The solution provides a method for tracking construction progress more accurately. It uses artificial intelligence to capture and analyze stages of a project. This offers an overview of progress and timelines. The system also provides visualizations of completion percentages, allowing teams to identify and address risks early. Further, it allows for the creation of timelapse videos that can serve multiple purposes including marketing and project updates.

The solution leverages AI to augment vehicle efficiency and utilization at the worksite by tracking their in-and-out movements. Its functionalities encompass license plate detection and vehicle counting paired with timestamps and duration monitoring. The system can detect unauthorized vehicle movements, classify various types of vehicles, and maintain a log for verification purposes. Additionally, it aids in discerning whether users are being overbilled for vehicle rentals, and provides a user-friendly dashboard for easy access to records and generation of reports for stakeholders.

The solution leverages artificial intelligence to enhance worksite safety through comprehensive access control and personnel tracking. It enables effective manpower tracking, authenticates zone access permissions, and accurately tracks movement for both workers and customers. Moreover, it offers real-time updates of the number of workers in each zone, and issues notifications when unauthorized individuals are detected. The solution contributes significantly to facility planning with insights about hotspot locations, bottlenecks, and choke points.

According to statistics, the construction industry accounts for up to 50% of the number of fatal occupational accidents, ranking first among all industries. Common types of occupational accidents primarily include falls, electric shocks, falling objects, and collapse or cave-in accidents, many of which are attributed to unsafe behaviors by construction workers, such as not wearing protective equipment properly. iSeek has proposed a smart work safety solution that can simultaneously detect multiple construction sites and manage the verification of whether workers on-site are properly wearing safety helmets, reflective vests, and high-altitude safety belts. In addition, the system smartly monitors smoke and flames so that on-site personnel have enough time to evacuate dangerous areas, thereby ensuring workers' safety at all times.

Anavision provides innovative smart building construction solutions, introducing a digital transformation for the construction process. These solutions incorporate advanced technologies like computer vision and analytics for automated surveying and monitoring—effectively cutting down operational costs and improving efficiency. By minimizing the need for manual efforts, it also promotes the safety of on-site workers.

Observ Smart Detection Platform by Linker VisionAI facilitates real-time monitoring, analysis, and notifies about various events. By integrating with DataVerse for AI model training, it optimizes work performance across numerous fields. This platform is customizable, providing comprehensive data management, from collection to model training. Supporting a variety of AI detection scenarios, it also provides smooth event management and advanced analytics tools.

The Core Safety-AI solution is geared towards improving safety practices in various industry applications. By utilizing state-of-the-art algorithms, the solution can enforce stringent safety standards, fulfilling the need for a safe working environment.

The solution orchestrates worksite safety using AI-driven video analytics. It boasts more than 10 pre-installed uses, including danger detection under lifted loads, vehicle proximity, and personal protective equipment (PPE) detection. The solution facilitates prompt alerts, enabling immediate corrective action and worker retraining. It assists in understanding trends to evaluate action plans' efficacy, and it's instrumental in safety meetings. The solution touts impressive figures, including a 50% reduction in hazard inspections and a seven-fold increase in hazard detection.

OpticVyu offers an AI-based image-processing construction camera monitoring solution for PPE hat detection. By detecting the presence or absence of PPE hard hats on construction workers, it categorizes individuals into three groups. The solution has an AI module that captures images at various orientations and processes them for PPE detection, ensuring workplace safety. The camera works off a SIM-based cellular network and uses a regular power supply, allowing for easy installation and operation.

Intenseye Area Controls is a powerful AI solution designed to increase workplace safety. It allows the establishment of worker minimums and maximums, prevents workers from entering restricted zones, and minimizes occupational exposures via set time limits. The solution can discern various potential hazards such as crane safety zones, light controls, lines of fire, machine areas, worker-machine restricted areas, and time-restricted areas. Intenseye also aids in maintaining the appropriate worker count in an area, thereby limiting the chances of accidents.

Intenseye's Behavioral Safety product is centered around averting potential workplace injuries through the intelligent identification of potential hazards. The solution focuses on critical safety aspects such as preventing fall risks, reducing unauthorized contact with electrical equipment, identifying possible overcrowding in specific areas, enforcing rules paramount to pedestrian safety and ensuring workers in elevated areas are using appropriate PPE. This unique product mitigates risks by providing real-time alerts, compliance assurance, actionable metrics, visual analytics, and effective task management.

