PlanRadar’s integration with QR Codes set to improve on-site documentation and information PlanRadar, one of Europe’s leading digital construction, real estate and facilities management platforms, has enhanced its site data management by including QR code functionality. PlanRadar’s integration with QR Codes continues to elevate the platform as a preferred on-site
A specialist agent lead management, automation, and phone answering platform has been awarded a prestigious award, despite it launching only 18 months ago. The revolutionary software system, designed specifically for the sales and lettings industry, is being used by hundreds of agents across the UK. Agent Response, the software, helps
Aggregate Industries extends its LOOP order tracking service to its RMX concrete customers with Concrete Direct Following the launch of Aggregate Industries paperless order tracking platform ‘LOOP’ in 2019, the building materials supplier has carried out over 4 million paperless deliveries saving an estimated 430 tress and 20 tons of CO2. Now,
ASPEC – AI System for Predicting Embodied Carbon in Construction – Website Launches as Innovate UK Funding Period Concludes Winvic Construction Ltd, a leading main contractor that specialises in the design and delivery of multi-sector construction and civil engineering projects, and its partners in a cross-sector multidisciplinary research group is
A new partnership announced by Payapps, the cloud-based construction software, and Eque2, a construction, contracting and housebuilding software firm that offers a range of cloud solutions to manage the end-to-end lifecycle of a construction project, is due to give the construction industry a boost of cloud solutions. As part of
Hovermap Case Study Article: Hovermap provides drone autonomy and collision avoidance, easing the burden on operators and allowing them to fly closer to critical infrastructure and into confined spaces. A versatile SLAM-based mapper, Hovermap makes data collection quick, easy, and secure. In addition to drone use, its adaptable design enables
The new partnership will give building owners and operators real-time data-driven insights into their assets to make better decisions and reduce costs Asite, the world’s leading data platform for the built environment, is delighted to announce a new partnership with SmartViz, an intuitive digital twin platform that boosts the performance
Cintoo, the leader in providing a cutting-edge SaaS-based cloud solution for managing reality capture data such as laser scanning for the construction, architectural and engineering disciplines, is proud to announce that it has been accepted as an Autodesk Construction Cloud Premium Integration partner. As a leader in promoting collaborative efforts
Arloid Automation, a global leader in AI-based solutions designed to simplify MEP (mechanical, electrical and plumbing engineering) systems management for a broad portfolio of real estate, states that the use of AI within any building management system could lead to significant savings of up to 30% on energy and coolant
Glodon Gsite, a cloud-based software for construction management and information handling, has been shortlisted for Construction Software of the Year at the London Construction Awards, which will be held on 23 September 2022. The London Construction Awards is part of London Build, the UK’s leading construction and design show. The awards
PlanRadar’s integration with QR Codes set to improve on-site documentation and information PlanRadar, one of Europe’s leading digital construction, real estate and facilities management platforms, has enhanced its site data management by including QR code functionality. PlanRadar’s integration with QR Codes continues to elevate the platform as a preferred on-site documentation product, allowing users to simplify workflows and save time. QR Codes can be placed around a site to track location-specific issues or assets. The improvements will deliver greater flexibility to PlanRadar’s customer base, merging their existing work processes with the platform’s award-winning functionality, to help save time, improve work rate and accuracy whilst avoiding performance-damaging data silos. Users scan the QR code with their camera or the PlanRadar Mobile App and the linked Ticket (task/asset information) opens automatically. This makes it fast and simple to reference specific details while at a construction site or when maintaining facilities. PlanRadar currently supports a similar integration and workflow using near field technology, with the ability to link NFC tags to Tickets. With the addition of QR codes, users can now select their preferred technology to work on-site with PlanRadar. Chief Product Officer, Clemens Hammerl stated, “We strive to give our customers the best on-site experience, making it simple to get their day-to-day work done efficiently and correctly. Linking PlanRadar to QR codes is a natural fit – reducing the time it takes to retrieve information on a project site and ensuring everything is properly documented at the precise location. QR codes and NFC tags can both be used to make a wide variety of information accessible in real-time, and users can choose which format they capture and share information.” The new functionality makes it faster and easier to share information critical to a project’s success and can also drive greater levels of communication and collaboration between teams, creating a water-tight audit trail of decision-making in the process. Combined with PlanRadar’s flexible platform that allows