Industry AI Adoption Leaderboard
Top AI-ready Construction companies — 4,991 ranked
Ranked leaderboard of 4,991 Construction companies by Meo AI adoption score.
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Which 4,991 ranked companies lead in AI adoption?
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- Who are the top 10 AI adopters in 4,991 ranked?
| # | Company | Stage | Key Opportunity | Location |
|---|---|---|---|---|
| 1 | livio building systems | ai factory | Advanced | Leveraging AI for automated design optimization and project management to reduce costs and timelines in modular construction. | los altos, California |
| 2 | GEI Consultants | Moderate | Woburn, Massachusetts | |
| 3 | LeafFilter | Moderate | Hudson, Ohio | |
| 4 | Chugach Corp | Moderate | Anchorage, Alaska | |
| 5 | Superior Pipeline Services | Moderate | Fort Worth, Texas | |
| 6 | mp-nexlevel | Moderate | Buffalo, Minnesota | |
| 7 | Haley Aldrich | Moderate | Burlington, Massachusetts | |
| 8 | STV | Moderate | Amity Township, Pennsylvania | |
| 9 | Jefferson Electric | Moderate | Franklin, Wisconsin | |
| 10 | Mptech | Moderate | Cypress, Texas | |
| 11 | CST Industries | Moderate | Kansas City, Missouri | |
| 12 | D.H. Griffin | Moderate | Greensboro, North Carolina | |
| 13 | EnSiteUSA | Moderate | Houston, Texas | |
| 14 | Percepta | Moderate | Dearborn, Michigan | |
| 15 | Prairie Electric | Moderate | Vancouver, Washington | |
| 16 | Barton & Loguidice | Moderate | Town of Salina, New York | |
| 17 | Precision Pipeline, LLC | Moderate | Eau Claire, Wisconsin | |
| 18 | Brinkred | Basic | Rapid City, South Dakota | |
| 19 | GRID Alternatives | Basic | Oakland, California | |
| 20 | Life Safety Services | Basic | Louisville, Kentucky | |
| 21 | Enventure | Basic | Bengaluru, Karnataka | |
| 22 | Middletoninc | Basic | Bryant, Arkansas | |
| 23 | Ryanfp | Basic | Noblesville, Indiana | |
| 24 | Mazzetti | Basic | San Francisco, California | |
| 25 | Hrg Inc | Basic | Harrisburg, Pennsylvania | |
| 26 | ComNet Communications | Basic | Bethel, Connecticut | |
| 27 | Supreme Roofing | Basic | Dallas, Texas | |
| 28 | synchro construction | Basic | AI-powered predictive scheduling can analyze historical project data, weather, supply chain delays, and crew productivity to generate dynamic, risk-adjusted construction schedules, reducing project overruns by 15-25%. | exton, Pennsylvania |
| 29 | Deainc | Basic | Portland, Oregon | |
| 30 | York County, VA | Basic | Williamsburg, Virginia | |
| 31 | onx homes | Basic | Leverage generative design and predictive analytics to optimize land acquisition, reduce architectural plan cycle times, and personalize buyer options at scale, directly improving margin and inventory turnover. | carrollton, Texas |
| 32 | veev, by lennar | Basic | Integrate generative design and supply chain AI to slash cycle times from permitting to final finish, turning the vertically integrated factory-to-foundation model into a real-time optimization engine. | hayward, California |
| 33 | island facades | Basic | Leverage computer vision on drone-captured imagery to automate facade inspection, defect detection, and progress tracking, reducing manual site visits and rework costs. | calverton, New York |
| 34 | pultegroup | Basic | Leverage predictive analytics across land acquisition, design personalization, and supply chain to optimize margins and reduce cycle times in a high-volume homebuilding operation. | atlanta, Georgia |
| 35 | Eco-Pan | Basic | Grand Prairie, Texas | |
| 36 | solar survey ai | Basic | Deploying AI-powered computer vision on aerial and satellite imagery to automate rooftop solar potential assessments, drastically reducing survey time and cost per project. | chicago, Illinois |
| 37 | element solar | Basic | Automating solar system design, permitting, and sales quoting with AI to slash cycle times and improve close rates. | lehi, Utah |
| 38 | bechtel corporation | Basic | AI-powered predictive analytics and digital twins can optimize multi-billion-dollar project lifecycles, forecasting delays, managing supply chains, and preventing costly rework across global megaprojects. | reston, Virginia |
| 39 | adbcompanies | Basic | pacific, Missouri | |
| 40 | SMS Clean | Basic | Nashville, Tennessee | |
| 41 | Scdot | Basic | Columbia, South Carolina | |
| 42 | Sprinklerdrainage | Basic | Carrollton, Texas | |
| 43 | Air Pros USA | Basic | hollywood, Florida | |
