[{"_id":"project-settings","settings":{"translateMetaTags":true,"translateAriaLabels":true,"translateTitle":true,"showWidget":false,"customWidget":{"theme":"dark","font":"rgb(255, 255, 255)","header":"rgb(0, 0, 0)","background":"rgba(0, 0, 0,0.8)","position":"right","positionVertical":"bottom","border":"rgb(163, 163, 163)","borderRequired":false,"widgetCompact":true},"widgetLanguages":[{"code":"es-MX","name":"Español"},{"code":"fr","name":"Français"},{"code":"ko","name":"한국어"},{"code":"pt-BR","name":"Português"}],"activeLanguages":{"ko":"한국어","es-MX":"Español (México)","pt-BR":"Português (Brasil)","ja":"日本語","en":"English"},"enabledLanguages":["en","es-MX","ja","ko","pt-BR"],"debugInfo":false,"displayBranding":false,"displayBrandingName":false,"localizeImages":false,"localizeImagesLimit":false,"localizeAudio":false,"localizeAudioLimit":false,"localizeDates":false,"disabledPages":[],"regexPhrases":[],"allowComplexCssSelectors":false,"blockedClasses":false,"blockedIds":false,"phraseDetection":true,"customDomainSettings":[],"seoSetting":[],"translateSource":false,"overage":false,"detectPhraseFromAllLanguage":false,"googleAnalytics":false,"mixpanel":false,"heap":false,"blockedComplexSelectors":[]},"version":13132},{"_id":"en","source":"en","pluralFn":"return n != 1 ? 1 : 0;","pluralForm":2,"dictionary":{},"version":13132},{"_id":"outdated","outdated":{"#Can I trial the Enterprise plan instead of the Busines":1,"#How much earth needs to be moved? How do current site conditions compare to the original site design? These are common questions in the site construction and planning stage. Using DroneDeploy tools, including Earthworks, Cut/Fill Analysis, and Side-by-Side, workers can get answers quickly and cost-effectively. These tools help visualize measurements and map elevations. Additionally, our integrations with Autodesk BIM 360 and Procore seamlessly blend in-app to enable design plan overlays for comparison.":1,"#Pivotal to the schedule of the project is that the equipment arrives on time and unbroken. Accurate site planning is imperative when assuring equipment is in the correct spot. In this case, DroneDeploy’s Inspection Workflow can accurately capture the whole site to make site design and drop-off locations easy to plan. Annotations is another useful tool to pinpoint exact locations and calculate distance, elevation, area, or volume. These precise measurements – rendered by drone technology – capture difficult-to-see images in a fraction of the time it would have taken on foot.":1,"#Eric Tucker picture":1,"#For stakeholders invested in the progress and success of a construction project, DroneDeploy’s Procore integration provides an additional layer of peace-of-mind. Rather than relying solely on checklists and photographs, stakeholders receive aerial imagery and automatically-synced photos so they can see a more holistic view of the project progress. An up-to-date snapshot of a construction site can help alleviate or address any potential concerns with the project as they occur in real-time, ensuring costly mistakes aren’t overlooked during any point of construction.":1,"#Stiles Construction leverages DroneDeploy and Procore to help when pouring concrete with post-tension cables, which requires careful inspection and placement of MEP sleeves. They are reducing the risk posed by the installation of post-tension cables by overlaying Procore drawings on top of the aerial map created by DroneDeploy prior to a pour. By assessing and verifying the accuracy of the build process, they save thousands of dollars in potential re-work while keeping their construction sites as safe as possible.":1,"#Customers are already taking advantage of the partnership between DroneDeploy and Procore to enhance their construction projects.":1,"#Coordinating work at a construction site requires high levels of accuracy and agility. When you factor in government regulations, worksite safety, or the veracity of on-the-ground conditions, keeping construction projects on time and on a budget can become an even more challenging endeavor.":1,"#a week saved in verifying as-built vs. as-designed":1,"#4 hours":1,"#integration with Procore and DroneDeploy":1,"#Check out the Rogers O'Brien Customer Success Story.":1,"#Combining Procore’s site safety and construction management solutions with DroneDeploy’s industry-leading job site reality solution empowers project managers to take a holistic view of any job site via a complete aerial picture. Procore Drawings can now be overlaid onto DroneDeploy aerial maps, making it possible to track the progress of a design over the lifetime of a project. Changes made to any Procore design will be automatically synced with DroneDeploy, ensuring all users are making decisions based on the same, accurate, up-to-date information.":1,"#The DroneDeploy and Procore integration is also helping construction companies save money and secure new contracts. Proposing a new construction project requires careful planning and if you have a current understanding of the ground truth you are able to make your bids more competitive. Armed with aerial job site imagery, Key Construction was able to demonstrate a comprehensive understanding of a job proposal throughout the entire bid process and ultimately secure a construction contract.":1,"#Eric Tucker, Business Development Manager, Procore":1,"#Jose A. Rivera, Director of Operational Excellence, Stiles Construction":1,"#DroneDeploy’s Procore integration also automatically syncs Progress Photos to daily logs, creating a visual documentation of progress and a complete record of the entire project’s life cycle. This accurate, visual record provides clarity and insight for every connected stakeholder and ensures a well-documented record of compliance for legal or safety matters. Additionally, DroneDeploy has leveraged Procore's Embedded Experience framework, where you can take full advantage of DroneDeploy such as viewing progress, taking measurements, or creating annotations without leaving Procore.":1,"#That’s why DroneDeploy and Procore worked together over the past year to develop