users to decide the format they capture and report information, QR codes can be used for a variety of on-site workflows, including sharing key information on construction sites, tracking equipment, health and safety inspections, managing modular build deliveries, recurring maintenance and aligning fire stopping elements in ongoing checks. Co-CEO Ibrahim Imam added: “QR codes and the PlanRadar app are easy to use and do not require any prior knowledge or training. All you need is a mobile device. The result is a simple and cost-effective way to provide the most updated information – removing the need to replace signs on the entire construction site or in a building.” The new functionality neatly aligns with PlanRadar’s existing features. Using offline mode, users may scan QR codes and capture information even in places without internet access. At the same time, all information is stored in accordance with the highest standards of data protection and data security according to GDPR. PlanRadar continues to expand its feature set, following the start-ups successful $69 million ‘Series B’ investment round in January 2022. This year they launched integration solution ‘PlanRadar Connect’ and a Schedule feature to visualise projects phases and Tickets in Gantt-charts, among a multitude of other improvements to enhance customer’s experience. To find out more about PlanRadar’s new QR code feature and the wider platform, click here. Building, Design & Construction Magazine | The Choice of Industry Professionals
A specialist agent lead management, automation, and phone answering platform has been awarded a prestigious award, despite it launching only 18 months ago. The revolutionary software system, designed specifically for the sales and lettings industry, is being used by hundreds of agents across the UK. Agent Response, the software, helps sales and lettings agents generate increased revenue from sales leads, pre-qualify lettings leads, and improve operational efficiencies, saving both time and money. The company behind the system was crowned the Best Supplier in the Small Business category in the EA Masters Best Estate Agent Guide (BEAG) Awards. “We’re hugely proud and absolutely thrilled to have been recognised by such a prestigious award as the BEAG. Having worked as a Sales and Lettings agent for well over two decades, I knew from my personal experience that there is a huge gap between data and delivery. Many agents were, and still are, having to spend so much of their time filtering enquiries and identifying those that are genuine from those that aren’t, before then being able to move further through the Sales or Lettings process,” said Mike Nettleton, Co-Founder of Agent Response. “Agent Response essentially takes a huge load off lettings agents by asking pre-qualifying questions and capturing valuable data before an enquiry is even made – ensuring that only those who are genuinely interested and suitable for a property are sent to our users. For Sales, it harnesses the data to boost revenue potential that may otherwise be missed, and makes the process as straight-forward as possible.” The BEAG guide is produced annually by Property Academy in partnership with Rightmove, and independently assesses over 90% of UK estate agents, making it one of the most inclusive and extensive data-driven reviews in the industry. “We’re not only over the moon about our own award win, but the fact that 50% of the four overall winning agents across the nation use Agent Response which is fantastic! While we’re under no illusion that our tool is the sole reason for their award success, it’s great to note that many of the processes, automation, and operational efficiencies they’ll have been judged on will be directly influenced by what the Agent Response tool does. We’re hugely excited to see the platform continue to grow and to be recognised in this way by an industry event which recognises the best of the best,” concluded Leon Blair, Co-Founder at Agent Response, who heads up the technology and automation behind the platform. Building, Design and Construction Magazine | The Choice of Industry Professionals
Aggregate Industries extends its LOOP order tracking service to its RMX concrete customers with Concrete Direct Following the launch of Aggregate Industries paperless order tracking platform ‘LOOP’ in 2019, the building materials supplier has carried out over 4 million paperless deliveries saving an estimated 430 tress and 20 tons of CO2. Now, Aggregate Industries is enhancing its service offering to launch ‘LOOP – Concrete Direct’, providing RMX customers new features and benefits to help simplify the delivery process. ‘LOOP – Concrete Direct’ improves the customer service experience via a downloadable app enabling customers to place, modify, and check orders and delivery information in an instant, saving customers on admin and valuable time. Users can interact with delivery tickets on their own device, seeing real time status updates, test results and comments. A full report can be downloaded directly from the app, which includes order and ticket information. Customers can also chat to Aggregate Industries’ order takers, download conveyance notes and use the tracking service with accurate delivery timings. LOOP – Concrete Direct also presents a fully integrated digital operation and open API with customers’ internal systems, making ordering quick, easy and hassle-free. Chris Lynch, business project manager at Aggregate Industries comments: “After the successful launch of LOOP, we’re enhancing our digital system and offering a service that is unmatched in the industry. LOOP – Concrete Direct has been developed to improve our customers’ experience, with everything needed for concrete deliveries easily accessible, whenever and wherever. “We recommend downloading the app for a smoother ordering experience, streamlined efficiencies and better communication between us and customers. It’s also important to speak to our customer service team after downloading the app so you can activate a phone number against a contract to gain full access.” For further information and to download the LOOP – Concrete Direct app, please visit Aggregate Industries’ LOOP webpage. LOOP Building, Design & Construction Magazine | The Choice of Industry Professionals
