Planarific provides a hardware‑agnostic, browser‑based SaaS platform that converts aerial and ground imagery into accurate 3D models of individual homes, extracting dimensions, roof pitches, windows, doors and other architectural features. The AI‑driven insights support portfolio‑level and property‑specific planning, cost estimation, solar analytics, virtual inspections, and early‑warning deterioration alerts for use cases such as retrofitting, stock condition surveys, insurance valuation, and permitted‑development analysis.
Funding
Funding not disclosed
Founders
Product
Problem
Residential buildings account for a large share of carbon emissions, yet most structures that will exist in 2050 are already built, creating a need for large‑scale retrofitting and efficient planning. Accurate, up‑to‑date information on building geometry and condition is scarce, making cost estimation, risk assessment, and densification analysis time‑consuming and error‑prone.
Solution
Planarific offers a hardware‑agnostic, browser‑based SaaS platform that transforms aerial and ground imagery into detailed 3D models of individual homes. Its AI pipeline extracts dimensions, roof pitches, windows, doors, and other architectural features, then delivers portfolio‑level and property‑specific insights for planning, costing, and coordination. Users can perform virtual inspections, generate quantity take‑offs, assess solar potential, and receive early‑warning indicators of building deterioration. The platform supports use cases such as retrofit planning, stock condition surveys, insurance valuation, permitted‑development analysis, and infill‑density opportunities, enabling data‑driven decision‑making across the built environment.
Target Audience
Primary customers include property developers, retrofit contractors, local authorities, insurance firms, and housing associations that require scalable, data‑rich insights for building assessment, planning, and risk management.
Features
- AI-driven reconstruction of each dwelling into an accurate 3D model with full architectural feature extraction
- Typology matching and automated quantities reporting for material and cost estimation
- Integrated solar analytics to evaluate renewable energy potential on existing roofs
- Interactive 3D virtual inspection toolset for remote assessment and stakeholder collaboration
- Early‑warning indicators and deterioration risk flags for proactive maintenance and insurance underwriting
- Fully browser‑based, hardware‑agnostic interface designed for large‑scale portfolio deployment