| 44 | kinetics | Basic | AI-powered project management and scheduling can optimize complex, multi-trade construction sequences for mission-critical facilities, reducing delays and cost overruns. | livermore, California |
| 45 | asplundh infrastructure group, llc | Basic | AI-powered LiDAR and drone imagery analysis can automate vegetation encroachment risk assessment, optimizing trimming schedules and reducing outage-causing incidents. | willow grove, Pennsylvania |
| 46 | the beck group | Basic | AI-powered project schedule optimization and risk prediction can significantly reduce delays and cost overruns by analyzing real-time data from IoT sensors, weather, and supply chain logs. | dallas, Texas |
| 47 | volumetric building companies | Basic | AI-driven generative design and optimization of modular building components can significantly reduce material waste, engineering time, and production costs. | philadelphia, Pennsylvania |
| 48 | mta construction & development | Basic | AI-powered predictive analytics and digital twin modeling can optimize construction schedules, reduce cost overruns, and enhance safety across complex, multi-year public transit infrastructure projects. | , New York |
| 49 | hrbt expansion project | Basic | AI-powered predictive scheduling and resource optimization can mitigate multi-million dollar delays in this complex, multi-year megaproject by dynamically adjusting to weather, supply chain, and workforce variables. | norfolk, Virginia |
| 50 | woodrow wilson bridge project | Basic | AI-powered predictive analytics can optimize project scheduling, material logistics, and equipment maintenance to prevent costly delays and budget overruns on this large-scale, complex infrastructure project. | , |
| 51 | walbridge | Basic | AI-powered predictive analytics for project scheduling and resource allocation can dramatically reduce delays and cost overruns on complex construction projects. | detroit, Michigan |
| 52 | modern construction company (delhi) | Basic | AI-powered project management platforms can optimize scheduling, resource allocation, and risk prediction, significantly reducing delays and cost overruns on complex commercial builds. | bradenton, Florida |
| 53 | cbre | heery | Basic | AI-powered predictive analytics can optimize project scheduling, cost forecasting, and risk mitigation across their portfolio of large-scale institutional construction programs. | atlanta, Georgia |
| 54 | morrow-meadows corporation | Basic | AI can optimize project scheduling and resource allocation across multiple large-scale job sites, reducing delays and cost overruns by predicting bottlenecks and material needs. | city of industry, California |
| 55 | ymco | Basic | AI-powered predictive analytics can optimize project scheduling, resource allocation, and material procurement to reduce delays and cost overruns. | granville, New York |
| 56 | katerra | Basic | AI can optimize end-to-end project management, from design through supply chain to on-site execution, reducing delays and cost overruns in large-scale construction. | menlo park, California |
| 57 | global rail solutions | Basic | AI-powered predictive maintenance and digital twin modeling for rail infrastructure can drastically reduce project overruns, optimize material logistics, and enhance long-term asset reliability. | addison, Texas |
| 58 | es solar | Basic | AI-powered automated solar design and proposal generation can slash soft costs, accelerate sales cycles, and improve system accuracy for ES Solar's growing project pipeline. | layton, Utah |
| 59 | sekisui house u.s., inc. | Basic | AI-powered design optimization and material estimation can dramatically reduce waste, accelerate project timelines, and improve cost predictability for large-scale homebuilding operations. | denver, Colorado |
| 60 | veit | Basic | AI-powered predictive analytics for project scheduling and resource allocation can significantly reduce costly delays and overruns in complex earthwork and construction projects. | rogers, Minnesota |
| 61 | awhsilverline | Basic | AI-powered predictive maintenance and scheduling for heavy equipment fleets can drastically reduce downtime and fuel costs on large-scale infrastructure projects. | carrollton, Texas |
| 62 | u.s. army corps of engineers, st. paul district | Basic | AI can optimize flood risk modeling and infrastructure resilience by analyzing real-time sensor data, historical patterns, and climate projections to prioritize maintenance and emergency responses. | st. paul, Minnesota |
