The Community Compute Queenslander (CCQ) Climate-Native, Sovereign AI Infrastructure for Small Communities - A Conceptual Framework Paper

AbstractThis paper presents the Community Compute Queenslander (CCQ): a conceptualframework for climate-adapted, community-scale digital infrastructure designed toenable local artificial intelligence capabilities, democratic governance systems, healthinformatics, educational resources, and disaster resilience in energy-constrainedregions. Drawing inspiration from the vernacular architecture of the traditionalAustralian Queenslander house, the CCQ framework proposes a systems architecturethat integrates passive cooling principles, renewable energy generation, waterharvesting, air filtration, and modular compute infrastructure into a unified civicfacility.The framework addresses a critical gap in current digital infrastructure planning: theabsence of sovereignty-preserving, climate-appropriate computing facilities forcommunities of 5,000 to 10,000 people. Such communities, including remotesettlements, island nations, First Nations communities, and rural townships, aretypically forced to choose between inadequate local infrastructure or dependence ondistant cloud services that compromise data sovereignty, increase latency, and createsingle points of failure during the disasters when connectivity is most needed.Scope declaration: This paper constitutes a conceptual, architectural, andsystems-governance framework. It does not constitute engineering drawings,building codes, safety certification, or construction instructions. All technicalspecifications are illustrative and indicative only