FrontierGen offers a data‑driven platform that consolidates geospatial, utility, and regulatory datasets into a scored map of infrastructure‑rich parcels suitable for hyperscale data centers and large industrial campuses. The solution identifies shovel‑ready sites with high‑voltage power, natural‑gas, water, and fiber‑optic access, and provides API and exportable reports to streamline due diligence, permitting, and project kickoff.
Funding
Funding not disclosed
Founders
Product
Problem
Developers of large‑scale industrial campuses face fragmented infrastructure data, lengthy permitting processes, and uncertainty about proximity to critical utilities such as high‑voltage transmission, natural‑gas pipelines, water sources, and fiber‑optic networks. This information gap prolongs site selection and pushes commissioning timelines out by months or years.
Solution
FrontierGen delivers a data‑driven platform that consolidates geospatial, interconnection, and regulatory datasets into a scored map of “infrastructure nexus” parcels. Advanced analytics identify corridors where megawatts, molecules, water, and megabits converge, producing shovel‑ready land parcels that meet the utility density required for hyperscale data centers and other industrial projects. Clients receive a single source of truth that shortens due‑diligence, reduces risk, and accelerates the transition from site selection to commissioning. The platform also offers API access and exportable reports, enabling seamless integration with internal GIS tools and project‑management workflows.
Target Audience
Primary customers are hyperscale data‑center developers, cloud‑infrastructure operators, and industrial campus builders seeking turnkey, utility‑rich land parcels for rapid deployment. The solution also serves utility planners and large‑scale renewable project developers that require coordinated access to electricity, gas, water, and high‑speed connectivity.
Features
- Automated aggregation of satellite imagery, utility GIS layers, and permitting records into a unified spatial database
- Proprietary scoring engine that ranks parcels based on electricity transmission capacity (≥138 kV), natural‑gas trunkline proximity, water availability, and fiber‑optic redundancy
- Identification of large, flat parcels (400+ acres) situated outside 100‑year floodplains while maintaining access to cooling water sources
- Real‑time regulatory and environmental compliance overlay, including EPA NSPS and jurisdictional risk indicators
- Cloud‑hosted GIS portal with interactive map visualizations, customizable filters, and downloadable site dossiers
- RESTful API for programmatic retrieval of scored parcels, permitting status, and utility connection details
- Integrated workflow tools that generate pre‑filled permitting checklists and timeline forecasts for rapid project kickoff