Version: Investor-Ready Preliminary Technical Design Basis & Site Specification Sponsor: Fiveo1 Sovereign Infrastructure Platform Representative: Evan Winter (P.O. Box 312786, Avalon, California 90704) Classification: Regional Digital Edge Data & Technical Education Facility Status: Feasibility & Technical Validation Phase 1. FACILITY OVERVIEW & PURPOSE The León, Nicaragua facility is designed as a modest edge-computing and secure data-services node, operating in tandem with the primary Technology Education Hub. Rather than functioning as a hyperscale commercial data center, the facility is explicitly configured to support local sovereign cloud workloads, localized AI inference, digital logistics coordination with the Limón (Honduras) corridor, and educational platform delivery for participating academic institutions (such as UNAN-León). +---------------------------------------------------------------------------------+ | LEÓN EDGE DATA FACILITY (PRIMARY NODE) | +---------------------------------------+-----------------------------------------+ | +---------------------------------+---------------------------------+ | | | v v v +---------------------------+ +-------------------+ +-------------------------+ | IT COMPUTE & STORAGE | | ENCLOSURE & POWER | | EDUCATIONAL PLATFORM | | - Local GDC Edge Rack | | - ISO Container Pod| | - Offline Sync Engine | | - Local Data Residency | | - Solar + Micro-BESS| | - Google Workspace Edu | | - Autonomous AI Models | | - N+1 UPS & Gen Backup| - Tech Training Labs | +---------------------------+ +-------------------+ +-------------------------+ 2. ARCHITECTURAL & ENGINEERING SPECIFICATIONS A. Modular Prefabricated Enclosure Design * Structure: Prefabricated ISO-standard ruggedized modular data center pods (micro data center enclosures) optimized for rapid deployment and tropical coastal environments. * Capacity Scenario: 100 kW to 500 kW initial IT load envelope with modular scaling options to support incremental regional demand. * Cooling Infrastructure: In-row direct expansion (DX) closed-loop cooling units configured with N+1 redundancy, designed for high-humidity, warm-climate performance without heavy municipal water dependence. B. Compute & Hybrid Cloud Stack (Google Cloud Integration) * Hardware Architecture: Google Distributed Cloud Edge (GDC Edge) appliances paired with open-architecture server racks for localized data residency and offline execution capability. * Autonomous Operations: Capability to process real-time telemetry, run local AI inference models (for agricultural and logistics analysis), and manage municipal data sets even during temporary international WAN backhaul disruptions. * Network Connectivity: Dual-path fiber backhaul interfacing with national telecom infrastructure and regional subsea landing points, supported by localized satellite failover (LEO array terminal). 3. RESOURCE & UTILITY INTEGRATION | Utility / Resource Domain | Technical Design Basis & Redundancy Strategy | |---|---| | Primary Electrical Supply | Local utility grid interconnection backed by standard distribution transformers. | | Microgrid & Storage | On-site roof and canopy solar PV array coupled with a Battery Energy Storage System (BESS) for load leveling and seamless UPS transition. | | Backup Generation | N+1 dispatchable natural gas or clean-diesel generators with 72-hour on-site fuel storage. | | Water Requirement | Closed-loop chillers requiring minimal makeup water, mitigating competition with local municipal water resources. | 4. CORE FUNCTIONAL WORKLOADS * Digital Freight & Cold-Chain Hub: Connects via geospatial APIs to track cargo temperatures, digital manifests, and border telemetry for agricultural shipments moving between León and Limón, Honduras. * Universal Free Education Engine: Hosts the local offline mirror for the Fiveo1 Universal Educational Portal, serving interactive software labs, Chromebook enterprise policies, and Google Career Certificate modules to local students. * Data Sovereignty & Local Backup: Provides secure, encrypted colocation and backup replication for local agricultural cooperatives, public health systems, and emergency service providers. 5. RISK CONTROLS & SECURITY BASELINE * Cybersecurity Framework: Strict IT/OT air-gapping, Zero-Trust network access (ZTNA), multi-factor authentication, and SOC 2 / ISO 27001 control objectives for external access. * Physical Security: Perimeter fencing, biometric access points, 24/7 video surveillance, and environmental monitoring (flood, seismic, and fire suppression).