This AI solution enhances construction site safety by ensuring personal protective equipment (PPE) compliance. It leverages video analytics to monitor and detect PPE usage in real-time, alerting staff to non-compliance. Key statistics indicate potential reductions in fatal injuries, compensation costs, and operational expenses compared to manual monitoring. The system supports easy integration with existing cameras and offers 24/7 monitoring capabilities, significantly improving safety management efficiency.

This solution employs AI video analytics to enhance safety for work-at-height operations, aiming to reduce injuries and fatalities. It proactively detects near-miss incidents, such as slips, trips, or almost falls, contributing to significant savings in manual inspections and reductions in fatal incidents. The system requires only three steps for deployment, leveraging existing cameras and processing data through AI technology for monitoring via cloud or edge systems, eliminating the need for additional devices.

This solution enhances safety monitoring in workplaces through real-time detection of missing personal protective equipment (PPE) and unauthorized mobile phone usage in restricted zones. It enables customization of detection settings and allows easy visibility of compliance gaps over time through heat maps. Immediate alerts for detected objects help in taking real-time preventive measures. The solution also provides a privacy mode for an anonymous focus on object detection.

This solution uses computer vision for real-time detection of Personal Protective Equipment (PPE) use in a work environment. It generates alerts upon non-compliance and allows security policy customization as per operational requirements and control hierarchies. A few of its features cover PPE compliance, access systems, marked area and capacity control, and worker distancing measurement. It assists in reducing work accidents, fostering a safer work culture, less wage loss and productivity, minimization of insurance costs, and decreasing litigation.

STONKAM® provides targeted solutions designed to enhance the safety and precision of construction machinery operations. Recognizing the complexities and risks associated with construction work, the solution endeavors to ease operation requirements and improve safety. The technology equips construction machinery with a complete 360° view system and integrates it with a radar system, which can detect objects within the operating vicinity. Furthermore, it leverages 5G technology to facilitate remote driving, improving operation safety.

The solution utilizes AI to monitor construction sites for danger zone intrusions, aiming to prevent accidents. It features dynamic AI auto-detection capabilities that identify unsafe areas based on missing fencing or barriers and worker PPE color differentiation to avoid false alerts. The system allows for custom danger zone definitions and adjustments, managing multiple zones through a centralized platform. It simplifies setup with a three-step deployment process and does not require additional sensor devices.

Intenseye's Personal Protective Equipment (PPE) Detection is an artificial intelligence-based solution that bolsters safety practices in the workplace. It automatically detects if workers are wearing proper PPE, including aprons, cal suits, glasses, gloves, hard hats, hearing muffs, masks, reflective vests, and sleeves. The technology also integrates with EH&S systems to monitor and ensure compliance. PPE Detection from Intenseye has proven effective in increasing visibility in complex operations, reducing non-compliant behaviors, and improving overall safety culture.

OpenSpace Track is an innovative solution designed to streamline construction jobsite progress tracking. Utilizing machine learning and computer vision, it can efficiently and accurately quantify job progress, validate percent complete, and evaluate rate of work. This automated tool eradicates manual labor, making it a highly efficient solution in comparing and managing work completion against the set schedule. The tool proves to be advantageous in enhancing productivity and staying within budget with over 99% average accuracy.

Solomon’s SolVision provides an AI-embedded solution for visual quality control in the production of embossed plasterboards, an extensively used construction material. Manufacturers often create innovative designs on plasterboards to promote usage. This creates intricate embossing, making quality inspection challenging due to the complex patterns. The SolVision platform utilizes segmentation technology to identify dirty stains, oversized embossing, unclear patterns, and other subtle defects on the plasterboard, which would be difficult to recognize via traditional optical inspection or human intervention.

Buildots provides a unique solution to speed up and increase the accuracy of progress tracking in the construction projects. Leveraging AI and augmented reality, it automates data capture and analysis, freeing up construction managers from tedious manual tasks and second-hand information. The Buildots Explorer enables the teams to navigate the site while simultaneously viewing the progress of each task. Detailed reports, alerts on discrepancies, and historical imagery are all part of the comprehensive software package, designed to optimize and streamline the construction process.

SparkCognition Visual AI Advisor provides an intelligent computer vision solution, empowering businesses to detect and analyze objects in video feeds. This leads to increased productivity, reduced accidents, stronger security, and a better understanding of business operations. The system is designed to extend the functionality of existing camera infrastructure, generating actionable insights and enhancing overall value for the organization. The solution provides automated, proactive monitoring of specified violations or relevant parameters, configuring real-time alerts for designated personnel, and collecting valuable business data for performance, people, and assets.

