Alternatives to DroneNaksha

Aerial surveying is quickly becoming an essential part of any surveyor's toolkit. Every day thousands of people use drone site flyovers to increase efficiency and reduce costs. Rapidly create interactive 3D maps of site locations. Any camera can capture 3D site data. Our proprietary technology allows you to track and share every metric about any site from anywhere in the globe. PhotoCapture is available as both a cloud-based service or as a standalone desktop app. Visualize the project area before it is processed. Any web browser can be used to visualize 2D maps or 3D models. Instant measurement of distances, surfaces. Simply click a link to share projects with annotations. Visualize site changes over time using 2D or 3D, and a project timeline.

Large and medium format aerial imagery with the best accuracy and reliability. High-resolution, precision-driven aerial imagery cameras that simplify surveying and mapping. Execute photogrammetry mapping missions efficiently, capturing high resolution images for 2D or 3D mapping. You can achieve large surface coverage with extremely high resolution to inspect the objects and the surrounding areas. With Phase One drone solutions and cameras specifically designed for drones, you can get millimeter-sized damage detection and repair, as well as increased performance and low environmental impact. The Phase One aerial cameras and solutions have been specifically designed for industrial and geospatial imaging. The medium format and large format cameras were developed with top experts in the field. They offer the best image quality, high resolution and dynamic range.

Only drone mapping and photogrammetry software that supports desktop, cloud, and flight apps. Pix4D's processing algorithms will give you the survey-grade results that you want. For even more accuracy, use the AutoGCPs feature. You can instantly view any jobsite anywhere on your browser in 2D or 3D. With results you can measure and explore, compare, and share, and even collaborate. You can keep a permanent, up-to-date record and resolve any disputes quickly. Use a drone or laser scanner to capture images and point clouds. Automate and optimize your drone flights with the free PIX4Dcapture app. You can combine the power of point clouds and images to extract key elements from LiDAR, laser scanning, or photogrammetry data. Survey curbs, building footprints and walls, as well as catenary curves. Vectorize from point clouds faster and verify in photos. Smart Grid saves you 1,000s of clicks when creating spot elevations.

You can create 3D models using simple photos and/or point cloud data. Reality modeling is the process that captures the physical reality of infrastructure assets, creates a representation of them, and maintains it through continuous surveys. ContextCapture, Bentley's reality modeling software provides real-world digital context in form of a 3D reality map. A reality mesh is a 3D model that represents real-world conditions and contains large quantities of image data and triangles. Each digital component can automatically be recognized and/or geospatially referred to, giving you an intuitive and immersive way of navigating, finding, viewing, querying, and querying your asset information. Reality meshes can be used in many engineering, maintenance, and GIS workflows to provide a precise digital context for design, construction, or operations decisions. Laser scans are used to supplement the ground-level imagery and drone photos that overlap.

AeroGCS, a software for Ground Control Stations (GCS), is a sophisticated software developed by AeroMegh to facilitate efficient and precise drone mission planning and execution. This software offers end-to-end drone flight control, automation of missions, and data collection. Users can create detailed flight plans, control drone fleets and ensure compliance with regulatory requirements. AeroGCS has multiple editions that are tailored to specific applications such as precision farming, drone surveying and large-scale fleet operation. The platform is user-friendly, has real-time flight tracking and seamless cloud integration. It is a reliable tool in industries such as agriculture, construction, defence, and environmental monitoring. AeroGCS improves efficiency, accuracy and productivity by streamlining mission planning, operational workflows and drone-based projects.

DroneMapper offers two licensed versions of its desktop software for photogrammetry, remote expert and rapid. These are also available as Windows applications. Remote expert generates orthomosaics, dems, at selected imagery resolutions processing up 10,000 images per project. Rapid offers the same functionality as remote specialist but is limited to 250 images per job. Both versions can be licensed perpetually for remote experts or yearly for rapid. We are a company that specializes in photogrammetry and the extraction value-added products. We can generate georeferenced Orthomosaics (DEMs), Digital Terrain Models(DTMs), point clouds and textured mesh 3D model for a wide range of market segments. We offer Software as a Service (SaaS), licensed desktop software, aerial imagery collection, consultation, and training for specific applications.