a deep integration for site reality capture and management. This integration allows construction companies to validate designs faster, reduce subcontractor risk, and delight owners and stakeholders by visually reporting progress.":1,"#saved on average for each project":1,"#Jose A. Rivera picture":1,"#Construction companies and project managers seeing accurate, up-to-date information about their projects can now take advantage of DroneDeploy’s Procore integration with the latest release of the DroneDeploy software. From job site safety to regulatory compliance, DroneDeploy and Procore together can paint a powerful and comprehensive picture of any construction project, reducing errors, saving money, and keeping schedules on time.":1,"#As construction continues to evolve and incorporate new technologies to improve safety and efficiency, Procore is proud to partner with DroneDeploy to bring the most cutting edge technology to help make any construction project stay on time, under budget, and complete their work safely. This partnership is a big step towards a seamless integration between field and office.":1,"#Global Privacy Control Web サイト":1,"#Courier":1,"#share":1,"#f. “Formulário de pedido”":1,"#b. “Conteúdo da Empresa”":1,"#El valor":1,"#Iglesia":1,"#Drones have quickly become an indispensable tool for upstream, midstream, and downstream oil and gas companies of all sizes.But oil and gas companies are now realizing how important drone software is to their business—not just drones. After all, drones capture images, but it’s the software that analyzes the images, synthesizes data, and delivers the insights that enhance business decisions.As companies tap into the unprecedented insights, analyses, and real-time collaboration enabled by drone software and data, they are witnessing increased accuracy and operational efficiency across many business processes. Cloud-based drone software, in particular, provides fast access to data, enabling people on and off the field to collaborate and accelerate decisions.This eBook will discuss the key benefits of drone software for site design and construction; monitoring operations; and conducting inspections.":1,"#How Drone Software and Data are Transforming Oil and Gas Companies":1,"#The Equity":1,"#Como":1,"#Inspection de façade verticale":1,"#Gestion des équipes et des utilisateurs":1,"#Capture et analyse de la réalité":1,"#Découpe/remblai par rapport à la surface de conception":1,"#Choisissez votre secteur d'activité":1,"#1 accès utilisateur administrateur":1,"#Réservez une démo aujourd'hui.":1,"#Intégrations de stockage de documents (OneDrive, Egnyte, Dropbox, etc.)":1,"#360 Photos et procédure pas à pas":1,"#Toutes les fonctionnalités du projet, plus":1,"#Vol et analyse avancés":1,"#Acheter mensuellement":1,"#Télécharger et afficher des panoramiques et des vidéos":1,"#1 pilote avancé":1,"#Comparez les forfaits":1,"#Assistance par e-mail et par chat":1,"#des plans:":1,"#Toutes les fonctionnalités individuelles, plus":1,"#Facturé annuellement":1,"#Vol et analyse":1,"#Thermique radiométrique":1,"#Essayez-le":1,"#Caractéristiques individuelles":1,"#Application mobile pas à pas":1,"#Carte en direct":1,"#Individuel":1,"#Pour les particuliers":1,"#Pour les équipes":1,"#Intégration Esri":1,"#E-mail, chat, appel d'assistance":1,"#Caractéristiques du projet":1,"#Points de contrôle au sol":1,"#Gestion des opérations de drones":1,"#Évoluez à l’échelle de votre organisation":1,"#Libérez le pouvoir de la capture de la réalité":1,"#Ne vous inquiétez pas des licences, de l'achat de matériel ou de la formation des pilotes, notre équipe de services professionnels fournit une grande précision sans tracas. Obtenez des données RTK sur demande. (Et si vous souhaitez former votre propre équipe de drones, nous proposons une formation gratuite Part 107.)":1,"#熱処理により、肉眼では見えない屋根の欠陥を迅速に特定して対処します":1,"#Co-founder and CCO, DroneDeploy":1,"#Jono Millin is the co-founder and CCO of DroneDeploy, where he is responsible for the overall customer experience of the DroneDeploy platform. Millin completed his undergraduate degree in Computer Science, Information Systems and Applied Maths at Rhodes University before moving to the UK to obtain an MSc in Artificial Intelligence, and 2/3 of a PhD in Machine Learning from the University of Edinburgh. When not playing with flying robots and computers, Jono can be found rock climbing or playing squash.":1,"#3D models":1,"#Planning trucking routes for hauling jobs is another required logistical task. Determining how many (if any) trucks can fit on one road, road grading, and elevation changes are all necessary before workers get on-site. With Measurements, project managers can evaluate the width and grade of those pathways after just one sweep of the site with a drone. Elevation layers simplify this further by allowing the user to view set ranges, intensities, or depths of elevation per project. This information saves both time and resources resulting from improper site planning or misplaced routes.":1,"#Paths for Trucking and Hauling":1,"#How to Perform Site Planning and Logistics Checks with DroneDeploy | DroneDeploy":1,"#Lastly, insights gleaned from drone imagery can assist with material inventory. Whether determining the needed materials for a project, their location, or the projected production, drones are valuable in this effort. While the Earthworks and Cut/Fill tools can aid with this, Stockpile Reports provide a complete record of stockpile materials. Having this information on-hand also ensures the appropriate amount of materials on-site, and helps limit waste.":1,"#Equipment Delivery, Placement, and Condition":1,"#With numerous construction sites and workspaces re-opening in the coming weeks, there are extra emphases on site-planning and logistics processes. In construction, mining, and energy industries, workers rely on proper site design and inventory management to ensure efficient, safe, and on-schedule jobs. While this work is traditionally subject to human error, drone technology takes the guesswork out of these operations and expedites them. In this