Alternatives to HEADS Site

HEADS Pro stands out as the premier solution for designing highways, accommodating multi-lane and various section expressways, expanding existing highways, building cost-effective rural roads, constructing hill roads, developing tunnels, creating pavements, establishing drainage systems, and generating construction drawings and bills of quantities. It effectively processes survey data obtained from total stations, auto levels, GPS, ground elevation data sourced online (like SRTM), as well as satellite imagery and aerial photographs, enabling the creation of triangulations and ground contours. Users experience immense satisfaction as they benefit from a comprehensive technical environment enriched with cutting-edge technology. The software also features specialized modules tailored for designing at-grade traffic intersections and multi-level grade-separated interchanges, complete with CAD-based selection and integration of intersection types into highway designs, accompanied by swept path analysis to ensure compliance with speed limits on ramps, loops, and slip roads. Additionally, HEADS Pro includes a unique module dedicated to car racing track design, featuring a closed traverse and a concave parabolic cross-section for the carriageway, ensuring optimal performance and safety on the track. This versatility makes HEADS Pro not only a powerful tool for standard roadway design but also a valuable asset for specialized projects in the field of transportation engineering.

HEADS Rail is a sophisticated CAD-based software tailored for railway design that utilizes survey data gathered from total stations to generate Digital Terrain Models (DTM) complete with ground contours. In addition to handling satellite imagery, it converts TM (Survey) coordinates into UTM (GPS) coordinates, integrates with Google Earth for planning greenfield alignments, and processes ground elevation data sourced from the Shuttle Radar Topography Mission (SRTM) using global mapper, all without the need for field topographic surveys. The software is adept at designing both elevated and underground metro rail sections, accommodating straight and curved alignments based on site conditions. HEADS Rail stands out as a highly advanced tool that effectively manages railway track design and double tracking projects, addressing various design challenges along the route through meticulous alignment geometry, vertical profiles, crossings, and yard layouts. Furthermore, HEADS Rail generates detailed project construction drawings, including plans, profiles, and cross-sections, along with cost estimations to ensure comprehensive project development. This makes HEADS Rail a vital resource for professionals in the railway construction industry.

IrriExpress provides a straightforward, yet powerful platform for designing irrigation projects utilizing pivots, sprinklers, and drip systems. Users can assess potential installation options beforehand, survey various terrains, create contour plans, and implement detailed irrigation designs effortlessly. The program boasts an intuitive and adaptable interface, facilitating full irrigation system design while allowing for easy analysis and validation of various configurations. With capabilities for digital terrain modeling and computer-aided drafting, it eliminates the need for tedious manual calculations, the reduction of survey field books, or the plotting of terrains by hand. IrriExpress efficiently transforms survey information into a digital terrain model format, leveraging up to 9,000 survey points to create a triangular surface model. Additionally, it facilitates the generation of contour plans by importing data from ASCII coordinates, DXF, DWG, and GPS files. Furthermore, the software proactively identifies potential issues based on specified upper and lower limits for different slopes and angles, ensuring users can address challenges before they arise. This comprehensive approach significantly enhances the planning and execution of irrigation projects, streamlining the entire process.

Irrimaker provides a robust platform for crafting extensive irrigation projects that cater to everything from vast agricultural layouts to compact landscape designs. The software allows users to assess various installation options beforehand, conduct terrain surveys, generate contour plans, create detailed drawings, compile a bill of materials, and seamlessly transfer drawing outcomes back to AutoCAD and Google Maps. With its user-friendly and adaptable interface, Irrimaker supports full irrigation system design, making it straightforward to analyze and validate various designs. The program excels in digital terrain modeling and computer-aided drafting, effectively managing diverse design processes by ensuring a smooth data flow between survey topography, CAD functionalities, irrigation design components, as well as integration with Google Maps. Moreover, it enriches Google Maps with enhanced terrain images and elevation data, which can be utilized to formulate contour plans or to incorporate personal survey information for intricate plan creation and irrigation application. This unique capability allows for a more tailored approach to irrigation design, ensuring that users can meet their specific project needs effectively.

