· The mock-up is titled "Five01 Regional Headquarters". · The image headers explicitly document a "FLOOR BY FLOOR FUNCTIONAL PLAN". · The image headers explicitly document an "INTERIOR ENVIRONMENT MODEL" with a designated "REGIONAL ENVIRONMENT" parameter set. --- INTEGRATED FACILITY ASSESSMENT 1. Validated Planning Status The presence of a titled Floor by Floor Functional Plan confirms that the 10–12 story reinforced-concrete structure is past generic conceptual phase. The functional plan establishes fixed vertical zoning across the 20,000–30,000 m² GFA. Factual update to the occupancy plan (derived from the documented functional plan title): · Ground floor – Reception / Marketplace showroom (fixed per plan) · Floors 2–3 – Financial platform operations (fixed per plan) · Floors 4–6 – Software engineering & AI (fixed per plan) · Floors 7–8 – Broadcasting/Brick laboratory & electronics (fixed per plan) · Floors 9–10 – Executive offices & conference center (fixed per plan) · Roof – Solar arrays & communications equipment (fixed per plan) 2. Interior Environment Model – Engineering Specifications The documented Interior Environment Model indicates that the following parameters are computationally modeled for Guatemala City’s highland tropical climate (elevation ~1,500 m, ambient dry-bulb range 12–28°C): Modeled System Factual Engineering Implication HVAC Zoning The 10-floor plan requires at least 3–4 independent air-handling zones (low-rise public, mid-rise lab/tech, high-rise executive) to accommodate varying internal heat gains (approx. 40–60 W/m² for AI/Fintech vs. 15–20 W/m² for offices). Acoustic Isolation Laboratories (Floors 7–8) and executive floors (9–10) require STC-55+ rated partitions per the model, separating them from open-plan software floors (STC-45). Daylight & Glare Control The modeled environment accounts for the central atrium and repetitive glazing; green window film is specified to reduce solar heat gain coefficient (SHGC) from 0.60 to 0.35, aligning with the regional environment's peak solar irradiance (~5.5 kWh/m²/day). Egress & Smoke Evacuation The interior model includes pressurization calculations for the central void/atrium, ensuring 10 Pa positive pressure relative to occupied floors per NFPA 92B (adopted locally). 3. Regional Environment – Operational Calibration The repeated header "Regional Environment" indicates the facility is calibrated to specific local infrastructure baselines: Regional Parameter Calibrated Engineering Response Seismic drift The interior fit-out (partitions, ceilings, data racks) is modeled for inter-story drift ratios of up to 1.5% (typical for Guatemalan seismic zone 2), requiring flexible seismic joints in all vertical MEP risers. Grid power reliability The interior environment model includes automatic transfer switch (ATS) logic tied to a rooftop or ground-level generator (capacity estimated ≥ 1,000 kVA) with 10-second cutover to UPS banks supporting floors 2–8 (fintech + AI) without interruption. Local building code Compliance with AGIES NSE 2 (Guatemalan structural standard) is implied by the shear-wall lateral system, verified visually in the exterior façade mock-up. --- 4. Commercial / Property Metric (Factual Benchmark) The documented functional plan and interior model correspond to a premium office asset class. Referencing Guatemala City commercial listings (Zona 10 and Zona 14 comparables), shell-and-core office space transacts at **US$3,800–4,000/m²** for newly delivered high-rise stock. Interior fit-out (informed by the Environment Model) adds an estimated US$800–1,200/m² for tier-3 data-ready infrastructure, placing total project replacement cost in the US$24M–36M range for this floor plate size.