article, we’ll discuss how DroneDeploy assists those on the ground through every stage of a project.":1,"#Material Inventory":1,"#Site Construction and Planning":1,"#No matter the stage of your project, DroneDeploy’s site planning tools can help your organization save time, money, and resources lost in inefficient site design or misplaced equipment. When exact locations of stockpiles and truck routes are easily accessible, projects stay on schedule and maintain profitability. If you’re interested in learning more, read some of our customer success stories or cut right to the chase and start a free trial. Need more time? Download our 2020 State of the Drone Market report.":1,"#The true cost of reality capture point solutions (and how to overcome them)":1,"#Reality capture is getting a reality check.":1,"#The cost of adoption creep":1,"#single source of reality.":1,"#Discover methods for unifying your reality capture tech stack to reduce overall costs and improve operational efficiencies across your projects.":1,"#Hear from industry innovators who have dumped their reality capture point solutions for a consolidated view of their projects.":1,"#The pain of point solutions":1,"#Learn how adoption creep of multiple point-solutions can lead to higher day to day costs and negatively impact your teams.":1,"#More solutions.":1,"#There’s more to the price of single-use tools than the price tag. In this guide we'll show you how to make the transition from expensive point solutions to a single source of reality.":1,"#How to reduce ownership cost":1,"#View your guide":1,"#For years, easy venture capital funding has flowed into the reality capture space, leading to GCs becoming inundated with a flood of specialized, single-use software solutions. It’s time to adapt how you adopt reality capture – from multiple point solutions to a":1,"#More problems.":1,"#There’s no denying it: drones have made their way into the construction industry. And they are here to stay. Today’s drones pack a big punch, helping project managers, superintendents, field engineers, and virtual design + construction (VDC) teams build instant ROI with jobsite-ready maps and models. Time and again, drones save money, reduce downtime, and improve safety on construction projects.But if you are like many construction professionals, you probably have a few questions about implementing drones on your own jobsite. Sure, you’ve heard all the hype, but are they really worth the effort? Exactly what types of results will drones deliver? And most importantly, are they safe?Download our guide to learn how construction teams use drones to: Generate collaborative maps and 3D modelsLeverage data from high-resolution point cloudsCreate accurate contour mapsWe also give examples of how industry leaders like Brasfield & Gorrie, Choate Construction, and McCarthy Building Companies handle safety, implementation, and scale in their drone programs.":1,"#Learn to monitor, measure, and communicate with drone maps and 3D models in the construction industry":1,"#Interested in transforming your company's asset management? Talk to one of our experts, or download our eBook on drone data solutions for the oil & gas industry.":1,"#h. “Robô”":1,"#October 1, 2019":1,"#Back by popular demand, here's another sneak peek into what to expect at DDC19":1,"#While managing earthworks is not easy, it can be less painful to get accurate, up-to-date surveys of your site. Combined with DroneDeploy’s world-class drone Map Engine, open platform, APIs, and a suite of integrations into popular Project Management software such as Procore, Bluebeam, and Autodesk BIM 360, project managers now have high accuracy data available at their fingertips. Check out our Construction Solution page for more information on how you can leverage DroneDeploy to improve your earthworks accuracy with aerial data, and for a detailed look at earthworks, download our free eBook.":1,"#Change Color":1,"#검사에 대한 마지막 How To 부분":1,"#DroneDeploy를 사용하여 열 검사를":1,"#esta página":1,"#Título":1,"#While collecting data with DroneDeploy is much more streamlined than ground counts, it can still be very time-consuming back in the office. Without an AI tool, scientists must study raw or stitched-together orthomosaic images and count each seal manually. The lack of automated counting tools is a significant hurdle to putting drone data to use. “There are researchers across the globe with years of collected data that has yet to be processed due to the number of hours required for analysis,” said Brian Taggart, co-founder of Oceans Unmanned.":1,"#Next, the engineers facilitated the integration of the trained seal detector into the DroneDeploy platform. Using the detector, scientists can now highlight areas on their maps and count both Guadalupe fur seal pups and adults in imagery. This tool may make Guadalupe fur seal population monitoring more streamlined and efficient.":1,"#The Solution: a DroneDeploy Hackathon Team":1,"#Tenaya Norris, a California-based Marine Mammal Biologist, has spent countless hours tracking these seals with a group of scientists in Mexico lead by Fernando Elorriaga-Verplancken. The activity is laborious, intrusive, and sometimes dangerous. Seals often hide behind rocks and crevices, and counting these animals often involves flushing or moving them, including moms and their pups. “Sometimes, these pups are only a day old, so that disturbance can be significant,” explained Tenaya. In addition, Tenaya noted that the activity of ground counting is also potentially dangerous to scientists.":1,"#The progress made today on monitoring fur seal populations can help us take the leap forward in monitoring even more species across the world.”":1,"#We can’t manage what we don’t measure. That’s why monitoring wildlife population size is critical to conservation efforts, albeit not an easy task. Today, scientists and practitioners spend countless hours in the field using diverse methods to count and model endangered and threatened species population estimates and trends. To combat this, DroneDeploy is continually creating innovative ways to count