98% of solar professionals conduct an onsite survey before starting construction. More than half do it before closing a deal. Solar companies still use ladders and hand-measuring rooftops to complete their current surveys. This slows down the process, increases safety risks, and reduces accuracy. Scanifly's software for solar design uses drone technology and 3D modeling tools. This allows you to eliminate roof climbs and reduce onsite time by upto 90%. It also increases design accuracy and prevents redesigns, change orders, delays, and delays on the day of installation. Inaccuracies, errors and guesswork can be caused by handwritten notes, tape measures, handheld shading equipment, and handwritten notes. Drones and 3D modelling software simplify the process and improve safety, time, and design accuracy. To digitize project characteristics, take photos with your drone (JPEGs). Automatically create 3D models of the proposed sites.

3DF Zephyr allows photogrammetry to catch on in multiple situations, fostering different goals and needs through the use of an all-in one software suite. Our technology is as flexible and user-friendly in house as possible. It can be easily adapted to users' needs. 3DF Zephyr can automatically perform 3D reconstructions using images and video data captured with any sensor and using any acquisition technique. During the same surveying or scanning session, you can use different focal lengths, lenses, and cameras. You can get the most out aerial and ground photogrammetry with one software platform that processes videos, spherical photos, and thermal + RGB imagery. 3DF Zephyr is more than just photogrammetry. You can import, register, and analyze your laser scan data in native file formats.

Agisoft Metashape, a standalone software product, performs photogrammetric processing on digital images and generates 3D spatial information to be used in GIS, cultural heritage documentation, visual effects production, as well as indirect measurements of objects at various scales. Agisoft Cloud platform provides cloud processing services for Agisoft Metashape customers who have registered an Agisoft Account. It allows you to send any project to the cloud for processing and, thus, to reduce investment in hardware infrastructure for a photogrammetric pipe. Other features include online visualization of processing results, sharing processing results option, embedding code generator tool to integrate your models into any website, and embedding codes generation tool. The service is available under a subscription model for storage space. Processing hours are charged on a per-minute basis.

Software that connects the physical world and the digital. ReCap™, Pro 3D scanning software can be used to create 3D models using imported photos and laser scans. Support BIM processes by delivering a point cloud and mesh. Collaboration across teams through design that is based on reality. ReCap Photo, which is a part of ReCap Pro, processes drone photos to create 3D representations current site conditions, objects and more. It supports the creation point clouds, meshes and ortho photos. To quickly import reality data into Autodesk design tools and construction tools, use solutions created with ReCap Pro Software Development Kit. Compare the scan view (RealView), and overhead map view side by side. The compass widget can be used to set the XY coordinates for the user coordinate systems in the overhead view. High-precision GPS technology is used to avoid costly preparation work when setting ground control points. You can also get survey-grade accuracy using photo reconstruction.

vHive is a complete software solution that allows enterprises to create digital twins from their field assets and operate using autonomous drone hives, from one drone to many. You can simply plan your drone mission and launch your drones by pressing a button. All complexities are handled. Enterprise customers can digitize their assets and create digital twins to analyze, simulate, and improve their processes and assets over time. You can choose to allow your workforce to use pre-assembled drones and have them operate with minimal training, or you can benefit from our global field operations network. We have developed the technology to make aerial surveys of any size or shape faster, cheaper, and easier by combining advanced multi-agent data collection algorithms with mission dynamics AI. AI highlights areas of interest in large amounts of data to provide actionable business insights.

Turnkey 3D drone mapping and data analysis solution for civil construction and earthworks operations. We believe that accurate site surveys are essential to keep jobs on schedule and within budget. Propeller's end to end software platform uses drones for data collection, photogrammetry to speed up data processing, and 3D mapping to track progress throughout the project lifecycle. Everyone on your team will have instant access to the status and progress at a worksite. Propeller centralizes all project documentation to improve collaboration and give surveyors and engineers, foremen, as well as site managers, the confidence to work smarter and safer. You can reduce the cost of a survey with a drone and provide your crew with the most current progress data to help them accomplish more in fewer time. You can reduce conflict, reduce rework, fuel burn, and eliminate fuel consumption with a visual progress timeline.

Mapware’s cloud-native, GPU-accelerated photogrammetry, geospatial data management tools, and innovative 3D environment technology help our customers create dynamic GIS workflows that integrate with their existing systems.

