Orbyfy provides a physics‑informed AI agent platform that automates solar site intelligence from initial screening through construction and operations. By ingesting satellite imagery, government datasets, and real‑time weather, the system generates thousands of environmental and site‑condition metrics and delivers risk scores, compliance alerts, and actionable recommendations via a natural‑language interface across web, Slack, Teams, email, and mobile. This enables solar developers, utilities, and EPC firms to make rapid, data‑driven decisions and avoid costly environmental surprises.
Funding
Funding not disclosed
Founders
Product
Problem
Solar developers, utilities, and EPCs face costly delays and overruns due to environmental surprises—flooding, erosion, wildfire, soil instability—and lengthy manual site assessments that can take weeks and require expensive consultants.
Solution
Orbyfy Earthflow delivers a physics‑informed AI agent platform that automates the entire solar site intelligence workflow, from initial screening through construction and operations. The system ingests satellite imagery, government datasets, and real‑time weather to generate over 1,000 environmental and site‑condition fields per location, applying Structured‑Entropy physics models that achieve 4‑7× higher predictive accuracy than traditional methods. Users interact with the autonomous agent, Cirra, via web, Slack, Teams, email or mobile, asking natural‑language queries and receiving bankable answers, risk scores, and actionable recommendations within minutes. The platform orchestrates data flows, runs risk analyses, and produces compliance reports, enabling rapid, data‑driven decisions and eliminating hidden environmental risks before capital is committed.
Target Audience
Primary customers are solar project developers, utility renewable teams, and engineering‑procurement‑construction (EPC) firms that need fast, reliable environmental intelligence across the full project lifecycle.
Features
- Physics‑informed AI agents (Planning, Orchestration, Assessment, Action) that autonomously execute site‑assessment workflows
- Integrated data fabric pulling from 70+ sources (USDA, NOAA, NASA, FEMA, USGS) and 6 satellite systems, delivering 1,000+ fields per site
- Structured‑Entropy physics models delivering 85‑95% accuracy on flood, erosion, seismic, and vegetation risk
- Natural‑language interface (Cirra) available across web, Slack, Microsoft Teams, email and mobile for zero‑friction interaction
- Automated compliance and permitting alerts for vegetation, habitat, and wildfire risk
- Grid interconnection analysis with capacity mapping and heat‑map visualizations
- Construction risk intelligence including 7‑day activity‑level weather forecasts and optimal work‑window scheduling
- Portfolio‑wide risk scoring and KPI dashboards for large‑scale solar asset management