The solution provides an AI-driven analysis of aggregate quality to ensure the homogeneity of concrete production. It identifies foreign objects and analyzes particle distribution in raw materials like sand and gravel, enabling adjustments in concrete recipes for optimal quality. This technology is crucial for markets where sourcing high-quality aggregates is challenging, improving the consistency and performance of the end product.

Doxel's reality capture solution automates construction site monitoring using 360 cameras, drones, or lidar. This technology simplifies documentation and enhances project management by organizing images and providing detailed insights into site progress. It is designed to add no extra workload for field teams, fully documenting job sites and keeping stakeholders informed from anywhere.

V3 Smart Technologies offers a comprehensive one-stop fleet management solution, revolutionizing how businesses manage their heavy vehicles. Harnessing the potential of AI, they provide real-time GPS tracking, analytical tools, route optimization, and an intuitive interface via their V3Nity software engine. Their all-in-one platform monitors fleet operations, presents data online 24/7, and facilitates smart decision-making. Further, V3 enhances fleet security, maintenance, and performance efficiency, all while assisting in cost reductions. Their solution is versatile, catering to various industries from logistics and construction to healthcare, enhancing performance, visibility, and overall operational efficiency.

ViAct aims to curtail accidents and casualties at workplaces, particularly construction sites and plants, through a sophisticated system combining AI, IoT, and video analytics. Their Smart Site Safety System facilitates real-time tracking of powered tools using unique digital identifiers, which helps monitor the tools' certification status, evaluations, checks, and maintenance routines. Additionally, the system employs AI to send danger zone alerts when workers or unauthorized individuals infringe upon restricted areas. Furthermore, it features an AIoT-powered viMOV device that tracks atmospheric changes and monitors confined space entry, alerts regarding extreme temperatures, and more, with the benefit of remote monitoring from the control room.

Event Gates' Crane Safety AI is a formidable solution engineered to reshape safety protocols in the field of crane operations. With the potential to combat severe risks such as load sway, object dropping, and potential collisions, it distinctly employs AI technology to detect individuals near the crane's load subsequently halting crane movements in real-time. The system carries state-of-the-art object detection features, swiftly identifying individuals located near the load for enhanced safety. Remarkably, this AI solution works harmoniously with various cranes and can effectively halt or control deceleration across all three axes.

The Estimating Solution by Procore delivers greater speed and precision in generating construction takeoffs and estimates, ultimately leading to more competitive tenders. This software eases the process of performing quantity takeoffs, estimates, and professional proposals, setting up projects for success. Notably, Procore combines AI Auto-count and multi-page filtering for enhanced accuracy. It supports various construction types with area, linear, or weight-based takeoffs. Furthermore, the solution eliminates error-prone manual calculations, leveraging historical rate tables and automatic costing calculations and updating to match shifting costs. Procore ensures data continuity by enabling a seamless transition from estimating to construction, ensuring no lost data and simplified project handoffs.

Dingo's TRAKKA is an end-to-end predictive maintenance software solution for asset-intensive industries. This platform provides tools, insights, and decision support for enhancing asset health programs. TRAKKA unites existing processes and systems into a single workflow management platform which optimizes resource utilization, boosts visibility, and couples departments for improved collaboration. The service is designed to increase availability, extend the life of assets, and reduce maintenance and replacement costs. Dingo's TRAKKA integrates seamlessly with existing systems and IT infrastructure to analyze condition-monitoring data, identify problems, and advise on corrective actions.

Procore's Equipment Management solution brings a much-needed transformation to job-site safety and productivity. Allowing real-time monitoring of onsite equipment, the system ensures all plant and machinery is primed, fit, and ready for work. Procore simplifies the induction process for the team, saving valuable time and providing a feeling of reassured safety. Moreover, the platform comes with tools for contact directory management, document digitization, and task tracking, which further streamline operations. Procore also facilitates multi-fold analysis with insightful reports and integrates seamlessly with other platforms, working efficiently toward a single truth.

Fleet Intelligence provides an all-in-one solution aimed to maximize up-time and visibility for construction fleets. Through advanced business intelligence software and hardware, it offers comprehensive features such as expedited troubleshooting for non-reporting assets, maintenance planning with customizable schedules, and robust asset protection through curfews, geofences, and tampering alerts. Their solution also aids in increased efficiency with live forecast needs, integration with any OEM or telematic system, utilization and cost management from all job sites, and a robust fuel inspection application. Real-time tracking updates and advanced system integration methods make it a comprehensive fleet management solution for any construction business.