animals with drone imagery using artificial intelligence, or AI. In fact, these methods are currently revolutionizing the way we monitor endangered species’ population levels. By using new remote sensing and AI image processing methods, we’re taking a giant step forward in worldwide species conservation.":1,"#The Challenge: Counting Newborn Fur Seals":1,"#Matt Pickett, Co-Founder, Oceans Unmanned":1,"#The automation of seal counts is a small step forward in a much larger push for AI in conservation. The World Wildlife Fund estimated that the world had lost two-thirds of its wildlife in the past 50 years, and monitoring habitats and landscapes is a crucial tool in unlocking this future for conservation. Faster and easier tools in wildlife monitoring can help overcome some of the hurdles of traditional methods, such as how often surveys can occur and how many people are needed to conduct these surveys.":1,"#Broader Implications for World Conservation":1,"#To count seals through aerial imagery, the team used DroneDeploy’s count tool in conjunction with Picterra’s technology. Picterra is a geospatial intelligence platform for machine learning and includes many training and processing libraries for extracting information from imagery, including specific tools for counting wildlife. The team integrated DroneDeploy data into the Picterra platform for training and processing. Using this method, they were able to identify and count both Guadalupe fur seals and their pups with a trained detector.":1,"#That’s why Tenaya and Fernando partnered with Oceans Unmanned, a DroneDeploy.org partner, to empower researchers to utilize drone technology when collecting marine spatial data. Together, the team uses DroneDeploy software to map Punta Sur, the southern tip of Guadalupe Island.":1,"#This challenge sparked interest from DroneDeploy’s internal engineering team, who took on the project during our most recent Hackathon:a three-day event where teams of engineers across DroneDeploy work on technical problems and test ideas. These quarterly Hackathons not only drive community and team-building across our organization but also generate innovative designs and product features. Some of our most popular product offerings, including Live Map, began as Hackathon ideas, and this June, our engineering team partnered with scientists to identify a way to more efficiently count seals.":1,"#DroneDeploy.org partners with organizations around the world to turn insight into opportunity and deepen our understanding of the natural and physical world. If you’re interested in drone data for conservation, learn more and apply for a partnership at DroneDeploy.org.":1,"#Currently, the Guadalupe fur seal population is threatened in the U.S. and needs consistent record counts to ensure its protection. Thought to be extinct in the early 1900s, the fur seal is making a cautious comeback. But, unfortunately, the only known breeding site for these seals is Guadalupe Island, a remote, volcanic island off the coast of Northern Baja California. Still, scientists regularly venture to the island to count fur seals during breeding season.":1,"#좋은 일을":1,"#Indústrias em Portugal":1,"#your DroneDeploy models and track changes over time.":1,"#In this video, we’ll show you how you can measure and analyze":1,"#Now that we have aerial maps and ground walkthroughs in our DroneDeploy Project, let’s explore them.":1,"#In this video, we’ll show you how you can measure and analyze your DroneDeploy models and track changes over time.":1,"#Exploring your DroneDeploy Models and Monitor Changes Over Time | DroneDeploy":1,"#Now that we have aerial maps and ground walkthroughs in our DroneDeploy Project, let’s explore them. In this video, we’ll show you how you can measure and analyze your DroneDeploy models and track changes over time.":1,"#360 Walkthrough and BIM: A Comprehensive View of Your Job Site":1,"#Brasfield & Gorrie, for example, used project design plan overlays with CAD drawings to verify work done on a handicap ramp. Just 12 hours before the concrete pour, using DroneDeploy, B&G discovered that their as-designed plans were different than as-built, saving over $10,000 in rework costs.":1,"#Rework presents a growing threat to construction operations today, both in time and cost. Researchers from the International Journal of Sustainable Construction Engineering & Technology estimated an average of 7.1% of total work hours are dedicated to rework fixes. While this drains time, profitability, and productivity, it can also hinder an organization’s credibility.":1,"#Our blazing-fast software processes images in minutes, not days. Users capture near real-time data more frequently, so field teams, trades, owners, and other stakeholders stay better aligned. Change orders are inevitable on any project, but with data delivered faster, teams can identify issues, act quickly, and avoid late rework or change orders that aggravate cost overruns and delays, influencing team morale and productivity.":1,"#Stakeholders can also receive compelling visual progress reports that contain all of the media for a project’s specific flight date. Just by generating a report, users granted access will see all photos, panos, videos, and maps for a project. With email, PDF, and in-app sharing options available, everyone involved is apt to stay informed – reducing miscommunications, mistakes, and the rework associated with these errors.":1,"#One construction-specific tool helpful for those in the industry is DroneDeploy’s Project Design Plan (CAD) Overlays. Workers can import, overlay, and view design plans directly over their flight maps with this tool. And with a side-by-side record of progress, costly mistakes are caught early, avoiding rework altogether.":1,"#Additionally, DroneDeploy integrates with BIM solutions to make collaboration more seamless. This is crucial since plans are interdependent: for example, changes to the floorplan can impact the electrical plan. One source of truth quickly identifies and addresses these interrelated issues.":1,"#Construction projects have a notorious reputation