The Building MRI

From drone capture to building portfolio enclosure

intelligence: actionable insights for capital and risk foresight.

From drone capture to building portfolio enclosure intelligence: actionable insights for capital and risk foresight.

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Trusted by City, Enterprise and Building Portfolio Partners Globally

Who We Are

We are a building technology AI company, spun off from Georgia Tech and MIT innovations. We transform building enclosure data into actionable intelligence using patented technology that makes portfolio-scale diagnostics accurate, faster, less costly, and safer.

Features

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Automated Building Exterior Diagnostics for Retrofitting and New Construction

Portfolio-Scale Benchmarking

Rapidly assess & compare results across your portfolio.

Data-Driven Capital Planning

Build data-backed business cases to secure project funding.

Prioritize Intelligently

Rank defect severity to efficiently deploy deferred maintenance budgets.

Investment-Grade Energy Modeling

Translate envelope defects into measurable energy savings.

Smarter, Faster,
Less Costly.

Impactful results with fewer engineering hours and lower costs.

Field-Proven, Backed by Bleeding-Edge Research

Born from research at Georgia Tech, MIT & Syracuse University, Now deployed globally.

From Data Capture to Actionable Intelligence

Comprehensive envelope assessment delivered in days, not weeks.

Autonomous Capture
Scan building enclosures using camera-equipped drones with thermal and regular imaging. This non-invasive approach captures comprehensive data across every surface, revealing conditions invisible to the human eye. We are the pioneers of Beyond Visual Line of Site (BVLOS) building inspection flights.
AI Diagnostics
Root-causes anomalies, categorizes defect severity, and predicts failure patterns using proprietary AI trained on extensive building data. Our simulation models translate thermal signatures into actionable insights that indicate developing capital investment problems months before visible damage appears.
Cloud Platform
Receive 3D models with defects mapped, simulated energy impact assessments and ROI analysis, and prioritized solutions with design-ready statements of work for surgical retrofits. All existing buildings and new construction findings are documented for with precision for capital planning and contractor execution.
Autonomous Capture
Scan building enclosures using camera-equipped drones with thermal and regular imaging. This non-invasive approach captures comprehensive data across every surface, revealing conditions invisible to the human eye. We are the pioneers of Beyond Visual Line of Site (BVLOS) building inspection flights.
AI Diagnostics
Root-causes anomalies, categorizes defect severity, and predicts failure patterns using proprietary AI trained on extensive building data. Our simulation models translate thermal signatures into actionable insights that indicate developing capital investment problems months before visible damage appears.
Cloud Platform
Receive 3D models with defects mapped, simulated energy impact assessments and ROI analysis, and prioritized solutions with design-ready statements of work for surgical retrofits. All existing buildings and new construction findings are documented for with precision for capital planning and contractor execution.
Autonomous Capture
Scan building enclosures using camera-equipped drones with thermal and regular imaging. This non-invasive approach captures comprehensive data across every surface, revealing conditions invisible to the human eye. We are the pioneers of Beyond Visual Line of Site (BVLOS) building inspection flights.
AI Diagnostics
Root-causes anomalies, categorizes defect severity, and predicts failure patterns using proprietary AI trained on extensive building data. Our simulation models translate thermal signatures into actionable insights that indicate developing capital investment problems months before visible damage appears.
Cloud Platform
Receive 3D models with defects mapped, simulated energy impact assessments and ROI analysis, and prioritized solutions with design-ready statements of work for surgical retrofits. All existing buildings and new construction findings are documented for with precision for capital planning and contractor execution.
Autonomous Capture
Scan building enclosures using camera-equipped drones with thermal and regular imaging. This non-invasive approach captures comprehensive data across every surface, revealing conditions invisible to the human eye. We are the pioneers of Beyond Visual Line of Site (BVLOS) building inspection flights.
AI Diagnostics
Root-causes anomalies, categorizes defect severity, and predicts failure patterns using proprietary AI trained on extensive building data. Our simulation models translate thermal signatures into actionable insights that indicate developing capital investment problems months before visible damage appears.
Cloud Platform
Receive 3D models with defects mapped, simulated energy impact assessments and ROI analysis, and prioritized solutions with design-ready statements of work for surgical retrofits. All existing buildings and new construction findings are documented for with precision for capital planning and contractor execution.

Proven Results Across Building Types

From healthcare to education to commercial portfolios—delivering measurable outcomes.

“With Lamarr.AI’s automated diagnostics, we’re able to make smarter, data-driven decisions—stretching our facility budgets further and focusing improvements where they matter most. Their prioritized reports help to transform capital planning into a practical, high-impact process for our campus.”