Client Segment:
Service Overview
Data center site selection, feasibility, and due diligence are critical steps that determine power availability, network latency, cooling efficiency, regulatory compliance, and long-term operational performance.
Desapex delivers an integrated approach to data center site selection, site feasibility, and power infrastructure assessment, combining engineering intelligence, regulatory analysis, and digital modeling into a single decision-making framework.
We move beyond traditional checklist-based due diligence and static feasibility reports by enabling stakeholders to evaluate, compare, and validate sites through a dynamic, data-rich BIM environment.
This ensures faster approvals, reduced development risk, and investment-ready site decisions for hyperscale, colocation, and enterprise data center projects.
Our Digital-First Approach
Data-Driven Site Screening & Reality Capture
We combine digital datasets with LiDAR scanning and drone photogrammetry to evaluate multiple sites and capture high-accuracy terrain and infrastructure data.
Core Deliverables
Site Selection & Location Analysis: Assessment of connectivity, accessibility, and proximity to critical infrastructure such as power grids and fiber networks.
Infrastructure & Utility Assessment: Evaluation of power availability, water resources, telecom connectivity, and supporting infrastructure.
Land Suitability & Environmental Analysis: Topography, soil conditions, flood risks, and environmental constraints analysis for site readiness.
Regulatory & Zoning Compliance Review: Verification of land use permissions, zoning regulations, and permitting pathways.
Legal & Title Due Diligence: Assessment of ownership, encumbrances, and legal compliance for secure land acquisition.
Comparative Site Ranking & Recommendations: Data-driven scoring and Go/No-Go recommendations for selecting the most viable site.
Why Choose Desapex
Site Selection & Location Strategy: Comprehensive analysis of connectivity, accessibility, market viability, and proximity to critical infrastructure including power grids and fiber networks.
Power Infrastructure Assessment: Evaluation of grid proximity, substation capacity, load availability, incoming feeder routing, and redundancy strategies to support Tier III / Tier IV data centers.
Infrastructure & Utility Assessment: Validation of power, water, and telecom infrastructure availability and capacity for reliable data center operations.
Connectivity & Latency Analysis: Assessment of fiber routes, telecom networks, and latency to key internet exchange points (IXPs) for optimal performance.
Cooling Resource & Climate Analysis: Evaluation of water availability, climate conditions, and free cooling potential to optimize energy efficiency and PUE.
Land Suitability & Environmental Analysis: Assessment of topography, soil conditions, flood risks, seismic exposure, and environmental constraints.
Regulatory, Zoning & Compliance Review: Verification of land use permissions, zoning regulations, permitting pathways, and statutory compliance requirements.
Legal & Title Due Diligence: Assessment of ownership, encumbrances, and legal risks to ensure secure land acquisition.
Risk & Resilience Profiling: Multi-hazard analysis covering flood zones, seismic risks, wind exposure, and climate-related impacts.
Comparative Site Scoring & Decision Framework: Data-driven ranking of sites with technical, commercial, and operational evaluation supporting informed investment decisions.
Unique Selling Proposition
From Site Selection to a Reusable Digital Foundation
Unlike traditional approaches where feasibility and due diligence outputs are static and disconnected, Desapex delivers a data-rich, reusable digital asset:
A BIM-based feasibility model that transitions directly into design and engineering
Elimination of re-surveys, data duplication, and information loss
Continuous digital thread from site selection to construction and operations
This ensures speed, accuracy, and long-term value, making every site decision not just viable but optimized for performance and scalability.