LiDAR and photogrammetry software for 3D point clouds. 3D point clouds are a vital part of mapping, whether they're collected by airborne or terrestrial LIDAR. LP360 is an advanced desktop LIDAR package that makes it easy to extract information and generate deliverables within an intuitive GIS environment. Process, analyze, maximize drone survey data to produce valuable information and deliverables. Geospatial workflows for LiDAR and Imagery Data with visualization, QA/QC tools, Classification and 3D editing capabilities. LP360 Cloud offers a growing collection of cloud-based resources and tools that make it easier to manage, archive and collaborate on geospatial project. We are always working to improve LP360 Cloud.

Combine your brain's ability to interpret complex topographies and the computing power of the computer to create drone survey in very short time. Drone data can be used to improve safety and efficiency in mine management. You can create more accurate reports about excavations and stocks. Your specialized mining software can bridge the gap. Multiple drone surveys will help you keep track of your construction project. Compare your design surface or baseline to determine the amount of work needed. With drone data, you can determine the true value of your stock. Calculate materials, set materials, and calculate volumes, tonnages, and monetary value, for one project or over time. The Drone Operator takes pictures of the project site and flies with a drone. Virtual Surveyor allows the Surveyor to create a line survey, triangulation, or contour.

Import RGB, thermal or multispectral images from any camera or drone into PIX4Dmapper. PIX4Dmapper uses photogrammetry algorithms to convert your aerial or ground images into digital maps and 3D model. Our photogrammetry software allows you to process your projects online or on your desktop. Use photogrammetry to control, improve and assess the quality of your project. Use the quality report for a preview of generated results, calibration information, and many other project quality indicators. Define a region of interest, choose processing options, and add ground control points, DSMs or meshes. You can also edit orthomosaics, point clouds, DSMs and meshes. Create your own templates with custom settings to control the data quality and accuracy.

IGiS Photogrammetry Suite is a one-click solution to convert digital images into 3D. IGiS Photogrammetry Suite supports fully automated photogrammetry and geodesy tools for converting image into 3D, Dynamic, Automated Processing Workflow and High Accuracy Outputs. Photogrammetry uses aerial photos, drone photos, or satellite images to determine the spatial properties or dimensions of objects/features in a photographic image. IGiS Photogrammetry Suite is a product of IGiS, powered by Scanpoint Geomatics Limited. It offers a one-click solution for digital images processing and converting them to 3D. This will be useful input for GIS software and special effect building, as well as proxy measurements of objects of different sizes.

iTwin Capture Modeler, a desktop application by Bentley Systems designed to create engineering ready reality data for infrastructure project, is a comprehensive application. It allows users to create multiresolution 3D model, such as reality models, point clouds and orthophotos from simple photos or LiDAR point cloud, providing precise digital context in design, construction and operations workflows. The software is able to handle projects of all sizes, from small objects up to entire cities. It also offers advanced features such as masks, water restrictions, and retouching to enhance reality data. iTwin Capture Modeler comes in two versions: the standard edition, and iTwin Capture Modeler Center. The latter allows unlimited clustering for large-scale projects. The application supports a wide range GIS formats and allows seamless integration with various workflows.

Commercial grade software that is easy to use for drone image processing. From aerial images, generate georeferenced maps and point clouds. It supports multiple processing engines, currently ODM (MicMac) Georeferenced and orthorectified maps. Georeferenced dense point clouds that have been filtered and classified. Track stockpiles and make volume and area measurements easily. You can easily calculate NDVI, VARI and GNDVI as well as many other indexes. You can process aerial and ground images captured at nadir or oblique. Choose a logo and color scheme that best represents your company. Multiple jobs can be run simultaneously and one job can be distributed across multiple machines.

PrecisionMapper is an online application that automatically converts aerial data into 2D and 3D products. It also features a constantly expanding library of analysis tools that can be used on-demand. This makes it easy to share or collaborate. Collect aerial data using your satellite or drone. PrecisionViewer is a desktop program that allows users to view flight path coverage, add ground controls points, attach flight logs, and flight bounds to surveys. Access an ever-expanding library of professional, on demand analysis tools to gain the critical insights you need, whenever you need them.

AI Clearing specializes in construction progress monitoring with our cutting-edge SaaS engine, AI Surveyor™. This revolutionary tool uses machine learning technology to streamline the digital field construction tracking like never before. Our platform can generate 3D site reports covering 100% of your construction area using drone-captured information. This allows for more accurate and efficient monitoring of progress. But we don't just stop with drone data. Our AI Surveyor™, engine uses a variety of digital data formats for automated, advanced 4D Geospatial Analytics. This high level automation allows us to reduce reporting cycles and provide you with actionable insights through interactive online dashboards or PDF reports. Our platform is designed to integrate seamlessly with your existing systems.

