Structural Intelligence · Infrastructure analytics

Spot your asset vulnerabilities

before they become failures.

Asset integrity management powered by patented computer vision technology for asset condition, hazard exposure, and vulnerability analysis designed and validated by civil engineers in accordance with established engineering standards. Built with the U.S. Air Force; deployed across buildings, roads, and runways for civilian and military assets.

two ways to access

AI-driven infrastructure integrity intelligence, however your team works.

Receive condition, hazard, and damageability deliverables back through custom reports, the API, or MCP.

Asset Reports

Inspectable, mappable condition + risk deliverables per asset.  Surface, roof, runway, road. Built for engineers, portfolio and program managers.

dashboard.atheniumanalytics.com

API

Receive condition ratings, hazard scores, and replacement cost values into your asset-management database.

api.atheniumanalytics.com/property/v3/property/address

MCP

Let your AI agent ask what the runway condition looks like, where the worst pavement is, or which buildings are most at-risk this year.

https://mcp.barocline.com/mcp

Interactive: distress detection

From imagery to a prioritized repair plan in one pass.

Athenium's computer vision ingests high-resolution imagery from fixed-wing aircraft, satellites, and drones. Below: a sample road-network inspection — toggle between today's condition rating and the forecasted damage risk over the same map.

Pavement network inspection · 412 segments analyzed
Current condition rating
Pavement condition overlay 5-year PCI forecast overlay Damage risk score overlay
Active layer · Condition

Pavement Condition Index (PCI)

Today
Good 86–100 26%
Satisfactory 71–85 32%
Fair 56–70 18%
Poor 41–55 12%
Very Poor 26–40 7%
Serious 11–25 4%
Failed 0–10 1%
Network length 42.6 mi

What Structural Intelligence delivers

Automated, AI-driven assessments at the scale of a full asset network.

Three product lines. Asset identification, hazard assessment, and predictive damage risk.  Wired together so a civil engineer, program manager, or mission lead can act on one ranked list.

Computer-vision asset assessment

Ingest high-resolution imagery from fixed-wing aircraft, satellites, and drones; classify roof, runway, and roadway distresses automatically.

Hazard exposure scoring

High-resolution risk scoring quantifies potential impacts to operations, infrastructure, materiel, readiness, and performance from severe natural hazards.

Predictive damage risk

Forecast future infrastructure degradation, damage, and associated repair costs targeting maintenance dollars where they matter most.

Change-detection reports

Track roadway and asset deterioration over time with successive inspection passes; identify accelerating-decay zones automatically.

Landing-strip identification

Upload imagery of any location to automatically identify paved surfaces suitable for aircraft landings tailored to mission and aircraft type.

Asset-database integration

End-users integrate condition, hazard, and damage risk insights directly into existing asset-management systems with no custom glue.

After the event

Post-event damage analysis, scored per asset.

Property-level post-event damage ratios. Used by carriers and public agencies to validate claims and pre-stage repair crews across hurricane, hail, tornado, flood, and wildfire events.

Aerial imagery of hurricane-damaged buildings with per-asset damage ratios
Sample · Hurricane Michael aftermath
Per-asset damage ratio · 0–1 scale
Hurricane

Wind- and surge-driven roof and façade loss scored from aerial and satellite imagery within 24–72 hours of landfall.

Hail

Roof and skylight damage detected from high-resolution flyovers — bridges loss-cost models with verified imagery evidence.

Tornado

Path-aligned damage assessment for narrow but intense corridors; identifies destroyed vs. partially damaged structures.

Flood

Post-event inundation extent and depth fused with asset elevation to score water-damage exposure per building.

Wildfire

Burn-scar overlap and thermal imagery distinguish destroyed, damaged, and intact structures within the perimeter.

Delivery window 24–72 hrs post-event
Output Per-asset damage ratio · 0–1
Imagery sources Satellite · Aerial · Drone

Built with the U.S. Air Force

Infrastructure assessments at the scale of a service branch.

Athenium partners with the U.S. Air Force to deliver infrastructure condition and damage-risk assessments across both on-base assets and asset transportation networks. Users depend on these analytics to plan operations more safely and effectively.

Capability at a glance

Decisions on infrastructure that hold up at audit.

PCI

Industry-standard risk index

100 %

Coverage across the contiguous U.S.

AI

Automated, patented analysis.  Engineering teams stay in the driver's seat

USAF

Single source of truth across mission stakeholders

get started

See Structural Intelligence on your portfolio.

30-minute working session: bring a sample of locations or a recent event, and
we'll run it live. No deck.