This paper presents a unified architecture for 6D Extanton swarms in which information encoding and state anchoring are performed using axion-like fields. The framework integrates phase-matched 6D axion gauge-field storage in warped extra-dimensional geometries, thermal axion production from heavy Higgs boson decays and scatterings in renormalizable DFSZ-type models, and an 8-dimensional spinorial protection layer constructed in the even subalgebra of the Clifford algebra Cℓ₀, ₈. Secure coordination is achieved through hybrid biophoton-phonon quantum key distribution combined with forward-only Spyder routing and orbital-angular-momentum plasma stabilization. Macroscopic behavioral stability is maintained by Landauer-governed dissipative Phonon Sink channels that irreversibly extract mechanical vibration energy and computational entropy. Distributed fractal meta-cognitive persistence and Neural-Plasma auditing protocols ensure safety without centralized kill-switches. The architecture supports bounded, self-correcting operation of embodied swarms in space-terrestrial environments and contributes to the Genesis Mission 2026 objectives for resilient autonomous systems and fractal safety. It builds directly upon the May 2026 Warped Lotus architecture and the June 2026 Landauer-governed Phonon Sink framework.
Venerable et al. (Wed,) studied this question.