The workflow to create a texture mesh from still images in Meshroom. Meshroom is a 3D reconstruction program that uses the open-source Photogrammetric Computer Vision Framework AliceVision. Enhance the robustness of sift feature extraction on difficult images by updating default values, adding new filtering and adding dsp–sift variation. A new post-processing can improve mesh quality. To favor smoothness, cells are filtered using a solid angle ratio.

Avica is a cloud-based platform for 3D photogrammetry. Avica Cloud is a cloud-based 3D photogrammetry platform that allows customers to quickly schedule large machines. This allows them to provide high-quality services and a cost-effective cloud service for the 3D reconstruction of real scenes. Customers will be greatly able to save time and money. Pay as you go, no license cost!

Drone software for industry leaders. DroneDeploy is the trusted drone data solution for over 5,000 companies around the world. We are there for you every step of your way, from drone fleet management to data analytics. Use aerial intelligence to reduce staffing and save money. Our advanced technology provides you with a powerful drone solution that streamlines your workflow and simplifies your processes. Our experts are available to answer any questions via chat, phone or email.

AeroMegh, a comprehensive SaaS solution, transforms drone data to actionable insights. It offers three main products: AeroGCS is a smart drone mission planer for efficient flight and data collection; DroneNaksha provides photogrammetry to process geo-tagged images and produce 2D and 3-D outputs such as orthomosaics, elevation models, and PicStork is an AI-powered tool which performs advanced analytics, enabling object recognition and custom machine-learning model creation. These integrated tools streamline drone operation across various sectors including agriculture, construction and power, improving efficiency and decision making.

Orchard monitoring is seamless, 365 days per year. In 4 simple steps, you can go from drone survey to orchard information. Buy a compatible drone at a retailer that you trust. Launch your automated flight with just one click. Receive detailed data that can be used to take action within 24 hours. Outfield data can help you take action in your orchards. Fruit growers around the world have been receiving high-accuracy data since 2019. Outfield has been installed in orchards, vineyards and 15 other countries. Outfield provides growers with actionable information throughout the growing season. Outfield could be the missing piece of your orchard puzzle. Outfield helps you manage your orchard more effectively by providing accurate fruit counts. Our flagship product has been used in apple orchards across the UK, New Zealand and South Africa.

Skydio 3D Scan™ is a first-of-its-kind adaptive scanning software to automate the data capture process needed to generate 3D models with comprehensive coverage and ultra-high resolution. Perform higher quality inspections faster with minimal pilot training. Use 3D Capture to autonomously capture a structure’s surface from every angle with complete coverage and ultra-high-definition to generate 3D models with minimal pilot oversight, or generate 2D orthomosaics flying a planar pattern leveraging the power of full obstacle avoidance. The precise, visually geotagged imagery generated by 3D Scan can be exported to any mainstream photogrammetry software (including, but not limited to, DroneDeploy, Pix4D, Bentley ContextCapture, and Reality Capture), and will generate higher-quality, higher-resolution models without the mountains of extra data required by traditional capture methods.

In minutes, turn drone collections into authoritative images or 3D models. ArcGIS Drone2Map makes it easy to create professional imagery products using drone-captured images. This tool will allow you to quickly create products for analysis and visualization. You can choose the drone and camera that best suits your needs. In-field image processing is also available to verify the quality and coverage of your imagery collection. ArcGIS Collector can simplify and streamline your ground control workflow. It captures high-accuracy points, which can be integrated into your ArcGIS Drone2Map project. The industry's most intuitive drone image processing software automates your image processing. You can quickly create stunning 2D or 3D products that you and your company can use for analysis or visualization. You can access the latest aerial views by pressing a button.

ImageStation is built with high levels of automation to meet the needs of high-volume photogrammetry or production mapping customers. It can process large amounts of spatial data quickly and accurately into an actionable format. Applications include automatic triangulation, automatic DTM generation and DSM generation, automatic orthomosaic production, and stereo feature and DTM editing. ImageStation components use 64-bit processing, multithreading and distributed processing to maximize throughput on virtually unlimited-sized projects. Includes GNSS/INS data processing and POSEO support. Interactive stereo feature and DTM collection with smooth roam, dynamic zoom and image enhancement on-the-fly directly integrated with GIS or CAD.