ASPEC – AI System for Predicting Embodied Carbon in Construction – Website Launches as Innovate UK Funding Period Concludes Winvic Construction Ltd, a leading main contractor that specialises in the design and delivery of multi-sector construction and civil engineering projects, and its partners in a cross-sector multidisciplinary research group is inviting people in the construction industry to register their interest to access a new embodied carbon analytics AI system. Professionals should visit www.carboncalculated.co.uk to join the mailing list and they will be able to access a free trial of ASPEC – which stands for AI System for Predicting Embodied Carbon in Construction – towards the end of the year. Winvic, University of the West of England (UWE Bristol), and Costain make up the consortium that was awarded £800,000 funding by Innovate UK in November 2020 to create a fit-for-purpose technology solution to help drive down industry carbon emissions and meet government’s green targets. The ASPEC website homepage, where professionals can register for the free trial Users will be able to upload a 3D BIM file – a Revit model – to the revolutionary web-based system and it will calculate the building or infrastructure project’s carbon output within minutes. Materials can then be altered within ASPEC to directly affect the real-time calculations of the carbon data – this allows construction schemes to be designed in a ‘green first’, non-time-consuming approach for the very first time. A short video about ASPEC can be found on the brand’s YouTube channel. ASPEC is integrated with the Government Green House Gas conversion factors, Inventory of Carbon and Energy (ICE) and the Environment Agency (EA), making it the largest database of environmental construction data in the world. Nevertheless, the system also allows users to upload their own materials databases which will work alongside the data points already available. Winvic and its research group partners have also been engaging with supply chains and other stakeholders throughout the two-year ASPEC project and 360-degree feedback has been employed to ensure the tool is user friendly and functional. Please see editor’s notes for caption to image of ASPEC The system will help to propel contractors and material manufacturing firms to meet the UK government target to remove 10MT of carbon dioxide by 2030. Furthermore, a 50 per cent reduction in carbon emissions has been set through the Construction 2025 strategy and the target for 2050 is to bring all greenhouse gas emissions to net zero. Winvic Digital Engineering Manager and ASPEC project lead, Morgan Hambling, commented: “When we started this Innovate UK funded project two years ago, embodied construction calculation methods were onerous at best and there was simply no efficient way for design teams to proactively reduce the carbon footprint of projects. Therefore, ASPEC is transformational for the industry as contractors, consultants and material manufacturers can at last sit in the driving seat with this fit-for-purpose cloud-based tool. “With the Innovate UK two-year funding period now over and development in its final stages, we’re now inviting people to visit the ASPEC website to register their interest. We’re looking for professionals to get hands on in a free trial towards the end of the year – this is just the beginning, where we can all make the real impact that is required to meet client and building occupier needs as well as important government and industry targets.” For more information on Winvic, the company’s latest project news and job vacancies please visit www.winvic.co.uk. Join Winvic on social media – visit Twitter @WinvicLtd – and LinkedIn. Building, Design & Construction Magazine | The Choice of Industry Professionals
A new partnership announced by Payapps, the cloud-based construction software, and Eque2, a construction, contracting and housebuilding software firm that offers a range of cloud solutions to manage the end-to-end lifecycle of a construction project, is due to give the construction industry a boost of cloud solutions. As part of this partnership, Eque2’s contracting and subcontracting customers will benefit from an extended use of their existing construction accounting and commercial management solutions. With added functionality, they will be able to better manage the submitting of applications for payment, and the assessment and approval of payment notices. Critical for any construction business, it is mandatory to keep track of the progress of applications for payment throughout the entire project and across multiple projects. This ultimately leads to an excellent and healthy cashflow, as well as the opportunity to build strong relationships with its supply chain. “We are delighted to partner with Payapps and