| 63 | digeronimo companies | Basic | AI-powered predictive analytics for project scheduling and resource allocation can dramatically reduce delays and cost overruns across their portfolio of large-scale institutional builds. | brecksville, Ohio |
| 64 | baker electric | Basic | AI-powered predictive maintenance and failure forecasting for installed electrical systems can transform Baker Electric from a project-based contractor to a high-margin, recurring-revenue service partner. | escondido, California |
| 65 | blattner energy | Basic | AI can optimize complex project scheduling and logistics across multiple, geographically dispersed renewable energy construction sites to reduce delays and cost overruns. | avon, Minnesota |
| 66 | maxim crane works, lp | Basic | AI-powered predictive maintenance and dynamic scheduling can dramatically reduce crane downtime and optimize fleet deployment across complex, multi-site construction projects. | wilder, Kentucky |
| 67 | everus | Basic | AI-powered predictive analytics for project scheduling, resource allocation, and risk mitigation can dramatically reduce cost overruns and delays on large commercial builds. | bismarck, North Dakota |
| 68 | construction solutions group | Basic | AI-powered predictive analytics can optimize project scheduling, resource allocation, and risk management, reducing costly delays and overruns in complex commercial builds. | kansas city, Missouri |
| 69 | aecon u.s. | Basic | AI-powered predictive analytics for project scheduling, supply chain logistics, and equipment maintenance can dramatically reduce costly delays and overruns on complex, long-term construction projects. | united states air force acad, Colorado |
| 70 | britton homes texas | Basic | AI-powered generative design and material optimization can accelerate custom home planning, reduce waste, and improve cost predictability for a mid-sized builder like Britton Homes. | plano, Texas |
| 71 | the haskell company | Basic | AI-powered predictive analytics for project scheduling and risk management can dramatically reduce delays and cost overruns by forecasting supply chain disruptions, labor shortages, and weather impacts. | jacksonville, Florida |
| 72 | hoffman construction company | Basic | AI-powered predictive analytics for project scheduling and risk mitigation can significantly reduce costly delays and overruns on complex, multi-year construction projects. | lake oswego, Oregon |
| 73 | kajima | Basic | AI-powered predictive analytics for project scheduling, resource allocation, and risk mitigation can dramatically reduce cost overruns and delays on complex construction projects. | , |
| 74 | dome construction | Basic | Implementing AI-powered project management and predictive analytics to optimize scheduling, reduce rework, and improve safety on job sites. | emeryville, California |
| 75 | emcor group, inc. | Basic | AI-powered predictive analytics for project scheduling and resource allocation can dramatically reduce cost overruns and delays across its complex, multi-site portfolio. | norwalk, Connecticut |
| 76 | cmc | Basic | AI-powered predictive analytics can optimize project scheduling, resource allocation, and supply chain logistics across its vast portfolio of projects, mitigating delays and cost overruns. | irving, Texas |
| 77 | aldridge electric | Basic | AI-powered predictive maintenance and failure forecasting for electrical substations and transmission assets can drastically reduce unplanned outages and extend infrastructure lifespan. | libertyville, Illinois |
| 78 | standard pacific homes (now calatlantic homes- please see updates below) | Basic | AI-powered dynamic pricing and demand forecasting can optimize lot releases, home configurations, and pricing strategies to maximize revenue and reduce inventory risk. | , |
| 79 | ics holding, llc | Basic | AI-powered predictive analytics can optimize project scheduling, resource allocation, and material procurement across multiple large-scale sites, significantly reducing delays and cost overruns. | houston, Texas |
| 80 | Mestek | Basic | Westfield, Massachusetts | |
| 81 | jgc america, inc. | Basic | AI-powered predictive maintenance and digital twin simulation for major pipeline and plant construction projects can drastically reduce downtime, optimize resource allocation, and enhance safety. | houston, Texas |
| 82 | bin zayed group | Basic | AI-powered predictive analytics can optimize project timelines, material procurement, and equipment maintenance across a large portfolio of civil engineering projects, significantly reducing cost overruns. | , |