AutoPlotter, a comprehensive land-surveying software developed by Infycons to streamline the entire process from data collection on the field to final mapping outputs. It supports data importation from a variety of surveying instruments including total stations, GPS devices, and other manufacturers such as Topcon, Trimble Leica and Sokkia. The software's advanced Digital Terrain Modeling engine (DTM), which is a DTM-based engine, facilitates the creation of contours, topographic charts, sections, and calculations for earthwork. It is suitable for applications such as land development, route planning and mining, hydrography and hydrology. AutoPlotter has features like traverse adjustment, quality checking, and 3D Terrain visualization that enhance accuracy and efficiency when processing survey data. Its user-friendly CAD tools and intuitive interface allow for quick learning. Professionals can produce detailed site plans and perform slope analyses with ease.

TOPOFLIGHT is a cutting-edge software suite that allows for the efficient design and navigation of flight plans as well as the handling of in-flight sensors. MISSIONPLANNER, an advanced 3D planning software, allows for a fast and interactive design of flight plans. It ensures optimal results and reduces the amount of images required by incorporating digital elevations models. The software offers a variety of export interfaces to integrate seamlessly with a range of flight management system. MISSIONPLANNER is designed to plan both photogrammetry missions and LiDAR missions. It supports a variety sensors, including frame sensors, line sensors, and LiDAR. The software presents results in a table and map format, giving a comprehensive overview. It also includes features to calculate project costs and streamline the process of creating accurate quotations.

COLMAP is a general-purpose Structure-from-Motion (SfM) and Multi-View Stereo (MVS) pipeline with a graphical and command-line interface. It provides a wide range features to reconstruct ordered and unorganized image collections. The new BSD license covers the software. The latest source code can be found at GitHub. COLMAP builds upon existing works. Please cite the original authors when you use specific algorithms within COLMAP as they are specified in the source code. The pre-built binaries are available for Windows and include both the graphical interface executables as well as the command-line interface executables. Double-clicking the COLMAP.bat script will launch the GUI. You can also run it from the Windows command line or Powershell. This batch script also allows you to access the command-line interface, which automatically sets all necessary library paths. To see a list of available COLMAP commands, use COLMAP.bat –h in Powershell or the command shell cmd.exe.

ProgeCAD®, Professional powers this Civil Survey software. It includes Survey/Cogo, DTM and Road Design modules. ProgeEARTH is a low-cost alternative for the otherwise expensive Land survey, coordinate geometry and digital terrain modeling software. It also allows you to work directly with AutoCAD DWG files. ProgeCAD®, Professional's Survey, Cogo and DTM and Road Design software provides an affordable alternative to expensive Land survey, coordinate geo, digital terrain modeling, corridor design software, and works directly with AutoCAD DWG files.

The PhotoModeler software extracts measurements from photos taken with an ordinary camera. This software is cost-effective and allows for accurate 2D and 3D measurement, photo-digitizing surveying, scanning 3D, and reality capture. Measurements from photos. Free demo available. PhotoModeler is available for purchase and you can join the many satisfied customers around the globe. PhotoModeler is the best choice for your next measurement, diagramming or 3D modeling task. It will save you time and help you complete projects that would otherwise be impossible with other methods. PhotoModeler is trusted by professionals in many industries. PhotoModeler uses a standard digital cam to capture 3D data using photogrammetry technology. This makes it an easy tool anyone can use to get professional results. Easy integration of other measurement data sources, such as laser scanners and total stations.

Irri Maker offers a one-stop solution to irrigation system designers. It covers everything from terrain survey, CAD, planning, hydraulic calculations, and equipment reports. Digital terrain modeling software is widely used in South Africa, as well as internationally, in the fields land surveying, engineering, mining and construction. Since its conception in 1980, it has been continually improved to keep up with industry needs and the latest computer technologies. The addition of the irrigation design module in 1998 has made it the only software package that offers user-friendly, well-supported functions to DTM, CAD and Irrigation Design all in one package. The system is independent of any other commercial software, and has its own plotting and report capabilities. Full graphical control of automatic and manual development for micro, drip and sprinkler irrigation systems.