provide our customers with technology which allows them to take control of such a crucial part of their business. We were very impressed by the level of support Payapps provides to customers from the initial onboarding process through to on-going support,” commented Justin Moule, CEO at Eque2. Payapps, which has almost almost 12,000 customers worldwide, provides a unique solution that removes the need for inefficient manual tools, such as spreadsheets to value applications for payment, and emails to track communications. Instead, these are replaced by an innovative, online process where contractors and subcontractors collaborate to standardise and streamline the management of applications, making it simpler, faster, fairer and more transparent. “The Eque2 philosophy of supporting all tiers of construction companies is aligned with ours. It is very exciting to be partnering with another well-established construction software provider with an outstanding pedigree. We are delighted with this partnership and look forward to a successful future,” concluded Neal Hooks, Head of UK & Ireland at Payapps. Building, Design and Construction Magazine | The Home of Construction and Property News
Hovermap Case Study Article: Hovermap provides drone autonomy and collision avoidance, easing the burden on operators and allowing them to fly closer to critical infrastructure and into confined spaces. A versatile SLAM-based mapper, Hovermap makes data collection quick, easy, and secure. In addition to drone use, its adaptable design enables it to be used for walking, vehicle, and backpack-mounted surveys. This adaptability has been a significant factor in Hovermap’s widespread acceptance. Combining precision engineering, SLAM algorithms, and robust drone autonomy operators can gather accurate LiDAR data for as-builts, surveys, and inspections above or below ground, indoors or outdoors. This case study was conducted by COPTRZ, the UK’s leading supplier of commercial drone technology, with the assistance of an independent surveyor in order to validate the accuracy of Emesent’s Hovermap SLAM-based LiDAR and Ground Control Point (GCP) Software. Solutions for a LiDAR scanner in construction, such as the Emesent Hovermap mobile mapping technology, can reduce, and in many cases eliminate, the interruptions that add time and expense to a construction project. Too frequently, companies have neither explored nor are aware of these alternatives. Instead, they continue doing things the same way they always have, so they endure: • Time and resource intensive manual processes, such as traditional surveying and measuring instruments. • Employing professional surveyors, which is an added cost that frequently requires additional time and lacks the flexibility to capture the entire site, difficult-to-access areas, and confined spaces. • Fewer collaboration skills, which impede innovation and communication with other members of your project management team. • Less specific or exhaustive information for estimating materials and budgeting • Predetermined scanning intervals for monitoring construction There is a reason why construction professionals look to LiDAR innovation for construction and data collection: it can speed up and reduce the cost of entire processes. Overall, this case study sought to determine the extent to which a SLAM-based LiDAR system can be utilised to acquire accurate point cloud data for engineering and mass data applications. The captured data would be compared to Total Station-surveyed points. The precision of ground control points (GCPs) and surveyed points was used to validate claims of accuracy. In addition to these parameters, the time required to capture data and the processing time were also evaluated. This experiment was conducted at a new 73-meter-long housing estate entrance, allowing the testers to scan a continuous stretch of road to test the precision of Hovermap. For evaluation purposes, the environment featured a variety of characteristics, including a rising gradient, street furniture, and utilities. All features, including the top and bottom of the curb, spot levels, GCPs, and utilities, were surveyed by an independent surveyor. A COPTRZ employee performed the Hovermap data set and the positioning of GCPs. Five reflective 500mm targets were used as GCPs. These were placed in a “Zig-Zag” pattern up the road to position the scan in an absolute coordinate system. This eliminated slips and SLAM (inertial measurement unit) drift. The Hovermap data was collected via a walked scan and processed with Emesent software in accordance with the company’s best practises. When the scan begins, the algorithm creates multiple ‘local’ maps and then attempts to align them with greater precision on the global map. The entire survey was conducted at a walking pace, and a closed loop was achieved. SLAM recognises unique characteristics from the outset. When merging ‘local’ and ‘global’ maps, greater alignment is achieved by closing the loop on the scan. Overall, the Emesent Hovermap ST proved to be easy to set up and user-friendly in operation. After configuring Hovermap on a mobile device and waiting 30 seconds for initialization, the data was gathered. The collection of data required 3 minutes and 40 seconds. The processing time, which included the importation of GCPs’ positions, was 13 minutes and 50 seconds. The .las extension was exported and data was imported the point cloud into Leica 3DR. After analysing the data, the standard deviation of 3DCQ shows 95% of all points checked are better than 20mm.
