Real-World Construction Customer Success Stories

Project Overview

Origin Energy is buidliding a large-scale Battery Energy Storage System (BESS) at the Eraring Power Station in New South Wales, Australia. The first phase, with a capacity of 460MW and a two-hour dispatch duration, will be fully operational by the end of 2025. The BESS supports renewable energy by stabilising the National Energy Grid and using existing infrastructure to maximise efficiency.

Challenges

Ensuring Traffic Compliance at Eraring BESS Construction Site

To comply with Development Approval conditions, the project needed to manage traffic, limiting daily truck movements to minimize the impact on the local community and environment. Peak construction traffic was capped at 128 light vehicles and 60 heavy vehicles per day.

Solution

Evercam Gate Monitoring System for Automated Traffic Compliance

Origin Energy implemented Evercam's Gate Monitoring system with AI-powered construction cameras at the site entrance to accurately monitor and record all vehicle movements. The AI technology differentiates trucks from light vehicles and records the time of each truck movement. This detailed tracking allows for the daily reporting of total vehicle counts. As a result, precise data is ensured for compliance purposes.

This automated system supplemented manual checks by security guards and integrated with Evercam's live construction cameras to provide comprehensive visibility across the site. It allowed efficient monitoring of areas like erosion and sediment control as well.

Improving Compliance and Operations with Evercam Gate Monitoring

Real-time traffic monitoring data enabled Origin to optimize traffic schedules, resulting in the avoidance of potential fines and mitigation of community disruptions. This optimization also streamlined environmental and compliance reporting while reducing the need for extensive security staffing.

Through the efficient allocation of resources and a reduction in onsite security requirements, Origin achieves significant cost savings. This approach allows for a more streamlined and cost-effective operation.

Benefits

• Increased Efficiency: AI construction cameras provide accurate vehicle tracking, surpassing manual methods.
• Community Impact Mitigation: Optimised traffic scheduling reduced disruptions and prevents council fines.
• Cost Efficiency: Reduced need for onsite security allows better resource allocation.
• Environmental Monitoring: Real-time feeds help manage erosion and sediment control.
• Improved Reporting: Automated records and time-lapse videos streamline internal reporting and compliance tracking.

Results

The Evercam system significantly reduced operational costs by decreasing the need for security personnel and helped manage environmental risks during adverse weather. This approach ensured compliance, minimized potential fines, and enhanced overall project efficiency.

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The Impact of Live Site Visibility on East London Forensic Centre Construction

Project Overview

Challenged by the limitations of outdated facilities, and health and structural concerns, Waltham Forest Council initiated the construction of a modern, purpose-built mortuary equipped with a PMCT scanner.  This facility is designed to provide unique services in Greater London, distinguishing it as the only purpose-built mortuary south of the Midlands that meets modern standards.

Objectives and Challenges

The Council needed an innovative solution to manage the complex construction process. Handling communication among multiple stakeholders effectively was also a key concern for this project. Considering these challenges the stakeholders decided to use Evercam’s platform to improve construction monitoring, ensure comprehensive site visibility, and streamline progress reporting.

Modern Site Monitoring and Reporting with Evercam

Before Evercam, site visits were frequent and required significant travel. The clerk of works and the senior project manager made trips of up to 100 miles. Evercam’s live site visibility and automatic daily progress photos via SnapMails changed this process. Remote monitoring significantly reduced the need for physical visits. This real-time capability was particularly helpful for team members in Essex and London. It saved substantial time and travel costs.

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The real-time monitoring capability of the camera system was particularly beneficial for team members who previously had to travel long distances. The use of the camera reduced the frequency of their visits, saving time and resources, while still keeping them well-informed about the project’s progress

~Council Senior Project Manager

Improved Efficiency and Stakeholder Communication

Evercam’s platform significantly streamlined reporting and presentation preparation. The ability to create custom time-lapse videos reduced the project manager’s preparation time by three hours per presentation. This enhancement improved the effectiveness of stakeholder meetings.

Real-Time Visuals for Faster Decision-Making

During construction, the team faced a delay in drainage works. Evercam’s real-time monitoring allowed them to track progress and adjust schedules proactively. This kept the project on track and optimized resource use.

The drainage posed a concern for us due to a slight delay. However, we were able to monitor the situation before the delivery of the modular units, gaining insight into the current status and identifying where adjustments were needed within the next 10 days.~Ashana Jones Council Senior Project Manager.