BuildKeeper is an integrated construction management software specifically designed for small businesses. The platform consolidates essential features such as budgeting, invoicing, expense tracking, and task management in a single user-friendly interface. With BuildKeeper, businesses can streamline their operations, from monitoring real-time material and labor costs to organizing tasks and tracking deadlines. The platform also supports the creation and sharing of invoices in PDF format and enables construction logs to be kept track of conveniently. Furthermore, it offers configurable alerts for budget overspending and upcoming deadlines, ensuring projects stay on track.

Fleet Intelligence maximizes fleet up-time with its all-in-one business intelligence software, ensuring total fleet accessibility and visibility. It offers robust features like non-reporting asset diagnosis, asset protection, maintenance management, and fuel management. The solution's provisions range from alerts in case of tampering to tracking fuel consumption, making it ideal for managing construction fleets. Conversely, AXEM Technology offers a solution involving RFID traceability in the building industry. It improves precision in tracking rental stocks, enhances worker safety monitoring, and improves production control. Their device line includes RFID tags that are weather-resistant and can be embedded into various surfaces. The applications extend from identifying construction materials to tracing consumables in construction.

CloudMatrix's GFace is a potent AI facial recognition system, achieving precise recognition and quick data processing. With a robust system suited for various lighting conditions and the ability for contactless access checks, it offers a solution for diverse requirements, including detecting mask status and faces up to 50-200cm away. Providing instant notifications and rapid access management, the system improves safety, efficiency, and saves resources, highly suited for workplace applications. It also showcases different devices such as M1 and M2, weighing diverse needs and settings, and ensuring result accuracy.

CloudMatrix introduces GFace APB, a facial recognition system offering enhanced security specifically for high-confidentiality or restricted areas. Its Anti-Pass Back feature effectively counters unauthorized individuals tailing authorized ones into restricted zones, further reporting incomplete records if such activity is detected. The APB feature also prevents access if a user’s in-out record is incomplete. The system’s robust facial recognition capabilities are available in all light conditions due to IR and RGB duo-lenses. GFace APB efficiently manages costs while improving security and can be integrated into existing setups with M1 and M2 device options.

CloudMatrix's GFace IPCam is an innovative facial recognition system designed to comprehensively recognize and process facial analysis within a zone of interest. This product offers unique features such as screening, ROI setting, and a recommendation system. The screening mechanism assists in extracting specific user data—like captured images, timestamps, and locations—in emergency situations. The ROI setting focuses on particular zone details for improved recognition. GFace IPCam's robust engine offers quick, accurate recognition, and is capable of social distancing-adherent attendance checks. The system also includes capabilities for video playback in the past 24 hours and 1 second recognition.

Cintoo Cloud offers a holistic solution for the efficient creation and management of digital twins. The platform enables the effortless uncovering and managing of assets in their existing state. It's known for its power to expand the functionality of reality data capture beyond just viewing and sharing, providing deeper insights into one's assets. Noteworthy features include scan-to-CAD for Digital Twin updates, asset tagging, viewing, and sharing of scan data from any source. Also, the system uniquely transforms point clouds to 3D meshes without compromising data accuracy, resulting in a powerful tool for managing large scale projects.

Urbint for Worker Safety is an integrated solution designed to safeguard workers in diverse environments. This advanced system uses AI to predict potential hazards, providing actionable intelligence based on your work and project data, historical safety records, and a comprehensive model of both the natural and built environment. It allows professionals to make safety decisions, optimize resources, standardize safety processes, and plan ahead using an intuitive heat map that indicates potential hazards and conditions that can impact future work. The system has helped utilities in reducing worker exposure to safety risks significantly.

Urbint for Damage Prevention is an insightful system that enables organizations to protect critical infrastructure from potential damages due to third-party excavations. The solution locates high-risk excavations leveraging its AI-empowered risk-based ticket management system, allowing managers to prioritize tickets for critical assets and ultimately preventing any disastrous incidents. The system also uses leading indicators to identify unreported excavations enabling safe digging campaigns in high-risk areas. It integrates seamlessly with third-party locate companies, ticket management systems, and other enterprise software applications, providing the most accurate risk insights for underground damage prevention.

Promwad's LiDAR-Camera Fusion Assistance system set out to redefine crane operations in both construction sites and cargo ports. The solution fuses LiDAR technology (which employs laser beams for distance measurement and 3D mapping) and camera technology (gathering visual information for context). This union cultivates a comprehensive situational awareness, enhancing the safety, efficiency, precision of crane operations. The system integrates real-time alerts, obstacle detection, collision avoidance, and adverse condition awareness to improve the operator's response time and mitigate risks. The solution also boosts productivity by curtailing human errors through automated object recognition and precise positioning.