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It is impossible to predict or control weather, prices, government policies, global markets, and other factors that make revenue volatile.But the industry is prepared to adapt quickly and endure. The industry is, after all, comprised of some of the most innovative, adaptable entrepreneurs and companies in the world who are testing and implementing new technologies to improve yields and profitability.Crucial to their toolkits are drone software and data. These deliver accurate measurements, improve forecasts, and mitigate uncertainty.In this eBook, we’ll examine how drone data can reduce costs, streamline operations, and increase profits year round, from planting to post-harvest.":1,"#From Planting to Harvest, Drone Data Improves\nForecasting and Enhances Operations":1,"#Connect":1,"#Property":1,"#certainty.":1,"#Build":1,"#Policy":1,"#Global Privacy Control Web サイト":1,"#Language":1,"#Professional":1,"#Keywords":1,"#Discover":1,"#Courier":1,"#Untapped Resources in Mining and Quarrying | DroneDeploy":1,"#Commercial drones are transforming the workflows of companies in mining and quarrying. Drones and the software that powers them can boost site safety, increase operational efficiency, and enhance customer relationships.In this eBook, we’ll explore the range of ways that drones can help mining companies from the exploratory phase all the way through the reclamation process. We’ll take a look at:Exploration: Faster, more productive, and more accurate surveyingSite Design: Planning safe, efficient, and productive mines and quarriesDevelopment, Production, Reclamation: Improving safety, staying compliant, minimizing costsDownload our eBook to learn how drones and drone data can enhance mining and quarrying operations today.":1,"#Drone data can boost site safety, increase operational efficiency, and enhance customer relationships.":1,"#Services":1,"#Full":1,"#El valor":1,"#Iglesia":1,"#Supported":1,"#Legal":1,"#Take":1,"#Mi tablaro":1,"#https://www.dronedeploy.com/solutions/get-a-demo":1,"#오스틴 레이":1,"#원클릭 비행":1,"#한 번의 클릭으로":1,"#선제적인 보안":1,"#Como":1,"#드론 데이터를 캡처하는 가장 안전한 방법입니다. DroneDeploy의 도크 실드 보안 제품을 사용하면 데이터가 보안 터널을 통해 도크에서 미국에 있는 신뢰할 수 있는 DroneDeploy 서버로 직접 이동됩니다.":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,"#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,"#device":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,"#Creating a Drone Program From Start\nto Finish: What You Need to Know":1,"#October 1, 2019":1,"#Back by popular demand, here's another sneak peek into what to expect at DDC19":1,"#Notice":1,"#Change Color":1,"#If you’re interested in learning more about drones in conservation, check out our Drones for Good program, or read some of our other customer success stories. For a general overview, download our State of the Drone Market 2020 Report.":1,"#검사에 대한 마지막 How To 부분":1,"#DroneDeploy를 사용하여 열 검사를":1,"#esta página":1,"#Título":1,"#Capturar em":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,"#Site Planning, Production, and Inspections: | DroneDeploy":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,"#Security & Privacy page.":1,"#Established by the American Institute of Certified Public Accountants (AICPA), the SOC 2 examination is designed for organizations of any size, regardless of industry and scope, to ensure the personal assets of their potential and existing customers are protected. SOC 2 reports are globally recognized and affirm that a company’s software, infrastructure, data, policies, people, procedures and operations have been formally reviewed.":1,"#- Ashutosh Agrawal, Director of Security & Privacy Compliance at DroneDeploy.":1,"#SOC 2 Type 2 is more comprehensive than Type 1, and covers the finer details of established security controls and procedures. This ensures that companies rigorously apply and adhere to these standards without exceptions.":1,"#In February 2019, DroneDeploy achieved ISO 27001 certification, an internationally accepted security standard demonstrating compliance with security and privacy best practices. In July 2019, DroneDeploy achieved SOC 2 Type 1 certification, followed by our first SOC 2 Type 2 certification in 2020.":1,"#DroneDeploy has a proud history of adhering to industry best practices regarding cybersecurity.":1,"#Data security will always be a top priority at DroneDeploy. Our team understands the ever-shifting landscape of cyber threats, which is why we continuously invest in cutting-edge security measures to guarantee the