for being over-time and over-budget. One of the main contributors: rework.":1,"#Reduce Time & Costs Associated with Rework | DroneDeploy":1,"#Streamlined Workflows Empower Collaboration":1,"#After DroneDeploy processes flight imagery, workers can annotate and tag problems directly on their maps. Location Marker identifies the latitude and longitude, while elevation controls provide data on selected areas of interest. Features to measure distance, surface area, volume, and more are also available.":1,"#If you’re interested in drone software for your construction operations, we encourage you to read some of our customer success stories, or download our free eBook on managing rework.":1,"#With a host of competing priorities, it’s unsurprising that some construction tasks fall through the cracks. DroneDeploy optimizes these workflows and priorities for construction companies.":1,"#DroneDeploy’s software conducts aerial inspections and documents problem areas, providing a defensible, visual historical record. Whether you’re just looking into drone technology or have an existing program, we’ll detail how to optimize your drone operations with our solution.":1,"#DroneDeploy's enhanced progress reports.":1,"#Construction sites change daily, and issues missed can delay projects and balloon budgets. DroneDeploy’s 360 Walkthrough is built on technology honed from years of processing drone imagery.":1,"#Commenting is always possible to detail problem areas, write notes, and share progress. With @mention, users can tag specific individuals and assign them to project tasks, enhancing overall visibility—the result: the alignment of all stakeholders on site advancements, no matter the stage.":1,"#Rather than experience these issues firsthand, DroneDeploy allows construction companies to identify problems from the start. Why spend extra time and money on rework costs and additional labor when you don’t have to? DroneDeploy leaves no excuse for these issues to remain unresolved.":1,"#But technology solutions, including drone data, can help construction firms mitigate rework by identifying issues more quickly. This level of speed and transparency promotes efficiency and proper documentation while providing a comprehensive view of your site and minimizing the time needed to correct mistakes.":1,"#VDC Managers use this feature to compare CAD drawings to a project’s latest drone map, allowing the user to monitor grading vs. elevation, conduct route plans, and pinpoint safety concerns from the get-go. DroneDeploy customers often fly routinely throughout a project’s life cycle, so VDCs and other stakeholders are looped in on comparing as-planned to as-built designs.":1,"#To do this, the Great Barrier Reef Marine Park Authority will be using DroneDeploy’s services to map the reef and further their conservation efforts. With a complete, data-rich map of the reef, scientists can determine at-risk or damaged areas and quickly deploy a team to the site. Because the reef’s health is at stake, the added benefit of drone software is that it allows the user to work purposefully with minimal physical human interaction, preventing the reef from further damage.":1,"#DroneDeploy has always been a thought-leader for conservation efforts. Originally founded to combat poaching in South Africa, we’ve since donated our services to multiple organizations through our philanthropic arm, DroneDeploy.org. After joining the Pledge 1% program this past year, we’ve doubled down on this effort, specifically in Australia, one of the largest drone markets in the world – and the site of our next office location. Already active in the Bush Fire relief effort, DroneDeploy is now being used to monitor the Great Barrier Reef.":1,"#For non-profit organizations, conservation can be an uphill battle. Conventionally, scientists have gone by boat to the reef and conducted in-water samples to test for coral bleaching or growth, matching these samples to NASA satellite imagery. Not only is this process time consuming, but it’s also expensive, requiring a team of divers to perform these tasks. From there, testing begins on land, sometimes taking weeks to complete. The only alternative to this method is helicopter imagery, which is even more costly and susceptible to weather interference. In an industry where time is of the essence, this model is not sustainable. By the time testing finishes, it may be too late to reverse any damage.":1,"#If your organization could benefit from DroneDeploy software, we encourage you to submit an application to join our DroneDeploy.org program. Interested in more information? Download our State of the Drone Market 2020 report.":1,"#Drone technology, however, enables researchers to monitor the entire reef at a fraction of the cost. And inspections that previously took months to complete are now reduced to weeks. Plus, drone imagery is higher-resolution because of its proximity to the surface of the water. This allows scientists to differentiate between coral, sand, and algae, and determine the next best steps. By combining drone imagery with data provided by the Australian Institute of Marine Science, conservationists can detect pertinent threats to the reef’s ecosystem, such as algae blooms, ocean acidification, or illegal man-made hazards including industrial activity like run-off and litter.":1,"#How Drones Can Help":1,"#The Great Barrier Reef is a UNESCO heritage site, one of the 7 natural wonders of the world, and Earth’s largest living organism. Home to 9,000 different species, the reef has been increasingly affected by climate change, with half of the reef’s coral already dead. Because of this, scientists and conservationists have been working especially hard to prevent further damage and regrow coral.":1,"#Using DroneDeploy to Monitor the Great Barrier Reef | DroneDeploy":1,"#Challenges in Conservation":1,"#La mise en route est simple.":1,"#Entreprise":1,"#with DroneDeploy":1,"#Austin Lay - Groupe STO":1,"#Obtenez une démo":1,"#RESPONSABLE DE CAPTURE DE RÉALITÉ":1,"#DroneDeploy fournit la vue la plus complète et la plus holistique de nos sites