System active · 12,400+ structures online

Predict structural
failures before
they happen.

Predictive SHM · Public Works Analytics · AI Forecasting

CivisIntel processes real-time sensor data from bridges, tunnels, and highways to predict structural failures up to 12 months in advance — giving public works teams time to act before catastrophe strikes.

Request a demo See the platform
98.7% accuracy FedRAMP · SOC 2 12 months advance notice
civisintel.ai — ops center · region: northeast
MONITORING
STRUCT-447B · Roosevelt Bridge, DC
SENSOR ARRAY 1 OF 24 HEALTH 84%
Vibration — CH01 2.14 Hz Normal
Stress — CH02 187 MPa Elevated
Displacement — CH03 +3.2 mm Normal
Temperature — CH04 14.2°C Normal
Predictive Alert — CH02 stress trend
Model projects stress threshold breach in 9.2 months. Maintenance recommended Q3.
Failure prediction window · 98.7% confidence
9.2 months
98.7%
Prediction accuracy
12.4K+
Structures monitored
47%
Cost reduction
Deployed by
US Dept of Transportation City of Austin Caltrans NYC DOT FHWA Army Corps of Engineers
The problem

The US has 42,000 structurally
deficient bridges. Most cities
don't know which ones.

Reactive inspection cycles and spreadsheet-based maintenance scheduling are failing public infrastructure — and the public.

// Without CivisIntel
Inspections happen every 2 years — structural degradation can progress to critical failure in months
Emergency repairs cost 3–7× more than planned interventions — and close infrastructure without warning
Maintenance budgets allocated by political priority, not data — the most dangerous structures aren't always first in line
Catastrophic failures — like the FIU pedestrian bridge and Minneapolis I-35 collapse — with zero advance warning
Weather and load events create unmonitored stress — invisible between inspection cycles
// With CivisIntel deployed
Continuous 24/7 sensor monitoring with millisecond data resolution — no blind spots between inspections
Failure predictions issued up to 12 months in advance — time to plan, budget, and execute safely
AI-ranked priority maintenance queue — objective, data-driven, and defensible in public budget hearings
Average 47% reduction in maintenance costs through targeted proactive intervention
Weather and load events automatically factored into prediction models — in real time
Process

From raw sensor data to
actionable prediction

Four stages — running continuously, 24 hours a day, across every monitored structure.

1
Connect sensors
Integrate existing IoT sensor networks or deploy CivisIntel-compatible devices. Supports vibration, strain, temperature, displacement, and crack sensors from all major manufacturers.
2
Stream & process data
Sensor data streams at millisecond resolution into the CivisIntel platform — edge-processed locally, then aggregated to our AI inference engine in under 50ms.
3
AI prediction engine
Deep learning models trained on 60+ years of structural failure data analyse live readings, detect anomalies, and forecast failure probability across configurable time horizons.
4
Alert, report, optimise
Ranked alerts, maintenance recommendations, and budget optimisation reports delivered to your team — with enough lead time to plan, fund, and execute safely.
Platform capabilities

End-to-end structural
intelligence, on one platform

Six integrated modules — sensor ingestion to budget report — no third-party stitching required.

Structural Monitoring
Real-time analysis of vibrations, stress, strain, and displacement across all structural elements. Baseline deviation alerts trigger automatically when thresholds are exceeded.
24/7 live feed · <50ms latency
Predictive Analytics
AI algorithms trained on 60+ years of structural failure data generate failure probability forecasts at 1, 3, 6, and 12-month horizons, with 98.7% accuracy.
98.7% accuracy · 12-month horizon
Weather & Load Integration
Automatically correlates structural sensor readings with live weather data, seismic activity, and traffic load patterns — so predictions account for real environmental forces.
Live NOAA + USGS integration
Budget Optimisation
AI-ranked maintenance priority queues with cost estimates, intervention windows, and ROI projections — built for public budget hearings and federal reporting requirements.
Avg. 47% cost reduction
Automated Reporting
Compliance-ready health reports generated automatically — formatted for FHWA, AASHTO, and state-level inspection reporting. Shareable with engineers, planners, and regulators in one click.
FHWA · AASHTO compliant
Multi-Agency Collaboration
Shared dashboards for city engineers, public works teams, federal inspectors, and contractors — with role-based access control and a full audit trail for regulatory accountability.
FedRAMP · SOC 2 · FISMA
Why CivisIntel

The Civis advantage

What makes CivisIntel the platform that infrastructure directors trust with critical decisions.

