The Orbital Ring Framework: Continuity Infrastructure at Orbital Scale

The Orbital Ring Framework specifies a civilizational-scale implementation architecture for an equatorial low-Earth-orbit orbital ring as continuity infrastructure. Building on established dynamic-support orbital ring concepts, the framework integrates direct-final assembly, asteroid-derived construction mass, autonomous robotic assembly, equatorial host-nation energy downlink, global commons governance, three-hundred-year civic dividend structures, long-duration closed-loop habitation, and century-scale siege independence. The document argues that the principal barrier to orbital ring construction is no longer fundamental physics, but political commitment, industrial coordination, incentive design, and institutional architecture. It frames the ring as a continuity substrate rather than a conventional megaproject: one object, one charter, one orbital infrastructure layer designed to reduce launch cost, stabilize low-Earth-orbit operations, support interplanetary migration, downlink clean energy to equatorial host nations, and preserve a viable human population beyond single-planet failure modes. This version is released as a technical framework for citation, critique, extension, and future implementation analysis.