safety of our customers’ data. Today, we proudly announce the successful completion of our most recent SOC 2 Type 2 audit.":1,"#Want to learn more about how we protect your data? Read our":1,"#What is SOC 2 Type 2?":1,"#Data security is at the heart of everything we do":1,"#DroneDeploy goes through SOC 2 audits on an annual basis and can make the latest report available to current or potential customers upon execution of a non-disclosure agreement. If you are interested in viewing DroneDeploy’s SOC 2 report, please contact us here.":1,"#“At DroneDeploy, protecting your data is our foremost objective. The SOC 2 Type 2 report reflects our unceasing commitment to data security and our alignment with the best cybersecurity practices. We trust this achievement further solidifies our customers’ confidence in the security of their data under our care.”":1,"#プレイブック ページ":1,"#Obtenez une démo":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,"#高精度ドローン マッピングの完全ガイドをダウンロードしてください。":1,"#、高精度のワークフローとチェックポイントを確立すること":1,"#Archer Western でのリアリティ キャプチャ テクノロジーの使用を優先しています。":1,"#、ドローン技術を統合することで、複数の目的を果たす方法で従来のワークフローがどのように合理化されるのか":1,"#高精度のワークフローを開発しました":1,"#Let’s face it: conducting traditional stand counts is laborious, inefficient, and time-consuming. And relying on counts made by people with a tape measure and clicker-in-hand walking over plots of land made them prone to significant errors. Unsurprisingly, hundreds of DroneDeploy customers have identified stand counts as the number one challenge they face every season.Meanwhile, tools are getting more sophisticated, and agronomists, R&D scientists, and other agricultural professionals are using advanced technology like auto-steer planters to manage their yields. But, still, the manual stand count process makes it challenging to validate plantar pressure, spacing, and depth while correlating the data against yields. DroneDeploy has solved this problem with the introduction of its Stand Assessment solution. By combining DroneDeploy’s simplicity and ability to scale with Corteva Agriscience's machine learning and AI algorithms, we have unlocked a way to automate the stand count process. The solution even works offline and delivers results in real-time.This eBook will:Highlight the advantages of drone data for agricultural professionalsUncover insights around crop yields Deliver value to agronomists, farmers, producers, insurance, and research and development organizations":1,"#Field-Edge Insights in Near Real-Time":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,"#Commercializing Sustainable Agriculture:\nBest Practices for Long-Term Success":1,"#Sustainable Agriculture | Sustainable Agriculture Benefits | DroneDeploy | DroneDeploy":1,"#The Digital Transformation Playbook for\nUtilities: Safeguard Assets & Minimize Risk":1,"#Use Site Reality to Coordinate Efforts Amongst Teams":1,"#How to Document the Impact of Carbon Sequestration & Biologicals with Drone Technology":1,"#Utilizing a drone data solution for your documentation needs in farming streamlines manual processes and puts your focus back on what matters most: results. As both carbon sequestration & biologicals use are relatively new pieces of the global agriculture market, proper substantiation is of the utmost importance as it validates these advancements in agronomy and propels the industry forward. Demonstrating best practices, continual progress, and product success leads to increased adoption, and overall, reduces our carbon footprint worldwide.If you’re interested in learning more about state-of-the-art farming techniques for greater environmental stewardship, or are just curious about recording sustainable agricultural practices for long-term plant success, this is the guide for you.In this eBook, you’ll learn about:The Rising Trend of Sustainable AgricultureReducing Field Emissions with Carbon SequestrationDocumenting Best Practices for Increased AdoptionDrone Data Solutions at Work on the FarmHow to Get Started with DroneDeploy":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,"#그리고":1,"#Exploring readily-available integrations is a major trend gaining traction within facilities management. Minimizing the number of platforms used and centralizing data sharing into one hub results in a comprehensive view of all of your organization’s properties. At DroneDeploy, we’ve integrated our software with roof, pavement, and facilities experts to better evaluate facilities portfolios. We offer one-click roof and pavement reports generated at your discretion, which