House of Data provides an AI‑driven location intelligence platform that evaluates millions of parcels for grid capacity, zoning, and renewable energy proximity to identify EU‑compliant datacenter sites. The solution automates permitting, designs modular low‑PUE facilities with heat‑reuse and on‑site renewables, and offers a real‑time operations dashboard for cloud providers, telecoms, and enterprises seeking sustainable, high‑availability capacity within EU data‑residency rules.
Funding
Funding not disclosed
Founders
Product
Problem
Digital infrastructure growth in Europe is outpacing the availability of suitable sites, with grid congestion, land scarcity, complex zoning regulations, and strict data‑sovereignty requirements limiting the deployment of new datacenters. This creates a supply shortfall that hampers cloud, AI, and data‑intensive services.
Solution
House of Data applies AI‑driven location intelligence to identify and evaluate site opportunities that traditional methods overlook. The platform cross‑references grid capacity, land use, zoning constraints, and sustainability metrics to generate a shortlist of compliant, cost‑efficient locations. Once a site is selected, the company designs datacenters that integrate local renewable energy and heat‑reuse systems, delivering high‑uptime operations while keeping data within EU jurisdiction. The end‑to‑end workflow—from site scouting to sustainable design and operational planning—enables rapid, compliant rollout of new capacity for digital service providers.
Target Audience
Primary customers are cloud service providers, telecom operators, and large enterprises seeking EU‑compliant, high‑availability datacenter capacity, as well as investors and developers focused on sustainable digital infrastructure projects.
Features
- AI engine that scores millions of parcels on grid availability, land scarcity, zoning risk, and proximity to renewable energy sources.
- Automated compliance checks for EU data‑residency, GDPR, and local building codes, reducing permitting time.
- Sustainable design toolkit that incorporates heat‑recovery loops, on‑site renewable integration, and low‑PUE architecture.
- Modular datacenter templates that can be scaled from 1 MW to multi‑10 MW footprints while maintaining maximum uptime.
- Real‑time operational dashboard that monitors power quality, cooling efficiency, and environmental impact metrics.
- End‑to‑end project management platform linking real‑estate, engineering, and capital‑market stakeholders in a single workflow.
- Secure data‑flow architecture ensuring all processed data remains within EU borders, with built‑in audit trails for regulatory reporting.