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Return on Investment

The implementation of the Evercam system decreased the need for frequent site visits, saving both travel costs and time. Its capability to continue recording during power interruptions enhanced site security and aided law enforcement and insurance efforts, resulting in the recovery of stolen goods. Additionally, the system introduced efficiencies that saved the project team three hours per presentation, enhancing the quality and impact of stakeholder meetings. Overall, the estimated ROI from these improvements is £70,000.

The East London Forensic Centre project exemplifies how advanced technology like Evercam platform can transform project management in the construction industry, enhancing efficiency, security, and stakeholder communication.

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Evercam's implementation of its reality capture solutions has played an integral role in a Manufacturing Automation & Robotic Transformation (SMART) laboratory, packaging development lab, and office project in Singapore. Undertaken by a Fortune 500 company specialising in agricultural science and technology, the incorporation of Evercam has transformed the strategies related to safety protocols, inter-team communication, and overall project administration.

Given the pressing challenge of limited space in the project, the team strategically installed construction cameras across the site to overcome this constraint. As a result of this setup, the team gained the advantage of real-time visibility and monitoring capabilities, which improved the adherence to safety protocols and helped in managing incident resolution. Consequently, the strategic placement of the cameras not only addressed the challenge of spatial limitation but also enriched safety management processes.

"The integration of Evercam's reality capture technology was a game-changer for our SMART Lab project. It changed the way we approached safety, communication, and project monitoring. The enhanced visibility and real-time monitoring capabilities empowered us to prevent incidents and promptly resolve potential issues, leading to improved safety outcomes. Evercam has become an invaluable asset in our construction endeavours, and we highly recommend it to any company looking to elevate their projects to the next level." ~Engineering Manager

Moreover, the seamless integration of Evercam with the Procore project management software bolstered communication and collaboration across all project stakeholders. The shared access to project documents and an increase in monitoring capabilities resulted in substantial improvements in efficiency and productivity.

The quantifiable success of Evercam's implementation is evident in key performance indicators. A marked decrease in safety incidents coupled with an increase in safety observations underscore the positive impact of Evercam's reality capture solution. Financial metrics also demonstrate considerable cost savings arising from immediate issue detection and the prevention of expensive delays or reworks.

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Introduction

Reality capture technology plays a crucial role in modern construction projects, seamlessly integrating into different stages of the concrete pouring workflow. This advanced tool offers real-time, unbiased documentation, ensuring precision and efficiency in construction processes.

Challenge

Concrete pouring is a complex task with various factors influencing its success, including weather conditions, equipment arrangement, and adherence to quality standards. Disputes often arise regarding the concrete's quality and whether it meets specified requirements. These disputes can lead to financial setbacks, delays, and a loss of trust among stakeholders.

Using reality capture technology as a solution

Reality capture technology has been integrated seamlessly into concrete pouring workflows to address these challenges. By employing drones to monitor site layouts and potential obstacles before pouring, real-time monitoring of weather conditions for precise timing, and construction cameras for quality control documentation during the pouring process, this technology provides an efficient and reliable solution. Furthermore, continuous monitoring during the curing stage, complemented by live-streaming options, enhances stakeholder engagement and allows for timely adjustments to maintain optimal curing conditions.

Results

Two case studies exemplify the effectiveness of reality capture technology in resolving disputes and reinforcing trust in concrete pouring processes.

Case Study 1: Resolving Substandard Concrete Quality Dispute

In a past project, a dispute arose over alleged substandard concrete quality. Reality capture, including time-lapse videos, was employed to comprehensively review the construction process. The captured data aided in identifying potential sources of defects and provided crucial evidence for resolution. This approach prevented a potential project setback and ensured adherence to quality standards.

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Case Study 2: Validating Concrete Pouring Best Practices

During a concrete pour on the 5th floor of a construction project, concerns were raised about the concrete's quality. Reality capture technology, specifically Evercam's platform, was employed to showcase adherence to industry best practices through real-time, step-by-step validation of the pouring process. This comprehensive documentation dispelled doubts, prevented potential financial setbacks, and reinforced trust in the project's quality and compliance.

Conclusion

The integration of reality capture technology in concrete pouring workflows is a significant advancement for the construction industry. It not only enhances efficiency and precision but also serves as a vital tool for conflict prevention and resolution.

Through real-time documentation and stakeholder engagement, reality capture technology fosters transparency and cooperation, significantly impacting the construction industry's future by reducing disputes and ensuring project success.