PC Survey is an extensive land surveying program that has been continuously developed since 1988. It was commercially available in 1994. It is designed to be affordable for a wide range users, including small surveying companies and large government organizations. The software includes modules for COGO and CAD drafting. It also has modules for layout and sheet design. Users can choose individual modules according to their needs or purchase the standard package. PC Survey is compatible across a wide range of surveying instruments, and supports data export and import in multiple formats. This allows for seamless integration with existing workflows. The software is updated regularly to include new features and improvements. This ensures that it meets the changing needs of the surveying industries.

Carlson Survey is designed as a complement to land surveying operations. It offers a variety of survey features that can process data from surface modeling to least-squares network adjustment. The company-wide design style allows users to seamlessly move between the office, field, and back office. Upload to popular data collectors. Spreadsheet editor for raw data, with graphics and processing for traverse adjustment. Draw points in styles and in point group settings. There are many flexible methods to draw linework. Check all field-to finish elements, check description source, and redraw based upon edits. Transform screen entities and coordinates between grid projections and lat/lon. Also, use Helmert or least-squares methods to convert local to local. Enter deed by description, view deed data from the deed file, deed report, deed correlation, and generate legal description using drawing.

nFrames SURE software provides an efficient solution to dense image surface reconstruction for mapping and surveying, geoinformation, and research organizations. The SURE software can be used to generate precise point clouds, DSMs and True Orthophotos from small, medium, and large frame images. This advanced solution is ideal for countrywide mapping, monitoring projects using manned aircraft and UAVs as well as cadaster, infrastructure planning and 3D modeling. SURE Aerial is designed to capture aerial image datasets using large frame nadir cameras or oblique cameras. It allows the creation of 3D Meshes and True Orthophotos, Point Clouds, Digital Surface Models, and True Orthophotos without limiting image resolution. SURE Aerial is easy to set up and use. It can also be used for web streaming technologies.

TopoDOT is an integrated point cloud processing tool designed to meet the unique challenges associated with geospatial data collection in road, rail, utility and other land surveying applications. It provides a balance between automation and quality control, enabling efficient extractions of topographies and 3D structural models. GIS asset data and other digital twin deliverables can also be extracted. The platform uses artificial intelligence to extract features from point clouds quickly and accurately, increasing productivity and reducing costs. TopoDOT's suite of tools includes tools for managing data, assessing quality and executing well documented processes to ensure project success. The software also offers training and support by professionals in-house to help users optimize their workflows.

The complete platform for aerial mapping, modeling, inspection, and reporting. The latest generation of artificial intelligence can be applied to your aerial data to automate analysis, streamline reporting, speed up your work, and improve productivity. PrecisionAnalytics can help you identify issues before they become critical and provide data accessibility and portability for your organization. Enterprises are now capturing unprecedented amounts of aerial data using drones. Business leaders need to have a systematic approach to analyzing, aggregating, and then taking action on their aerial intelligence. Our data scientists interpret the sensor data and process it using proprietary AI algorithms.

SyncTech's innovative solutions streamline business processes and boost efficiency in the construction industry. They also reduce the time and cost associated with traditional methods. Their digital twin portal provides a quick, easy and cost-effective way to obtain 3D models and digital twins for a property. Reality Capture creates 3D models of buildings using photogrammetry and laser scanning. By capturing the existing conditions, it speeds up claims management and reduces rework and waste in construction. Reverse Engineering or Field to BIM involves creating a Revit or CAD model of an existing building in order to capture milestones in construction projects. Teams can virtually inspect the building and identify problems, retrofit it, or compare the original design.

How can you combine multiple photogrammetry projects into one, efficient, and manageable workflow? Is it possible for you to achieve new levels of production throughput while maintaining the accuracy and detail your customers demand or the functionality that you are used to? How can you manage photogrammetric projects that include a variety data types and formats? Photogrammetry and production mapping professionals are under increasing pressure to produce more work in a shorter time frame while maintaining high accuracy. Hexagon's Geospatial division is aware of this challenge and can help you achieve your goals on time and within the desired accuracy. IMAGINE Photogrammetry is a seamless integrated collection of software tools that allows you to transform raw imagery into reliable data layer for digital mapping, raster processing and GIS raster analyses.