98.7%
Prediction accuracy
12 mo.
Max advance warning
47%
Avg. maintenance cost reduction
12K+
Structures currently monitored
01
Unmatched prediction accuracy
98.7% accuracy from proprietary deep learning models trained on 60+ years of real structural failure data — across bridge types, geographies, traffic loads, and climate conditions. Not a general-purpose model retrofitted to infrastructure.
02
12 months of lead time
Most structural monitoring systems trigger alerts hours or days before failure. CivisIntel's predictive window gives public works teams up to 12 months — enough time to budget, plan, bid, and intervene safely.
03
Data-driven budget defence
When public works directors present maintenance budgets to city councils, CivisIntel's AI-ranked priority reports provide objective, auditable evidence for every dollar requested — replacing political guesswork with structural data.
04
Continuous learning across the network
Every sensor reading, every maintenance outcome, and every confirmed prediction strengthens the model — across all 12,400+ structures. Your bridge benefits from the data of every other bridge in the network.
Who we serve

Built for every agency
that maintains public infrastructure

From single-city deployments to federal-scale networks spanning thousands of structures.

City & Municipal Governments
Urban infrastructure management for bridges, overpasses, public buildings, retaining walls, and drainage systems across city road networks.
→ Full city deployment
State Transportation Departments
Highway, tunnel, and transit infrastructure monitoring across state road networks — with FHWA-compliant reporting and federal grant documentation support.
→ FHWA compliant
Water & Utilities
Dam, levee, and water treatment facility structural health monitoring — including seepage detection, embankment stability, and hydrostatic pressure analysis.
→ Dam · Levee · Treatment
Federal Agencies
Federal, state, and local agencies managing critical national infrastructure — with FedRAMP authorization, FISMA compliance, and inter-agency data sharing capabilities.
→ FedRAMP · FISMA
Engineering & Consulting Firms
Structural engineers and consulting firms advising public-sector clients — use CivisIntel's API to embed predictive analytics in your own deliverables.
→ API-first integration
Public Works Departments
Day-to-day maintenance planning and budget optimisation for public works teams — with mobile-first dashboards for field engineers and inspectors.
→ Mobile field app
Case study

How the City of Austin predicted
a critical bridge failure 8 months early

"CivisIntel flagged a developing fatigue crack in a load-bearing element 8 months before our scheduled inspection would have caught it. We repaired it on a planned weekend closure for $840K. An emergency closure and reactive repair would have cost over $12M — and we'd have had no control over the timing."

RC
Robert Chen
Director of Public Works, City of Austin
$12M
Emergency repair cost avoided
8 mo.
Advance prediction window
0
Unplanned closures
Reviews

What infrastructure leaders say

Real feedback from public works directors, engineers, and agency chiefs who've deployed CivisIntel.

"
★★★★★

"CivisIntel predicted a critical bridge failure 8 months in advance. We executed a planned repair for $840K instead of a $12M emergency closure. It's the most important software decision I've made in 20 years in public works."

Rubben
Director of Public Works, City of Austin
"
★★★★★

"We've reduced maintenance costs by 42% while improving safety ratings across the district. CivisIntel's priority ranking made our budget hearings faster and our decisions defensible in ways a spreadsheet never could."

Sarah
Chief Engineer, Caltrans District 7
"
★★★★★

"In 18 months of deployment across 340 NYC structures, CivisIntel surfaced 17 developing issues before they met visual inspection thresholds. That's 17 potential headlines avoided. This is what infrastructure management looks like in 2026."

