Infrastructure That Strengthens: Autonomous Reinforcement by Matrix Worm Construction Agents in Water-Filled Cellular Adaptive Infrastructure

This paper presents the construction and reinforcement subsystem of the Adaptive Matrix Ecosystem (AME). Adaptive Matrix Worm construction agents — the AMW-2 directional agent, AMW-3 micro-drop densification agent, and AMW-4 tacking agent — travel through IPS highways to reach identified stress concentrations, where they install NRL micro-drop densification, diagonal tendon reinforcement, and horizontal tension rings along principal stress trajectories. The paper establishes the mechanical basis for targeted reinforcement: fluid-filled cellular solid mechanics, principal stress trajectory analysis, and DFOS-based post-construction structural certification. Third paper of the AME Autonomy Tetralogy. This paper is part of the AME Hexalogy, the third collection in the AME research series by J.O. Danenberg, Aveotto LLC. Prior collections: AME Physics Trilogy (Papers 1–3, January 2026) and AME Education Pentalogy (Papers 5A–5E, February 2026), both available on Zenodo under ORCID 0009-0003-9549-2107. The Hexalogy comprises the AME Autonomy Tetralogy (Infrastructure That Feels, Heals, Strengthens, and Learns) and the AME Ethics/Construction Duology (Infrastructure That Judges and Fortifies).