| 83 | magnolia river | Basic | AI-powered analysis of drone and satellite imagery can automate pipeline and right-of-way inspections, dramatically reducing manual field work and identifying risks like corrosion or vegetation encroachment faster. | hartselle, Alabama |
| 84 | qcells epc | Basic | AI can optimize the entire project lifecycle, from site selection and design to procurement and construction scheduling, dramatically reducing soft costs and improving project ROI. | irvine, California |
| 85 | nouveau elevator | Basic | AI-powered predictive maintenance can analyze sensor data from installed elevators to forecast failures before they occur, slashing emergency call-outs and extending equipment lifespan. | long island city, New York |
| 86 | henkels & mccoy, inc. | Basic | AI-powered predictive maintenance and route optimization for field crews can dramatically reduce project delays, fuel costs, and equipment downtime across their distributed operations. | blue bell, Pennsylvania |
| 87 | grant fox contracting | Basic | AI-powered project management can optimize scheduling, resource allocation, and risk prediction across multiple concurrent job sites, directly reducing delays and cost overruns. | philadelphia, Pennsylvania |
| 88 | enterprise solutions | Basic | AI-powered project management for predictive scheduling and real-time resource optimization can significantly reduce delays and cost overruns on complex commercial builds. | nashville, Tennessee |
| 89 | str property restoration, llc | Basic | AI-powered damage assessment using drone imagery and computer vision can automate initial property inspections, dramatically reducing claim processing time and improving accuracy for insurance partners. | chattanooga, Tennessee |
| 90 | shambaugh & son, l.p. | Basic | AI-powered project planning and scheduling can optimize labor allocation, equipment logistics, and material deliveries across multiple large-scale job sites, reducing costly delays and rework. | fort wayne, Indiana |
| 91 | mcdermott international, ltd | Basic | AI-powered predictive maintenance and digital twin modeling for offshore platforms can drastically reduce unplanned downtime and optimize lifecycle costs. | houston, Texas |
| 92 | marek | Basic | Implementing AI-powered predictive analytics on construction sites to forecast equipment failures, optimize material delivery schedules, and preempt costly project delays. | houston, Texas |
| 93 | stallion infrastructure services | Basic | AI-powered predictive maintenance and route optimization for its fleet and field equipment can dramatically reduce downtime and fuel costs in a highly competitive, asset-intensive sector. | houston, Texas |
| 94 | hellas | Basic | AI-powered predictive analytics for project scheduling and material procurement can dramatically reduce costly delays and overruns on large-scale commercial and sports facility projects. | cedar park, Texas |
| 95 | naval facilities engineering systems command (navfac) | Basic | AI can optimize NAVFAC's massive portfolio of construction and maintenance projects through predictive analytics for infrastructure failure, automated scheduling, and real-time supply chain risk assessment. | washington, District Of Columbia |
| 96 | lone star constructions & rooff | Basic | AI-powered project management can optimize scheduling, resource allocation, and risk prediction across multiple large-scale commercial sites, reducing delays and cost overruns. | katy, Texas |
| 97 | s&b | Basic | AI-powered predictive maintenance and digital twin simulations can optimize project lifecycle costs, prevent costly downtime in critical energy infrastructure, and enhance safety compliance. | houston, Texas |
| 98 | marrakesh ina888 | Basic | AI-powered predictive analytics can optimize project scheduling, resource allocation, and material procurement across their extensive portfolio, significantly reducing cost overruns and delays. | , New York |
| 99 | cumming group | Basic | AI-powered predictive analytics for project risk, cost overruns, and schedule optimization using historical project data and real-time site feeds. | new york, New York |
| 100 | klein | Basic | AI can optimize project scheduling and resource allocation across multiple construction sites, reducing delays and cost overruns through predictive analytics. | canton, Ohio |
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