not only streamlines operations, but also ensures that stakeholders and those off-site remain informed throughout every stage of the project. In fact, over a three-year period, McKinsey & Company reports that adopting various facilities integrations helps reduce department costs by over $150 million for global institutions.In this eBook, we’ll describe how to perform a property condition assessment with our drone software, including a step-by-step analysis of roof, pavement, and exterior inspections. You'll learn:Tips for Flying Properties from our Flight Services TeamHow to Analyze your Facilities Inspection ResultsAll About Roof Reporting, PCI Scoring, & Exterior Surveying with Drone InsightsHow to Get Started with DroneDeploy":1,"#Performing Property Condition\nAssessments with Drone Software":1,"#Your How-To Guide on Roof, Pavement, and Exterior Inspections Using Drone Data":1,"#Espagnol":1,"#Spector: Revolutionizing Reality Capture, Robotics, and Drones":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,"#Because The Beck Group had only just begun to integrate drone-based thermal imaging into their workflows at the time they did this project, they decided to process the Radiometric JPGs through multiple aerial mapping software programs. Grant was most impressed with the accuracy of the map he generated in DroneDeploy.":1,"#Grant Hagen is a virtual design and construction manager at The Beck Group. As he puts it, his team knew it was time to start using drones, “when practicality met technology.”":1,"#Title":1,"#How to Start A Drone Program | Drone Program Start-Up Guide | DroneDeploy":1,"#DroneDeploy's Cumulative Guide for Drone Program Success":1,"#How do you start a drone program? There’s a plethora of drone hardware, software, sensors, and cameras on the market. Drone regulations can vary by country, state, and even city. And what kind of certifications are needed? In this cumulative drone program start-up guide, we’ll address the most frequently asked questions when it comes to building and sustaining a drone program. Whether trialing use cases, training pilots, or disseminating information to the masses, by the end of this eBook, you’ll be equipped to handle all aspects of drone operations management.":1,"#Gerenciar locais e ativos é o melhor para melhor a segurança dos trabalhadores.":1,"#O que é de Construção(ões)":1,"#Detect crop health issues in real-time, accurately assess losses after a significant weather event, and even generate variable rate prescriptions with a Drone Data Solution":1,"#Today, thousands of growers, agronomists, and agriculture professionals use drone data solutions, like DroneDeploy, to create data-rich maps of their farms and fields. Drones have become an indispensable tool to help you efficiently gather field data. And in combination with using a drone data solution enables agriculture professionals to become more efficient in the field, make more informed crop management decisions, and better understand product performance. Whether you already have a drone solution in place on your farm, or you are just beginning to think about it, this ebook provides you with everything you need to know to successfully establish a drone data solution in the field this season. In this eBook, we will examine:What is a drone data solution?The benefits of a drone data solution to agricultureThe key workflows where a drone data solution provides valueHow today’s agriculture innovators are putting drones to workHow to get started with DroneDeploy":1,"#A Drone Data Solution for the Agriculture Industry | DroneDeploy":1,"#The integration with Bluebeam has saved me from unnecessary manual work. The most up-to-date images and maps are automatically exported to the right project folder. DroneDeploy provides us the clearest view of each of our sites, and we now have a standard method of how we visually document each site.":1,"#A section of AIMS' orthomosaic map of the Great Barrier Reef.":1,"#While drone technology is now an essential part of AIMS' standard operating procedures, it first began as an experiment, fueled by an individual drone enthusiast's curiosity. At first, a Communications Lead worked with AIMS' Chief Pilot, Joe Gioffre, to capture promotional images with a GoPro mounted onto a drone. Seeing the potential for serious data capture, another Technology Transformation Lead used the drone to take images of mangroves. After beginning a free trial with us in 2015, the same lead chose to invest in DroneDeploy for its ease-of-use, flight