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In a world where information demands continue to increase, the need for data centres is growing fast. This surge has led to the growth of dedicated facilities and the emergence of new players in the market. Thor Equities has launched Form8tion Data Centers, a company that focuses on creating custom data centre solutions. Their approach is unique, catering to individual client needs rather than a one-size-fits-all model.

Their first major project, Madrid One, located in Fuenlabrada, Madrid, spans 70 acres and includes five independent data centres. The project, valued at approximately €600 million, emphasizes sustainable practices, such as low-carbon materials, water conservation, and renewable energy sources.

A closer look at the architectural renderings of this facility reveals five independent data centers spread across a 70-acre landscape. Spearheading this venture are industry veterans - Simon Burrage and Roy Gibbens. Their collective expertise ensures that Madrid One is not just about scale but also about integrating cutting-edge technology and sustainable practices.

Madrid One at a Glance:

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Sustainability Practice 

Madrid One's design includes advanced sustainability practices like rainwater harvesting and low-water cooling solutions. It also plans to use renewable energy and energy-efficient equipment to reduce its environmental impact.

Evercam's technology significantly contributes to the sustainability goals of the Madrid One project by Form8tion Data Centers. Their solar-powered cameras provide an eco-friendly monitoring solution, reducing the reliance on traditional power sources. The AI-powered vehicle tracking system minimizes emissions by optimizing logistics and material transport. These innovative features from Evercam align perfectly with the project's commitment to a net-zero carbon footprint, reinforcing Madrid One's position as a leader in sustainable data center construction.

The Madrid One project, with its scale, vision, and integration of advanced solutions including Evercam Reality Capture, is set to be a benchmark in the data center industry. Form8tion and Evercam have recognized the synergies in their respective visions and are committed to a long-term partnership. The collaboration is not just about the present but is rooted in a shared vision for the future of the data center industry.

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Project Background

The DUB10 project is a large-scale data centre development located in Dublin, within Ireland’s largest data centre cluster. During the construction phase, Evercam supported the project team by providing reality capture technology to improve site visibility, coordination, and decision-making.

Designed as a high-capacity, two-storey facility, the project supports scalable digital infrastructure with strong connectivity to Ireland, the UK, and Europe.

The development spans a 35-acre site and is strategically positioned near key transport routes. Due to its scale and complexity, the project required clear visibility, accurate progress tracking, and strong coordination throughout the construction phase.

Why This Project Required a Different Approach

Data centre construction projects of this scale face increased risks related to rework, coordination gaps, and environmental impact. Rework affects both project timelines and costs, while also contributing to unnecessary material waste and emissions.

For the DUB10 project, the objective was to improve operational efficiency while supporting sustainability goals. This required reliable, real-time site data and better alignment between planning and on-site execution.

Key Challenges on Site

The primary challenge was minimizing rework caused by incomplete information, delayed communication, or discrepancies between design intent and construction progress.

With multiple stakeholders involved and a fast-moving construction schedule, the project team needed consistent visibility into site activity and a dependable visual record to support informed decision-making.

How Reality Capture Supported the DUB10 Project

Evercam supported the DUB10 project through reality capture solutions designed to improve visibility, coordination, and decision-making across the construction site. Tools such as Live View and Recordings enabled teams to monitor progress remotely and respond to issues without being physically present on site.

By centralising visual data, project teams were able to review site conditions, verify completed work, and identify potential issues earlier in the construction process.

Improving Visibility and Decision-Making

Remote Site Access and Communication

Live access to site cameras allowed teams to review site conditions in real time, improving communication between stakeholders and reducing the need for frequent site visits. This supported faster decision-making and improved alignment across the project team.

Continuous Visual Documentation

With full-frame-rate, 24/7 recording, the project team maintained a complete visual record of site activity. This visual timeline supported incident review, dispute resolution, and clearer communication around progress and site events.

Supporting Safety, Logistics, and Planning

Reality capture data supported additional operational needs beyond progress tracking, including safety reviews, logistics coordination, and planning accuracy.

Gate Reporting and Traffic Control

Gate reporting tools supported vehicle tracking and traffic management on site. This helped reduce logistical inefficiencies, avoid disputes, and limit unnecessary vehicle movements associated with construction activity.

Planning Accuracy with 4D BIM and Drone View

Visual planning tools such as 4D BIM comparisons and drone-based site views allowed teams to compare planned versus actual progress. These tools supported more accurate planning, remote measurements, and improved coordination between design and construction teams.