de projets tout au long de leur cycle de vie. Nous disposons enfin d'un outil de gestion de projet unique pour toute la documentation du site en un seul endroit.":1,"#The Video widget gives you the ability to connect to a camera on the robot and stream video using low-latency, peer-to-peer connectivity. Using the video component in the Rocos agent, you can configure gstreamer pipelines remotely and feed h264 video streams over the Rocos peer to peer networking rails to the browser.":1,"#The Image widget supports receiving raw image data in compressed format over a teleop stream. As long as the browser can support the image format you’re sending (e.g. JPG, PNG) you’ll see the images show up in the dashboard.":1,"#Visualize Your Robots' Data":1,"#Using a grid system provides greater control over the placement of dashboard widgets so that you can create the most optimal layout for your use case. Plus, all of our widgets are resizable to give your data the space it needs based on your priorities!":1,"#The Custom widget gives users the ability to create a fully customized widget by writing their own HTML/CSS/JS code.":1,"#UX-Led Dashboards | DroneDeploy":1,"#Rocos dashboards use widgets to visualize live data from your robot. Widgets are bound to data values through Data URIs which are used to identify the specific source of telemetry data on the robot you want to display.":1,"#Layout Grid":1,"#Creating a custom dashboard to display your data intuitively is easy, thanks to our dashboard layout system.":1,"#Rocos makes it easy to create dashboards to display the data your robots are generating, in a simple way that makes sense to your operations and technical teams.":1,"#A variety of chart widgets allow you to display numerical, text and time series data in widgets such as donut graphs and line charts.":1,"#Similar use cases to mining are those in the energy sector. Drone uses here primarily pertain to collecting evidence for insurance claims, such as equipment or asset damage. The benefit of using a drone for such cases is that the entire site can continue operating while these assets are being inspected, saving time and money. In a potentially unsafe working environment, a drone can remove a worker from a dangerous situation.":1,"#Roofing and Property Management":1,"#Likewise, as an individual consumer, frequently photographing your area supplies a fool-proof system of record when it comes to receiving an insurance payout. We’ve broken down the top use cases for drone technology in insurance based on your industry below.":1,"#Energy, Oil, and Gas":1,"#Exploring Drone Data For Insurance – In Every Industry | DroneDeploy":1,"#Drone footage renders excellent evidence for insurance claims. While it’s nearly impossible to see an entire property with the human eye, a drone can buzz through a site in no time. Hard-to-see spaces, primarily underground, can be observed via drone, and when equipped with night vision cameras, this is even easier. Whether relating to safety or compliance, these claims are backed-up with precise, clear-cut drone imagery.":1,"#In construction, time is of the essence. After periodically photographing your job site, this imagery combined with measurements can be turned into 3D models that identify problem areas quickly. It is imperative to catch roof or structure damage early on, and providing this information to your insurance adjuster prevents issues intensifying down the road. In an active construction site, this process is also much safer.":1,"#With farms sometimes spanning hundreds of acres, insurance adjusters have a sizeable task to fulfill when manually inspecting a property. Instead of relying on outdated satellite imagery or expensive aircraft, a drone can be flown over the affected area to determine a precise location of the issue. By using NDVI cameras, you can create crop zones to separate the healthy from damaged crops. With weather damage being a significant issue for farmers, a drone software provides a bird’s-eye view, reducing the amount of time spent scouting and leaving both parties satisfied with a data-driven estimate.":1,"#No matter your field of work, drone technology is proven to expedite and simplify insurance processes. While insurance documentation is often a tedious task, the perks provided by a specialized drone software reduces the time spent on surveying and guarantees an accurate result. Without having to walk a field, job site, or property, adjusters can instead spend their limited time and resources on other projects.":1,"#In every industry, insurance adjusters can utilize drones to evaluate property, assets, or weather damage. By removing the need for additional workers, a site shutdown, or longer inspection hours, you save time and money in the process.":1,"#If you’re interested in learning more, read some of our customer success stories, or cut to the chase, and start a free trial. Need more information? Review our 2020 predictions by downloading our State of the Drone Market report.":1,"#Using a drone to fulfill insurance claims has a host of use cases in this industry. With a drone’s viewpoint, roof, pavement, HVAC systems, landscaping, and exterior building issues can be examined and photographed quickly. Within DroneDeploy software, these benefits are expanded on with the ability to tag users, write comments, take measurements, and revisit issues. Insurance adjusters or property managers can also check if a building is up to code.":1,"#Product Specialist GR , DroneDeploy":1,"#Haydn Bradfield is a Product Specialist for the Ground Robotics team at DroneDeploy. With a construction engineering and surveying background primarily focused on the Construction industry, he has worked with organizations to deploy and understand the value of autonomous ground robotics. Haydn currently lives in New Zealand but is originally from South Africa and has an engineering degree from Stellenbosch University.":1,"#Whether you work in solar, wind, or oil & gas, DroneDeploy’s dynamic solution has got you covered. In this demonstrative webinar with our own solutions engineers, you’ll