We help solar developers, utilities, and EPCs eliminate environmental surprises and accelerate work by deploying Physics-Informed AI Agents that automate all types of site work in minutes instead of months.
The AI Agent for Solar Energy
Orbyfy Earthflow is building the definitive AI agent for solar energy development, providing a complete picture of all site solar conditions through intelligent interaction across every lifecycle phase. Powered by Physics AI.
AI Agent Architecture
Specialized agents working autonomously to handle every aspect of solar site intelligence
Planning Agent
Autonomous site assessment and feasibility analysis. Evaluates locations, identifies risks, and recommends optimal configurations.
Orchestration Agent
Coordinates data flows, triggers analyses, and manages complex workflows across all your sites automatically.
Assessment Agent
Environmental risk scoring, compliance evaluation, and continuous monitoring with predictive insights.
Action Agent
Generates reports, recommendations, and alerts. Takes autonomous actions based on predefined rules and thresholds.
What You Can Do Today
Portfolio Overview
Enterprise-wide visibility across all your solar sites with unified dashboards and KPIs.
Site Analysis
Deep environmental intelligence with satellite imagery, terrain analysis, and risk assessment.
Vegetation Compliance
Automated vegetation monitoring, growth tracking, and compliance alerts.
Grid Analysis
Grid interconnection intelligence with capacity analysis and infrastructure mapping.
Cirra AI Assistant
Natural language queries for instant insights. Ask questions, get answers.
Site Monitor
Real-time condition monitoring with weather integration and alert systems.
Coming Soon
Research Publications
Foundational research driving the next generation of physics-informed AI. Our Structured-Entropy Physics framework proves that 200-year-old Fourier-Navier-Stokes equations are fundamentally incomplete—delivering 4-7x predictive accuracy improvements over classical physics, with peaks up to 46x in transition regions. We're powering the future of autonomous digital twins.
The Geometry of Collapse: A Structured Resolution of the Riemann Hypothesis
Orbyfy Labs Research
The Goldbach Conjecture
Orbyfy Labs Research
A Lyapunov-Perelman Accounting Resolution of the Navier-Stokes Regularity Problem
Orbyfy Labs Research
An Unconditional Proof of the Twin Prime Conjecture, Parity Cancellation and Spectral Recurrence
Orbyfy Labs Research
On the Incompleteness of Fourier-Navier-Stokes Heat Transport in Structured Geometries
Orbyfy Labs Research
"This is what happens when an Unstoppable Force meets an Immovable Object"
3-5x increase in just 5 years
70% of projects face cost overruns