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Outcomes for the Project Team

The use of reality capture technology contributed to a reduction in rework and improved coordination on the DUB10 project. Remote decision-making reduced the need for site visits, helping limit idle machinery time and supporting environmental planning commitments.

The project demonstrates how visual data can play a practical role in improving efficiency and sustainability on mission-critical construction projects.

Project Progress Documentation

To document progress and support stakeholder communication, professionally edited time-lapse videos were produced throughout the project. These videos condensed months of construction activity into clear visual summaries, supporting both internal reviews and external communication.

Why This Matters for Data Center Construction

The DUB10 project highlights the role of reality capture in supporting modern data centre construction. By improving visibility, accuracy, and collaboration, digital construction tools help teams manage complexity while meeting operational and environmental goals.

This approach provides a reference point for future large-scale data centre developments facing similar challenges.

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This case study examines Murphy Ireland’s utilization of Evercam’s innovative construction camera technology for their Ringsend Phosphorous Fixation and Recovery Project. The project involves the construction of the Ringsend Wastewater Treatment Plant in Ireland, aiming to reduce phosphorus released in treated effluent and recover it for sustainable fertilizer production. To address the challenges of managing multiple projects across different locations and site constraints, Murphy Ireland implemented Evercam Construction Cameras for remote project monitoring and documentation.

The integration of construction cameras and Building Information Modeling (BIM) provided benefits such as remote monitoring, live view, video recording, and overlaying BIM models with real-time images. The cameras facilitated construction sequencing, off-site fabrication, assembly logistics, access planning, and communication with the plant owner.

The project achieved significant milestones, including the successful lifting of the Pearl reactor, and the 4D construction simulation received positive feedback. Future steps involve leveraging machine learning, AI, and further integrating 4D construction sequencing into everyday work. Evercam’s software played a crucial role in planning and implementing construction activities, providing transparency, responsibility, and access to reports and BIM data for the project team.

Overall, the deployment of Evercam’s technology enhanced remote project management, coordination, and construction efficiency for the Ringsend project.

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Sisk, a leading European construction company, has partnered with Evercam to transform their site management practices. By embracing digital technologies and leveraging Evercam's construction cameras, Sisk has streamlined work practices, improved communication, and increased productivity.

The integration of Evercam with Sisk's common data environment and BIM models enables efficient information management and progress tracking. The software's data analysis and reporting features, such as the Gate Report, have reduced costs and delays while empowering Sisk's digital project delivery.

Furthermore, Evercam's video footage has supported continuous improvement and enhanced energy efficiency within Sisk's projects. The company has achieved a significant reduction in energy consumption and has used Evercam's recordings to investigate and address issues such as excess energy usage.

This successful partnership between Sisk and Evercam has resulted in shared innovation and practical solutions for the construction industry. Sisk's adoption of Evercam's technology has positively impacted their projects, demonstrating the potential of digital transformation in site management.

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DB Schenker, a logistics company, successfully completed the construction of a sustainable 220,000-square-foot facility in Co. Kildare, Ireland. The facility, designed to meet LEED Gold certification standards, showcased DB Schenker's commitment to sustainability and eco-friendly construction practices.

To ensure the project's success, DB Schenker utilized construction cameras connected to a cloud-based platform for real-time monitoring and progress documentation. The cameras helped DB Schenker achieve its sustainability goals and maintain construction efficiency.

The Gate Report feature provided comprehensive insights into vehicle activity, facilitating cost control and independent validation of invoices. Integration with Matterport allowed for a 360º internal view, ensuring sustainability objectives were met. Evercam's drone view provided a comprehensive overview of the construction project, while 4D simulation software enabled real-time visualization of the construction process.

By comparing the actual progress with the planned timeline using 4D BIM Compare, DB Schenker effectively monitored the project and made necessary adjustments.

The use of construction cameras helped DB Schenker achieve its sustainability goals, including reducing carbon emissions and implementing energy-efficient technologies. This case study highlights the benefits of construction cameras in sustainable construction and DB Schenker's commitment to eco-friendly practices.

To embrace sustainable construction practices and achieve your own sustainability goals, consider implementing construction cameras connected to cloud-based platforms. These tools can provide real-time monitoring, documentation, and insights that help streamline construction processes while reducing environmental impact. Start incorporating these technologies today and contribute to a greener future for the construction industry.

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