MicMac is a free, open-source photogrammetric suite (Cecill B license) that can be used for a variety 3D reconstruction scenarios. Although it is primarily intended for academic or professional users, constant efforts are made in order to make it more accessible to all. MicMac's versatility is one of its strengths. It can be used in many fields, including cartography, environment and forestry, archaeology, heritage, archaeology, and other industries. MicMac allows the creation of 3D models as well as ortho-imagery, when necessary. MicMac can be used to create any type of object, including small objects or statues that are acquired from the ground. It can also be used to acquire buildings, cities, or natural areas via satellite or aerial acquisitions. The tools also allow for the georeferencing of the end products in local/global/absolute coordinates system. Other complementary tools allow for the exploration of metrology, site surveying, and other related fields.

We create a fully integrated software system for 3D reconstruction, photomodeling, and camera tracking. We want to create a solid software platform with the most current computer vision algorithms. This software can be used to test, analyze, and then reused. To provide cutting-edge algorithms that are robust and high quality throughout the shooting process and visual effects, industry and academia must be linked. Photogrammetry is the science that measures photographs. It determines the geometry of a scene by looking at a collection of unrelated photographs or videos. Photography is the projection of 3D scenes onto a 2D plane. This results in loss of depth information. Photogrammetry attempts to reverse this process. The dense modeling of the scene is the result yielded by chaining two computer vision-based pipelines: "Structure-from-Motion" (SfM) and "Multi View Stereo" (MVS).

Visual AI solutions for the entire value chain from mine to mill. AI-led approach to improve your site operations. The first platform to seamlessly process 3D data derived from a variety visual, field and geospatial sensors. Fully automated suite of tools that generates accurate digital twins in just minutes. AI-powered insights transform your job website. Our machine learning models are trained using millions of images and data points. This will help you save money, increase safety, increase profitability, and many other things. Site calibration allows models to be adjusted with new data in real time. Each year, we release hundreds of new features and improvements to help you keep up with industry changes. Strayos removes data silos and unites your teams to collaborate across all aspects of the mine-to-mill value-chain. An AI-powered toolbox that empowers drill and blast optimization. Enter your data to see the predicted outcomes of activities, adjust parameters, and more.

Develop a C++ framework to increase awareness of the power and potential of 3D reconstruction using images and photogrammetry. Reproducible research is made easier by a simple-to-read framework that accurately implements both the "classic" and state-of-the-art algorithms. OpenMVG is easy to use, read, modify, and learn. The library is trusted to build larger systems thanks to its rigorous test-driven development and sample collection. OpenMVG is a 3D reconstruction framework that uses images. It includes libraries, binaries and pipelines. The libraries provide easy access to features like images manipulation, features description and matching, feature tracking, camera models, multiple-view-geometry, robust-estimation, structure-from-motion algorithms, etc. The binaries solve unit tasks that a pipeline could require scene initialization, feature detection & matching and structure-from-motion reconstruction.

Geospatial imaging professionals must process large amounts of geospatial information every day. They often rely on software that was designed for other purposes or add-on applications that create nearly as many problems than they solve. ERDAS IMAGINE allows you to save time and money, make better image analysis decisions, and leverage your data investments. ERDAS IMAGINE is a true value product that combines remote sensing, photogrammetry and LiDAR analysis with basic vector analysis and radar processing. ERDAS IMAGINE makes it easy to image classify and segment, orthorectification and mosaicking, reprojection and elevation extraction, as well as image interpretation. You can focus on your analysis by using powerful algorithms and data processing functions. ERDAS IMAGINE provides K-Means and ISODATA, as well as object-based image segmentation and Machine Learning.

Airteam is an AI-powered software that converts aerial data from drones into digital building models. This allows photovoltaic planners, roofers, and contractors to measure and inspect buildings quickly and cost-effectively in 3D. This saves approximately 90% of the time of measurements vs. traditional methods such as tape measures and lasers. In comparison to satellite images, the Airteam 3D measurements and inspections are down to 1cm in accuracy.

PixPro is a cutting edge photogrammetric software that solves surveying problems and facilitates multiple on-site or off-site work stages. It provides innovative solutions and the most cost-effective, sustainable, and efficient smart surveying solutions. PixPro software provides: - 2D measurements: - Point coordinates Distance between points - 2D area - 2D angles - 3D measurements: Calculate altitude and height -- volume -- object pad variations -- 3D area -- 3D angles Distance between the points -- draped line Diverse simulations: - New object creation - Removal of existing objects Modifications to existing objects Visualization: - digital elevation maps Orthographic pictures that are accurate - Reports Software is used extensively Geodesy – Cartography – Road Design – Career Mining — Agriculture ­ Solar Battery Design