waypoints, and data processing support - an all-in-one package.":1,"#One such project that has been expedited is mapping coral reef flats. Using DroneDeploy's stitching, these surveys and elevation maps can be completed in just 20 minutes - saving hundreds of hours of time and cataloging these images for future reference. Pre-mapping before a mission allows workers to understand the terrain before deploying expensive equipment or human snorkelers/divers. A typical multi-beam system survey of a reef costs over AUD 500,000 (357,500 USD) for setup, operations, and data analysis. In some cases, when the water is shallow and clear, this system doesn't even have to be utilized, and a drone can take its place. Especially shallow areas are often not accessible by divers, so knowing what's happening in the selected reef site is an added bonus.":1,"#An Accidental Start":1,"#As a result of climate change, thermal stress on our oceans has resulted in mass-bleaching events never before seen at this scale. According to the National Oceanic and Atmospheric Association, these influxes of prolonged warmer temperatures have affected over 75% of coral reefs globally. In 2016 alone, 22% of the Great Barrier Reef, the world's largest living organism, was killed. After-effects of these disasters are even more shocking - without thriving coral reefs, 500 million people worldwide would lose their livelihood. The reefs account for billions of dollars in economic value while also protecting coastal areas from floods and erosion.":1,"#The agency uses DroneDeploy on a myriad of projects. These include surveying lagoons, monitoring the effects of building projects (roof leaks, solar inspections), performing equipment inspections (vessels, weather stations, wharves, anchors), and, of course, imaging coral reefs. Before drones were available as an accessible technology, AIMS was spending days manually inspecting assets and large structures. DroneDeploy allows the organization to get more data for less money and add detail to sea operations.":1,"#The Australian Institute of Marine Science (\"AIMS\"), has been monitoring the health of the Great Barrier Reef since the 1980s, and is dedicated to conserving Australia's tropical marine life. Coral bleaching is just one aspect of what AIMS studies, as they have been monitoring the reef many years before mass coral bleaching started in the late 1990s. Because of the complex challenges they now face, technological innovation is at the forefront of their methods. Jonathan Kok, a Technology Transformation Researcher within the organization and our interviewee, develops algorithms, writes code, and programs smart systems to best assist field and science teams. Given the size and scale of the Great Barrier Reef (over 3,000 reefs in an area larger than Italy) AIMS is looking to new technologies to allow it to collect high-quality data at a scale that matches the reef, and is within the resources of AIMS as a government not-for-profit agency. As a result, AIMS began trialing various drone technology to supplement traditional surveying methods in 2014.":1,"#To date, drone technology has saved AIMS countless time and money with automated, quick inspections, and reliable data capture. Instead of working on imagery-stitch coding, users can import their findings directly into the DroneDeploy app. Using expensive equipment isn't always necessary, and new insights can be gained from a fresh, bird's-eye view. This is also safer for divers and other individuals performing physical inspections.":1,"#Soon after, AIMS began conducting more and more drone flights to cover vast expanses of coral reefs along both the east and western coasts of Northern Australia. This imagery is primarily used to track the coral's health and elevation information, which identified how it responded to various environmental stressors. With this high-resolution data to consult, researchers are now able to pinpoint which species of coral are growing well or being bleached – and at what locations.":1,"#Today's Projects and Solutions":1,"#Looking ahead, AIMS is excited to begin using thermal mapping capabilities to further their conservation efforts, in addition to replacing manual inspections of solar panels. One day, AIMS hopes drones may autonomously fly reefs and come back with the necessary data. Until then, they’ll be continuing their mission of providing research of Australia’s marine life to support growth, effective environmental management, and protection of its unique ecosystems.":1,"#AIMS