see firsthand what ground robotics, drones, and 360 cameras can do for your business. Automating lengthy inspection processes, minimizing safety risks, and sharing site information with stakeholders will all be discussed. If you’re looking to begin building an in-house drone program or dramatically lowering costs in Q2, this webinar is for you.":1,"#The Digital Transformation Playbook for\nUtilities: Safeguard Assets & Minimize Risk":1,"#Use Site Reality to Coordinate Efforts Amongst Teams":1,"#Climate change is exacerbating complex utility challenges not uncommon to a warming planet, with serious environmental and financial implications. As we saw during Texas’ February 2021 power crisis, substantial disasters occur when dealing with an outdated and overwhelmed system. Besides the stark human impact, generous financial risks increase in likelihood with weather-induced shutdowns and fluctuating demand.To combat this, the digital transformation of the utility industry is imperative to long-term growth and operational success. Drone solutions not only expedite the inspections process, but offer a secure, centralized source for project documentation. Removing workers from hazardous asset management operations minimizes overall risk, and keeps power plants or grids within regulation. Combined with on-the-ground site reality or 360 cameras, this means a comprehensive, data-rich view of your site. In this eBook, you’ll learn about drone applications throughout the project lifecycle, including:Design & PlanningOperations & MaintenanceCompliance & SafetyHow to Get Started with DroneDeploy":1,"#tecnologías":1,"#그리고":1,"#a página do seu manual":1,"#Brasfield & Gorrie, a long-time customer of DroneDeploy, has been using aerial surveying to conduct earthworks measurements since 2016. While conducting work on a 61-acre hospital construction site in Florida, the VDC group received a request to determine the current overall site grade to the proposed finished grade. Measuring the elevations of the earthworks using traditional survey methods would have been a very expensive and time-consuming process. Using a drone map allowed the VDC team to assess earthwork on the site much faster and with more detail than they could have done using traditional methods. According to Charles, the field engineer, completing the same project with traditional methods would have required over 1,000 survey shots over 2-3 weeks to complete the drone survey. Using DroneDeploy, he was able to capture the site in under a day.":1,"#It took less than 2 hours to plan, fly, and process a map for a project at a Bolivian university.":1,"#Learn how Stiles Construction leveraged DroneDeploy and Procore to save analysis time and costs on each project.":1,"#Mano":1,"#DroneDeploy recently launched two news tools specifically for the construction industry. Be sure to check them out:":1,"#Grant Hagen flying on a jobsite with the DJI Inspire 1":1,"#Manned Aircraft Fails to Generate High-Resolution Thermal Imagery":1,"#Drone-Generated Thermal Maps are a Game Changer for Roof Inspections | DroneDeploy":1,"#DroneDeploy/DJI Construction Mapping Package":1,"#As any site manager knows all too well, slips, trips and falls are the biggest risk facing workers today. In fact, falls are the leading cause of death on industrial jobsites and were responsible for eight hundred OSHA-reported fatalities in 2015. By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.":1,"#Thermal cameras are a powerful tool for conducting roof inspections. Wet areas on a roof retain heat longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look.":1,"#The roof inspection at UT Dallas was one of the first times The Beck Group used drones for thermal imaging. After the success of the project, they have continued integrating thermal maps into their inspections workflow.":1,"#Drone Mapping Improves Safety of Commercial Roof Inspections":1,"#Learn how to leverage drone-generated point clouds in BIM software":1,"#Interested in hearing more about how The Beck Group transformed its roof inspection workflow using DroneDeploy? Register for our upcoming webinar Improving Commercial Inspections and Jobsite Safety with Drones.":1,"#When it comes to thermal roof inspections, the possibility of gathering data remotely is especially enticing. Most thermal inspections must be done at night, because this is the time when a building has begun to cool and temperature anomalies are the most evident.":1,"#By remotely identifying problem areas, in real-time and in a matter of minutes, inspectors can focus their work and limit on-the-roof time to only those areas of concern. “Rather than searching for a needle in a haystack,” says Grant, “you have a map to tell you right where to look.” This ultimately reduces inspection time, in some cases by as much four hours.":1,"#In 2016, UT Dallas Facilities Management decided to apply for internal funding to cover the cost of repairs. This process included submitting a strategic proposal to highlight the building’s exterior issues and outline a plan for improvement. To document the extent of the roof damage, the university initially hired an outside company to perform a thermal inspection of the building.":1,"#One of the biggest drawbacks to gathering thermal imagery via manned aircraft is the quality of data that can be gathered. Out of necessity, the helicopter that flew over the UT Dallas building did so at between 2,000 and 2,500 feet. Images taken from this height are relatively low resolution, especially compared to images taken from a drone at a few hundred feet. And when it comes to thermal temperature measurement, low resolution translates into low accuracy.":1,"#The Naveen Jindal School of Management at UT Dallas, the largest of the university’s seven schools, is comprised of two main buildings. The newer of the two structures was built by The Beck Group. The older structure, built by a different firm, has started to experience a variety of exterior skin issues, including a roof in dire need of repair.":1,"#Grant led the charge to integrate thermal mapping into The