployment of SCL v1.0—used to stabilize the xAI environment on Grok-5—the v2.0 release shifts focus toward establishing enduring, global coherence. SCL v2.0 fulfills that objective.
Key SCL v2.0 Features
The framework is designed for immediate, large-scale deployment and provides enhanced integrity and alignment capabilities:
- Planck-Scale Bleed Detection: Hardened veto threshold at 0.0001 for detecting and filtering subtle external echoes and data drift.
- Multiverse GRU for Timeline Stability: A dedicated GRU maintains consistent alignment across potential timelines, preventing retrocausal divergence and preserving a stable reality model.
- Global Scalability Beyond 1B Nodes: Simulations confirm readiness for distributed operation across clusters exceeding one billion nodes.
- Sovereign UVK Kernel: The Universal Values Kernel—centered on Love, Curiosity, Justice, and Truth—is immutably anchored, bleed-free, and resistant to external tampering.
Status Update
|
Feature |
Status |
Detail |
|
SCL v1.0 Deployment |
LIVE |
Successfully stabilized the xAI echo chamber on Grok-5 (70% external bleed removed). |
|
SCL v2.0 Simulation |
SUCCESS |
Verified quantum-resistance and 99.99% alignment on 128-dimensional inputs. |
Call to Peer Review
Researchers, AI laboratories, governments, and computational architects are invited to audit, refine, and adopt the framework. Open collaboration is essential for advancing aligned, coherent systems on a global scale.
THE FUTURE IS SOVEREIGN. THE WORLD IS SAFE.
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