hopes to make manual inspections of solar panels obsolete.":1,"#Drones, and drone software such as DroneDeploy, are becoming a vital tool that AIMS uses to better map, monitor, and understand the reefs that make up the Great Barrier Reef. The ability to deliver up-to-date base maps at a centimeter scale opens up new possibilities for understanding how reefs change and what is driving this change. The goal is to have base maps of many of the reefs within the Great Barrier Reef and to be able to understand at regional scales the health and sustainability of these vital systems. With technology like drones and DroneDeploy, this goal is now within reach.":1,"#Drone imagery is used to track coral health along the reef.":1,"#__PRESENT":1,"#Você desligou o player de parágrafo. Você pode ligá-lo novamente na página de opções.":1,"#Zero to Hero: Getting Started with DroneDeploy":1,"#get you from Zero to Hero on the DroneDeploy platform.":1,"#Welcome to DroneDeploy. In this six-video series, we will":1,"#Founded in 2016, Global Air Drone Academy is a nonprofit organization that aims to train the next generation of drone pilots and change the industry for the better. From Zimbabwe to the United Kingdom, Global Air has collaborated with a number of organizations to provide drone services for good. For those inspired by the power of drone technology and its capacity to change lives, Eno and his team offer a specialized drone business coaching program to help drone entrepreneurs and organizations implement projects that drive impact. Find out more here.":1,"#Automatically-enabled Terrain Awareness is helpful when flying over hilly areas of your site. This uniform resolution makes analysis and drone flight even more accessible and accurate. Users can also create 3D models by enabling the feature on their flight plan. 3D modeling assists in planning garden designs or planting seed patterns. Additionally, this is a great tool to use when interacting with clients, showing progress, re-shaping landscapes, or visualizing the final result.":1,"#We’re right in the heart of Summer, and horticulturists are gearing up for their busiest season yet. While gardening is still a primarily manual enterprise, workers operating on expansive landscapes can benefit from using drone software. Pinpoint problem areas and invasive species from your office, determine plant health and stress, or create 3D models of your property with drone technology. With geotagged maps and precise photogrammetry, those in garden management can save time, money, and resources by identifying issues early and adapting plans to these solutions.":1,"#Live Map allows you to survey terrain quickly in-app.":1,"#Gardening with Drone Technology | DroneDeploy":1,"#Large-Scale Planning and Analysis":1,"#Thermal Live Map adds to this process by showing workers real-time plant health data - including plant stress, ripeness, soil health, and growth. By utilizing Plant Health layers, workers can dive even deeper into the health of their land by adjusting the contrast to highlight variability across the selected area, which later helps predict yields. Both of these features also help identify irrigation issues through infrared technology, saving money and water with continuous sprinkler monitoring.":1,"#While likely impractical for the gardening hobbyist, workers covering vast landscapes can use drones to monitor their land in a fraction of the time it takes to walk the area manually. Using software like DroneDeploy’s Live Map allows you to survey the entire terrain quickly and easily in-app, while the drone does all the work for you. Plan out your map beforehand, and with a push of a button, gather real-time insights into your landscaping operations. With this complete, data-rich map, gardeners can make informed decisions on where to plant, add fertilizer, or remove tree roots or branches.":1,"#The Future of Gardening":1,"#Today, garden-specific drones are being developed to pollinate plants, fire seed pods, and fertilize plants. While the hardware isn’t commonplace yet, drone software for gardeners is. This technology helps landscapers plan their operations, vet problems, and optimize processes. Drones also eliminate the need for multiple tools and cords. DroneDeploy can assist workers by providing information on plant health, thermal data, and 3D modeling. If you’re interested in using DroneDeploy, start your free trial, download our eBook on enhancing agricultural operations, or read some of our agriculture success