The Recursive Mesh Anchor is a deployable network node disguised as a structural fastener — a thumb-sized titanium spike that, when driven into any conductive surface, broadcasts a self-replicating subnet capable of bridging isolated local networks across a radius of up to 400 meters. The device piggybacks on ambient electrical noise in walls, conduits, and rebar to propagate signal without drawing detectable power draw from any single source. Once planted, it fragments its own address signature recursively every 11 seconds, making passive detection nearly impossible without physical access to the spike itself.

What distinguishes the RMA from conventional signal repeaters is its passive operational profile. It requires no active power cell after initial deployment — the kinetic energy of insertion charges an internal graphene microcapacitor that sustains the device for 72 hours. The spike's exterior is coated in construction-grade polymer composite, making it visually indistinguishable from standard structural anchors used by Palladian and other contractors throughout GLMZ's lower districts.

The RMA is standard kit for Tessera's own field intelligence contractors and has leaked into the hands of fixers, corporate espionage runners, and union organizers who need persistent comms infrastructure in surveilled buildings. Building security sweeps routinely miss them; the most reliable countermeasure is a physical inspection of every fastener in a structure, which is rarely practical.