Subscription
OpenSpace
Capture 360° site photos and use AI to track construction progress, detect issues, and create digital twins.
TAGS:
360 Capture, Progress Tracking, Digital Twin ,Reality Capture
Paid
Track3D
An AI-driven Reality Intelligence Platform designed to revolutionize construction monitoring by providing real-time, actionable insights into project progress and deviations. By integrating data from various reality capture technologies, such as drones, 360-degree cameras, laser scanners, and mobile devices, Track3D offers a unified solution for comprehensive construction oversight.
TAGS:
AI, construction monitoring, progress report, construction automation
Subscription
Buildots
AI-powered construction monitoring using hardhat-mounted cameras to automatically track progress against BIM.
TAGS:
Progress Tracking, BIM Comparison, Wearable Tech, Automation
Paid
Constructly
ConstructlyAI is an AI-powered construction intelligence platform that helps project teams automatically analyse and monitor construction drawings and project data using machine learning-based computer vision and natural language processing to detect conflicts, risks, and quality issues before they impact schedule or budget. The platform offers real-time monitoring, intelligent drawing review, conflict detection and automated analysis of construction documentation to improve coordination, reduce rework and enhance project risk mitigation across commercial, residential, infrastructure and industrial workflows.
TAGS:
AI, construction intelligence, drawing analysis, risk detection ,conflict detection ,real-time monitoring, project quality automation
Paid
Disperse
An AI-enhanced construction progress tracking and site analytics platform that uses regular 360° site capture and advanced data processing to build a complete visual record of what’s been built, compare it against plans and schedules, and deliver actionable insights into work-in-place and project status. It leverages machine learning and hybrid human-verified analytics (Impulse) to detect potential issues early, surface progress trends, and integrate with tools like BIM, Primavera P6 and Excel so teams can make data-driven decisions faster and with greater accuracy.
TAGS:
AI, construction progress tracking, 360° site capture, issue detection, predictive insights, project analytics
Paid
Doxel
An AI-powered construction progress tracking platform that uses advanced computer vision and machine learning to automatically capture and analyze site imagery, compare actual work-in-place against BIM models and project schedules, and deliver real-time insights on project status, production rates, risks, and deviations from plan. It provides owners, general contractors, and project teams with objective, data-driven visibility that helps reduce manual reporting, avoid rework, mitigate delays, and improve accuracy in schedule and budget forecasting.
TAGS:
AI, construction progress tracking, computer vision, predictive insights, real-time reporting, BIM integration
Paid
DroneDeploy
A cloud-based reality capture and drone data platform that helps construction teams collect, process, and visualize aerial and ground imagery to generate high-resolution maps, 3D models, and comprehensive site documentation for planning, progress tracking, and decision-making. It also includes AI-powered analytics such as Progress AI, which automatically analyzes imagery from drone flights and 360° walks to track trade-by-trade progress, detect delays, and deliver near real-time insights that improve visibility and reporting across the project lifecycle.
TAGS:
AI, drone mapping, construction progress tracking, reality capture, site documentation
Paid
Invert Robotics
Invert Robotics provides AI-enabled autonomous robotic platforms designed for indoor industrial and construction environments that can climb smooth vertical and overhead surfaces to perform automated inspections, data capture, and monitoring tasks (such as assessing high or hard-to-reach areas). Their robots leverage advanced computer vision, machine learning, and onboard sensing to safely gather visual and sensor data without disrupting workflows, enabling automated progress tracking, quality assurance, and condition monitoring in spaces that are traditionally difficult or dangerous for humans to inspect manually.
TAGS:
AI, autonomous robotics, indoor inspection, computer vision, construction monitoring, automated data capture
Paid
Loupe 360
Loupe 360 is an AI-powered visualization and analytics platform designed to automate the inspection of tunnels and underground infrastructure using 360-degree imagery and computer vision. The platform utilizes machine learning algorithms to automatically detect structural defects, inventory assets, and perform condition rating analytics, allowing engineers to conduct high-quality virtual inspections from a safe office environment. By digitizing the inspection process, Loupe 360 significantly reduces “boots-on-the-ballast” time, enhances data consistency, and enables a more predictive, risk-based maintenance strategy.
TAGS:
Tunnel Inspection, Computer Vision, Asset Management AI
Paid
Matroid
Matroid is a no-code, AI-powered computer vision platform that enables users to build, deploy, and manage custom visual detectors to automatically analyse images and video streams for objects, events, actions, defects, safety hazards, and other visual patterns without requiring programming expertise. It works with existing cameras and video systems to deliver real-time alerts, trend analytics, and automated visual inspection solutions that can enhance quality control, safety monitoring, compliance tracking, and operational efficiency across industries including manufacturing, security, and more.
TAGS:
AI, computer vision, no-code platform, visual inspection, real-time monitoring, anomaly detection, operational analytics
Paid
NavLive
NavLive is an AI-powered construction site intelligence platform that uses advanced computer vision, 360° capture, and machine learning to automatically generate real-time as-built models, track progress, perform quality checks, and compare field conditions against plans and schedules to improve visibility and decision-making. It provides automated insights on work completed, deviations, anomalies, and risk areas by processing imagery and sensor data from drones, cameras, and mobile devices, helping teams reduce manual reporting and accelerate project delivery with actionable analytics.
TAGS:
AI, construction site intelligence, computer vision, real-time progress tracking, as-built comparison, quality analysis
Subscription
Versatile
AI workforce analytics for construction using wearable sensors to track productivity and optimize labor allocation.
TAGS:
Workforce Analytics, Productivity, Wearables, Labor Management