The new partnership will give building owners and operators real-time data-driven insights into their assets to make better decisions and reduce costs Asite, the world’s leading data platform for the built environment, is delighted to announce a new partnership with SmartViz, an intuitive digital twin platform that boosts the performance of assets. This new partnership will expand operational capabilities available to asset owners. It will also enable outcome-driven digital twins through real-time data and occupancy analytics, simulations, and visualizations for asset performance optimization. Building on a combined experience of over 40 years, the new Asite and SmartViz partnership will unlock a range of benefits for the AECO industry and open a new world of digital possibilities for the future of work. Nathan Doughty, Asite CEO, said: “We are incredibly excited about this new partnership with SmartViz and the world of opportunity it opens for us and the built environment as a whole. Digital twins are transforming the AECO industry and the world as we know it, ushering in a new and exciting digital era. We are proud to be at the forefront of this technological advancement and reinforce our reputation as one of the industry’s most forward-thinking and innovative service providers. The Asite Platform connects our growing ecosystem of partners through standardized interfaces, consolidating our strengths to unlock everything digital twins have to offer.” Dr. Shrikant B. Sharma, Founder & CEO at SmartViz Ltd, said: “This is an exciting moment for SmartViz and our industry. SmartViz’s innovative digital twin application together with Asite Platform can truly empower our clients to boost building performance and user experience. It’s just not acceptable that buildings still consume 3.5x more energy and release 3.8x more co2 than they should. This needs to change. For that we need to break data silos, and make it accessible, insightful and empower everyone from the COO and CFO to the estate directors, facilities managers and end users. That’s what this partnership delivers by enhancing space utilisation, saving energy and supercharging the productivity and wellbeing of people – all highly relevant issues in light of the climate challenges, net zero goals, and post-covid world adapting to hybrid working.” The new partnership is a testament to Asite’s promise to support sustainability in the built environment in the move to Net Zero. Through this partnership, real-life, real-time digital twins will be created and will be used to make more effective decisions by turning data into insights and outcomes. Asset information—CO2, light, humidity, and occupancy levels—can be aggregated from a myriad of IoT sensors and smart building systems, and visualized on an asset model in real-time to determine where energy is being lost within the asset and if space is being used efficiently. The partnership provides the tools necessary to build more productive and energy-efficient assets, improving building performance and sustainability while helping reduce costs. To find out more about innovation at Asite, please contact sales@asite.com.
Cintoo, the leader in providing a cutting-edge SaaS-based cloud solution for managing reality capture data such as laser scanning for the construction, architectural and engineering disciplines, is proud to announce that it has been accepted as an Autodesk Construction Cloud Premium Integration partner. As a leader in promoting collaborative efforts and providing cloud-based resources in the areas of digital design and construction, Cintoo is providing its extensive knowledge and thought leadership in reality capture to promote the combined use of Autodesk Construction Cloud® and Cintoo Cloud for all aspects of design and construction. Using Cintoo Cloud, BIM or CAD files can be seamlessly uploaded for comparison to the mesh-based laser scan and drone data. They can then be compared to the as-built conditions to evaluate them against the intended design. Cintoo’s goal in joining the Autodesk Construction Cloud Premium Integration partner program is to drive reality data adoption to help builders reduce costs by ensuring what is being built is according to the plans. “Cintoo is proud to participate in the Autodesk Construction Cloud Premium Integration Partner program. Our membership will allow interested users to learn about the latest advancements in reality capture, providing leading edge support for their Autodesk BIM or CAD designs. By joining the Autodesk Construction Cloud Premium Integration Partner program, Cintoo confirms its goal to provide more value to Autodesk customers. We offer a browser-based solution that leverages a unique point cloud-to-mesh technology and the TurboMesh™ streaming engine, to allow any expert or non-expert access to high resolution 3D scans and models from anywhere at any time,” said Dominique Pouliquen, CEO and Product Manager at Cintoo. “Autodesk Construction Cloud customers are among the most ardent users of Cintoo Cloud by utilizing inherent uploading of Autodesk BIM models for design comparison to scanned reality data. Working in concert with Autodesk Construction Cloud, users can easily create and share annotations or issues with their distributed team members.” “By positioning Cintoo Cloud with the Autodesk Construction Cloud Premium Integration Partner program, users can create additional value for all Autodesk Construction Cloud customers. Cintoo allows users to easily and continuously update their BIM and CAD models and optimize their decision-making process over the life of the project.” Cintoo’s Chief Sales Officer Rob Rasnic further stated, “Reality capture is an essential component of the Autodesk Construction Cloud ecosystem and Cintoo is proud to work in collaboration with the Autodesk Construction Cloud Premium Integration Partner program to educate and inform all users on all aspects of optimizing their designs thanks to accurate, trustful and shareable reality capture data.” To learn more about Cintoo Cloud please visit: https://cintoo.com/ or go to the Autodesk App Store here: Cintoo Autodesk App Store