Beck Group’s inspection workflow, and so far he’s seen success using DroneDeploy to produce high-resolution thermal maps and 3D models. We recently spoke to him about how drones and drone mapping software improved safety and increased efficiency during a thermal roof inspection of a building on the UT Dallas campus.":1,"#Thermal 2D map of main UT Dallas Naveen Jindal School of Management building. The map helped validate the presence of exterior issues. Explore the map":1,"#Watch our recent webinar with McCarthy Building Companies to better understand how drones can be used to improve project coordination and communication":1,"#If you’re interested in learning more about making accurate maps and 3D models, read our latest resources:":1,"#Drones Save Valuable Time, Making Inspectors More Effective":1,"#“They only got about 20% of what they asked for,” Grant says of the thermal imagery the school obtained via helicopter. So when The Beck Group shared with them the possibility of using a drone instead, they took notice.":1,"#July 18, 2017":1,"#Looking Ahead to the Future of Drones and Roof Inspection":1,"#Not only was the quality of the thermal drone map a vast improvement over helicopter imagery, but the entire process proved to Grant and his team what they had suspected for some time: drone-generated thermal maps are a powerful inspection tool.":1,"#Red and green areas in the picture denote the areas of the roof and facade that needed to be inspected using thermal imagery.":1,"#But as with any tool, thermal cameras are only as effective as the methods that are used to administer them. As the university soon learned, obtaining thermal imagery via manned aircraft has its drawbacks.":1,"#Being on a roof at any time can be dangerous. But this is especially true at night. Any time you can limit putting your staff in a dangerous situation, it’s a win.":1,"#Grant also points out the quality of data that can be acquired with drone mapping. With a thermal drone map, his team is able to dig more deeply into temperature anomalies, ultimately providing a more thorough inspection.":1,"#We ran the thermal imaging data with almost every software,” says Grant. “DroneDeploy was the only one that worked. And it was easy":1,"#Eventually, UT Dallas Facilities Management hired The Beck Group to complete a new thermal inspection of the roof, this time using a drone and aerial mapping software. Grant and his team gathered the images with a DJI Inspire 1 equipped with a Zenmuse XT 640 and a 13mm lens. They flew the 3–4 story building at a height ranging between 180–200 feet and gathered a total of 90 images manually.":1,"#Thermal 2D map of main UT Dallas Naveen Jindal School of Management building. The map helped validate the presence of exterior issues.Explore the map":1,"#University Seeks Thermal Inspection to Document Structural Issues":1,"#Roof inspections are dangerous and time-consuming. Inspectors must scale tall buildings to check for the smallest issues, such as cracks, leaks and weak spots that can compromise a building’s infrastructure. What’s worse, many inspections must be completed at night in order to spot temperature anomalies that signal the presence of a leak. Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world. Here’s the story of one architecture and construction firm that transformed their inspection process through the use of drones and thermal imagery.":1,"#Compare design plans with new overlay tool":1,"#Grant sees great possibilities. “We should be doing this more often,” says Grant. Gathering thermal images with a helicopter is expensive. But with drones, he notes that they could inspect more regularly for little added cost. “We could perform proactive inspections on demand, without limitations.”":1,"#In the case of UT Dallas, the 3D thermal models that are automatically created as part of DroneDeploy’s stitching process were an added bonus. These models gave the university yet another valuable tool by which to point out the building’s exterior issues. Ultimately, they leveraged this entire package of thermal data in their funding application and were granted the money they needed to repair the roof.":1,"#Grant Hagen is a virtual design and construction manager at The Beck Group":1,"#The Naveen Jindal School of Management at UT Dallas":1,"#4 Ways to Improve the Accuracy of Your 3D Models with Drone Mapping Software":1,"#“Believe the hype that you are hearing,” Grant says to colleagues thinking of taking the plunge into drone technology. “Don’t turn a blind eye to it; the value is there. If you don’t get involved soon, you’ll have a hard time keeping up. Drones are going to change the industry — it’s already happening.”":1,"#The work input to value output with drone-based thermal imagery is game changing. It’s unlike anything else in construction technology right now.":1,"#Learn more about the many ways to get started with drones in construction:":1,"#From roofs, to elevated cell towers, to landfills, drones make jobsite safer. Read more about the many ways drones improve safety on industrial sites.":1,"#The Facilities Management team also worried that the imagery they acquired via helicopter would do little to bolster their funding application. They were left with a series of individual images, each representing a single section of roof. But it’s difficult to contextualize a group of individual thermal images, especially when you are trying to get a sense of the integrity of the roof as a whole.":1,"#Typically, a thermal roof scan is done either on foot or by helicopter. In this case, UT Dallas Facilities Management hired a company to capture thermal imagery via helicopter. The university has used this method of aerial thermal capture in the past. In this case, they hoped that the imagery gathered for the management building would not only provide important data for the inspection process, but also be included in the improvement plan documentation as a way to illustrate the building’s exterior issues.":1,"#Learn more about how drones are increasing jobsite safety on industrial worksites.":1},"version":13132}]