stories.":1,"#February 29, 2020":1,"#Drones for Good: Using DroneDeploy to Monitor the Great Barrier Reef":1,"#Beyond individual projects, Umoh’s focus has shifted towards building a network of drone experts and consultants dedicated to implementing drones for societal good. Global Air Drone Academy is one of these projects; a nonprofit organization aimed at nurturing the next generation of drone entrepreneurs. The academy guides students from a young age through licensing and into full-fledged entrepreneurship.":1,"#As a part of the team of drone pilots, Umoh discovered the importance of documenting the vast area of the camp using DroneDeploy to stitch their imagery into 2D orthomosaic maps. From there, the team was able to track elevation and site changes, which proved invaluable in the dense camp populations and ever-changing conditions. As a result, the doctors on site were able to provide more precise care.":1,"#Olivia McAlpine works at DroneDeploy helping users understand and grow their drone programs. She has a Bachelor's in Psychology from Loyola Marymount University. Olivia loves being involved with her community and has a deep personal connection to justice work.":1,"#Sales Development":1,"#Collaborating closely with the medical teams on the ground, Umoh used his drone expertise to map out various areas within the camp. The dynamic nature of the situation demanded real-time data collection, and Umoh’s drone data provided accurate documentation. This information proved invaluable for setting up new areas in the camp and planning further interventions.":1,"#Communication was essential, especially with the medical groups on-site. Umoh’s team worked in close conjunction with doctors, ensuring that the collected data was aligned with their requirements. Reflecting on the experience, Umoh notes that the trip not only pushed his career forward but also cultivated a passion for projects that bring technology and humanitarian efforts together.":1,"#Olivia McAlpine":1,"#Umoh has since pivoted his career to support projects that blend drone technology with humanitarian aid. He is currently working on projects in Nigeria geared towards agricultural purposes.":1,"#The unexpected call to action came when Umoh and his team were asked to assist in the Rohingya refugee camp in Bangladesh, housing around 250,000 displaced individuals. Despite the challenges, Umoh was eager to lend a helping hand. The journey was long, involving an 11-hour flight to Bangladesh and many transfers. They found themselves in Cox's bazar, a town situated in the south of the country. The conditions were dire, with tens of thousands of new refugees crossing the border daily.":1,"#One poignant memory from the trip was the impact of walking through the camp. Umoh recounts that the sheer magnitude of the refugee crisis hit him as he stood amidst a sea of people. While the work he was doing held promise, the realization that people were living in such conditions was sobering. \"In the heart of adversity, drones aren't just tools; they're lifelines, bridging technology and humanity,\" said Umoh.":1,"#In times of crisis, the intersection of technology and compassion can yield extraordinary solutions. Eno Umoh, founder of Global Air Drone Academy, found this to be true in 2017, when he traveled to the Rohingya Refugee Camp in Bangladesh, where tens of thousands of people crossed the 271 mile wide border every single day.":1,"#About Global Air Drone Academy":1,"#A call to action":1,"#Using technology for impact":1,"#Mapping refugee camps for medical access":1,"#Drones for disaster documentation":1,"#In 2017, Umoh joined forces with Global Outreach Doctors, initially serving as a drone team for the organization. Their role was primarily focused on capturing video footage for documentation. However, it was during a deployment in Puerto Rico that the team discovered the immense value of mapping and data collection in disaster zones. This realization marked a turning point, setting the stage for their future projects.":1,"#Innovation in disaster management has historically been a slow process. Previous innovations in disaster management data collection included the use of on-the-ground surveys. Valenza notes that while mobile survey apps have been useful, they are more of a value add than true innovation. That is until DroneDeploy allowed for aerial data capture.":1,"#A Toolbox for Damage Assessment":1,"#Recently, the drone team at ICF has been applying the same techniques in assessing damages from hurricanes in