Arloid Automation, a global leader in AI-based solutions designed to simplify MEP (mechanical, electrical and plumbing engineering) systems management for a broad portfolio of real estate, states that the use of AI within any building management system could lead to significant savings of up to 30% on energy and coolant use. In this sense, AI could be further used by EU member states to help reach the voluntary 15% gas reduction target. Member states agreed to reduce their gas demand by 15% compared to their average consumption in the past five years, between 1 August 2022 and 31 March 2023, with measures of their own choice, according to the Council of the EU. The importance of reducing energy demand cannot be overemphasised largely due to supplies from Russia being significantly reduced, erratic and they may be stopped altogether. Arloid’s AI system can be implemented without any hidden costs, which makes it one of the cheapest and easiest ways for EU states to significantly reduce energy consumption with no upfront costs and get a step closer to reaching their gas target. Once installed, companies can start savings and, once those savings have been established, a percentage fee can be charged. For a company to reduce its energy usage with Arloid’s AI system, it needs to follow a series of simple steps. In the first instance, a virtual building identical to the one where savings are to be made is produced. This digital building has the same construction materials, location, climate and personnel attributes as the real one in order to help AI make a series of simulations based on live data from the real building. This process takes about a month, which is a lot faster than if it was done by building services engineers or property managers in the real world. The AI intuitively adjusts the heating, ventilation and cooling settings, thus resulting in real savings. Imagine a world where all these changes are automatically done – then imagine what can be achieved. It’s not only saving energy and money, but improving comfort too. Arloid’s AI uses Deep Reinforcement Learning to automatically manage the operation of HVAC systems in a wide range of buildings via a secure Virtual Private Network (VPN). It then makes decisions based on reinforcement behaviour and real-time data to provide faster optimisation and better HVAC performance. By controlling each HVAC device in the system and dividing the building into distinct heating and cooling micro-zones, arloid.ai provides more control of the environment and better user comfort. The technology is gaining ground not just in Europe but across the world with actual savings being achieved over 56 million square feet. This includes real estate and many types of commercial building such as retail premises, hotels, medical centres, warehouses. By reducing energy use the cost savings can counter the effects of energy supply issues, higher prices and inflation. AI should now top the political agenda right across the EU to help member states reach their voluntary gas reduction target of 15%. It’s not as difficult to achieve as it may first seem because new technology can play a huge part for very little outlay. At any rate it’s an obvious and achievable first step towards EU goals and for those countries encouraging dimmed lights and shorter showers there is another way! Building, Design and Construction Magazine | The Home of Construction Industry News
Glodon Gsite, a cloud-based software for construction management and information handling, has been shortlisted for Construction Software of the Year at the London Construction Awards, which will be held on 23 September 2022. The London Construction Awards is part of London Build, the UK’s leading construction and design show. The awards recognise achievements, projects and innovation in the construction industry and feature a wide range of categories for tech companies, contractors, architects, civil engineers, developers and local authorities. “We‘re pleased to be a finalist for Construction Software of the Year”, says Tom Young, Construction Director at MagiCAD Group Ltd. “Regardless of the final outcome of the competition, we consider it recognition for our efforts and the growing position in the market. We look forward to representing our company brand and product at the upcoming event. I am proud of my colleagues’ fantastic work with our clients to develop a product that improves the construction management between site and the office.” Gsite is a flagship construction platform for construction management and information handling in building projects. Gsite users include Operatives, Supervisors, Project managers, Engineers, as well as all other members of the Construction team. Gsite is used in over 30,000 construction projects all over the globe. With a robust mobile application and web browser interface, it enables users to be as mobile as the construction project requires while still being able to work on the same tasks when back at the office. Glodon Gsite is used in over 30,000 construction projects all over the globe. With a powerful mobile application and web browser interface it enables users to be as mobile as the construction project requires while still being able to work on the same tasks when back at the office. Gsite provides a single, easy to use unified construction management platform. It allows you to handle multiple use-cases, tasks, and operations from a single application with integrated instant communication functions.