Okafor
Infrastructure Director, NYC DOT
Pricing

Priced per structure,
not per user

Simple, transparent pricing that scales with your infrastructure portfolio.

Pilot
$0/month
For cities and agencies evaluating CivisIntel on a small portfolio before a full rollout.
  • Up to 10 structures
  • Real-time sensor dashboard
  • 3-month prediction horizon
  • Email & CSV reports
Most popular
City
$4,200/month
For municipal governments managing a full urban infrastructure portfolio.
  • Up to 500 structures
  • Full 12-month prediction horizon
  • Budget optimisation module
  • FHWA-compliant reporting
  • Multi-agency collaboration
  • Priority support + onboarding
State / Federal
Custom
For state DOTs, federal agencies, and large-scale deployments across thousands of structures.
  • Unlimited structures
  • Dedicated isolated deployment
  • FedRAMP · FISMA · CJIS
  • Custom API integrations
  • Dedicated engineering support

GSA Schedule pricing available for federal procurement · All plans include 30-day pilot period

The team

The minds behind CivisIntel

AI researchers, structural engineers, and public works veterans who've spent careers studying why infrastructure fails — and building the technology to prevent it.

Dr. Joseph Owoicho Adikwu
Dr. JOSEPH OWOICHO ADIKWU
CEO & Co-Founder
Ex-IBM Watson. PhD in AI. 20+ years in predictive analytics and critical infrastructure systems.
E
Esther Charles
CTO & Co-Founder
Former Principal Engineer at Arup. Structural engineering and IoT systems expert with 12 years in infrastructure monitoring.
D
Divine Ochigbo
Head of AI Research
PhD in Machine Learning. Published in Nature & ASCE journals. Structural health monitoring specialist with a focus on fatigue fracture prediction.
Lisa Martinez
Linus Isah
Head of Public Works
Former city engineer with 25+ years in infrastructure planning. The policy and procurement expert who makes CivisIntel work inside government.
FAQ

Common questions from
public works teams

The questions infrastructure directors ask before deployment.

How does CivisIntel connect to existing sensor infrastructure?
CivisIntel integrates with all major IoT sensor protocols including MQTT, OPC-UA, REST, and proprietary formats from manufacturers like National Instruments, HBK, and Micro-Epsilon. For new deployments, we support a CivisIntel-certified sensor kit that can be installed by any licensed electrician without structural modification.
What does 98.7% accuracy actually mean in practice?
It means that in backtesting against 60+ years of historical structural failure events, CivisIntel's models correctly predicted 98.7% of failures within the forecast window — with a false positive rate below 4%. Every prediction includes a confidence interval and the specific sensor signatures driving it, so your engineers can validate the reasoning before acting.
Is the platform FedRAMP authorized?
CivisIntel is currently FedRAMP Moderate-authorized for federal agency use and is in the process of achieving FedRAMP High authorization. All data is processed and stored within US-based infrastructure, with full FISMA compliance and optional air-gapped deployment for sensitive national infrastructure.
How long does deployment take?
For agencies with existing sensor networks, CivisIntel can be live in 48–72 hours. Full deployments including sensor installation, baseline calibration, and staff training typically complete in 4–6 weeks. We assign a dedicated deployment engineer to every government client at no additional cost.
Can we procure CivisIntel through GSA Schedule?
Yes. CivisIntel is listed on GSA Schedule 70 (IT Services) and eligible for procurement through SAM.gov cooperative purchasing. Our team can provide all documentation required for sole-source justification for municipalities and state agencies.
Start protecting infrastructure

Know before the
failure happens.

Start a free 10-structure pilot. No procurement barrier, no sensors required upfront. See a live prediction in 48 hours.

Start a free pilot Download data sheet
Let's talk

Tell us about your
infrastructure portfolio.

Whether you're managing 20 bridges or 2,000 highway miles, our engineers will scope the right deployment and walk you through what CivisIntel would predict — before you sign anything.

Phone
+234 906 133 0791
Office
Katsina Ala Street, Makurdi, Benue state