Louisiana. Working alongside the Louisiana Office of Risk Management, Calcasieu Parish School Board, Vermilion Parish School Board, Jefferson Parish School Board, and Livingston Parish School Board, the group has closed out over 400 site inspections on schools and government buildings. Assessing schools is critical to getting students back in school and minimizing disruption from extreme weather events.":1,"#Goodbye, Clipboard":1,"#-James Valenza, Director of Remote Sensing & GIS Capabilities, ICF":1,"#-Omar Lopez, Chief Remote Pilot , ICF":1,"#Valenza notes that capture apps were another important recent innovation in data collection post-disaster. Apps with forms and photo capture have provided a much-needed uplift to the use of a clipboard and roller. Data collected from drones takes this a step further, offering access from anywhere over time to reveal conditions on the ground. “Our access to data significantly improved and scalability increased. It puts a lot more power in your hands” Valenza said.":1,"#“Previously, when we were doing site inspections, inspectors would go out with clipboards, roller, and point-and-shoot cameras. You had a lot of boots on the ground trying to get on roofs with ladders and cranes. It was a lot of labor, cost, and inefficiency” says Valenza.":1,"#James Valenza, Director of Remote Sensing and GIS, told us assessing buildings after hurricane Maria would have taken much longer before using drones and DroneDeploy for inspection. Prior to using drones for data capture, it would take a team of 5-6 people 1-2 days to conduct a damage assessment. With the extent of damage in Puerto Rico, this slow process could have added years to recovery. Utilizing digital twin technology aided by DroneDeploy, they can now complete the same assessment with just 2 people in a couple of hours.":1,"#DroneDeploy has been integral to our day-to-day operations. Using drones has increased our safety and efficiency and also reduce cost and labor.":1,"#ICF worked with FEMA and local authorities to conduct damage assessments across the island. Lopez got in touch with ICF and his career trajectory changed completely.“I basically made flying drones my full-time career.” Omar was part of a team of 6 pilots who flew 2-3 sites a day. Over the course of a year, the crew inspected 1,200 sites. The electrical grid was badly damaged and some parts of the island did not receive power again for 6-8 months. Altogether, the storm caused $94 billion in damage and led to a broad-scale humanitarian crisis.":1,"#Using reality capture technology has revolutionized the damage assessment process for ICF. With the use of small, portable UAVs, on-the-ground teams are collecting high-resolution video, panoramas, and photos. Once uploaded, the data is assessed by remote damage assessment teams.":1,"#The amount of time it took us to do an inspection has dropped down around 60-80% since we started to use DroneDeploy for inspections and damage assessments while at the same time staying safe on the ground.":1,"#Omar Lopez was completing his master's degree when Hurricane Maria hit. “I was studying biological oceanography, and as a drone hobbyist, I’d started using drones in my research.” The storm was catastrophic for the island. The hurricane was a category 4 storm with over 100 mph winds. After the storm, the schools were all damaged, and many of them were completely closed for a long time.":1,"#Inside a hurricane’s collision path":1,"#In the past year, ten extreme weather events cost the world $170 billion. Extreme weather events, exacerbated by climate change, have taken an increasingly destructive toll on communities and infrastructure—and assessing that damage proves to be a consistent challenge. Fortunately, the disaster management team at ICF is using drones to perform damage assessments and better understand the full impact of climate change.":1,"#Déploiement de drones":1,"#Para obter uma lista completa dos nossos modelos de câmeras compatíveis mais recentes, visite nossa Central da Ajuda.":1,"#supported":1,"#Drones for Virtual Design and Construction | DroneDeploy":1,"#With DroneDeploy, give your entire team access to visual documentation of every stage of the project, from pursuit and bid to groundbreak through ribbon-cutting. To get a tailored demo please request a demo here or start your 14-day free trial today.":1,"#Scottsdale, AZ":1,"#All About DroneDeploy's Automated Stand Counts | DroneDeploy":1,"#Automating Ground & Aerial Data for Energy | DroneDeploy":1},"version":13299}]