AutoPlotter, developed by Infycons, is a robust land surveying software that simplifies the workflow from collecting field data to producing final mapping outputs. It is compatible with a variety of surveying instruments, such as total stations and GPS devices from leading brands like Topcon, Trimble, Leica, and Sokkia. With its sophisticated Digital Terrain Modeling (DTM) engine, AutoPlotter can create contours, topographic maps, cross-sections, and calculate earthwork, which makes it ideal for diverse applications including land development, route planning, mining, hydrography, and hydrology. The software includes features for traverse adjustment, quality assurance, and 3D terrain visualization, thereby improving both accuracy and efficiency in processing survey data. Its intuitive interface and built-in CAD tools make it accessible for users, allowing them to quickly master the software and generate detailed site plans, conduct slope analyses, and efficiently calculate volumes. Additionally, AutoPlotter's versatility supports a wide range of project requirements, ensuring that professionals can adapt it to their specific needs effectively.

In 2001, the SURDEV software suite was created through a collaboration among the International Institute for Land Reclamation and Improvement (ILRI), Wageningen Environmental Research, and the Institute of Land and Water Management of the Catholic University of Leuven (ILWM) in Belgium. This suite includes three specialized programs: BASDEV, designed for level basins; BORDEV, tailored for sloping borders; and FURDEV, which focuses on graded furrows. Surface irrigation utilizes the force of gravity to effectively distribute water across agricultural fields. As gravity pulls the water, it traverses the fields from one end to another, allowing it to seep into the soil during its flow. Among the various surface irrigation methods, the most prevalent include level basins (which may or may not have level furrows), sloping borders, and sloping furrows, all aimed at efficiently delivering water. The primary goal of these irrigation techniques is to ensure that crops receive water in precise amounts, at optimal times, and in a consistent manner, which ultimately fosters a uniform crop growth while minimizing water wastage. Furthermore, the careful application of these practices can lead to improved agricultural productivity and sustainability.

Irri Maker serves as a comprehensive solution for professionals involved in irrigation system design. It encompasses a range of services including terrain surveys, CAD operations, planning, hydraulic calculations, and equipment reporting, ensuring that all your needs are met. This digital terrain modeling software has gained significant recognition and is extensively utilized across South Africa and various international markets, particularly in land surveying, engineering, mining, and construction sectors. Since its inception in 1980, the software has undergone continuous improvements to align with evolving industry standards and the latest advancements in computer technology. In 1998, an irrigation design module was introduced, making it the sole software package that offers intuitive and well-supported functionalities for digital terrain modeling, CAD, and irrigation design within a single platform. It operates independently from other commercial software, boasting its own plotting and reporting capabilities, which enhances user experience. Additionally, users benefit from comprehensive graphical control for the automated and manual development of micro, drip, and sprinkler irrigation networks, making it an invaluable resource for irrigation professionals. Its versatility and user-friendly interface have solidified its reputation in the field.

Farmers cultivating irrigated crops globally encounter the same essential questions regarding irrigation: what is the optimal amount of water for each plant, and when should it be applied? Achieving accuracy in these areas is crucial for maximizing both crop yield and quality while also conserving water resources. Utilizing our advanced satellite technology and an approach that does not require sensors, we offer farmers a comprehensive, high-resolution perspective of their entire field instead of fragmented data from various locations. With Manna’s cost-effective and easy-to-use software, agriculturalists can access real-time, tailored irrigation suggestions specific to their crops and sites at any given moment. Gain precise insights – Understand the status of every pixel in your agricultural landscape. Feel empowered – Our dynamic recommendations and reliable data enable informed decision-making. Economically viable and straightforward – There’s no need for expensive equipment or ongoing maintenance. Manna stands out as a premier provider of irrigation intelligence software solutions, serving growers worldwide and helping them to optimize their resource management. With our assistance, farmers can cultivate their crops more efficiently while embracing sustainable practices.

SWAT MAPS, or Soil, Water, and Topography maps, serve as detailed soil foundation maps designed to facilitate the precise application of fertilizer, seeds, soil amendments, pesticides, and water management practices. These maps are developed through a proprietary method that takes into account various factors including soil texture, organic matter content, topsoil depth, and salinity, all of which can significantly affect crop yield and fertilizer efficiency. Among these factors, water availability is the most critical determinant of yield and fertilizer effectiveness. The SWAT MAPS divide field areas into ten distinct management zones based on the differentiation of dry and wet regions. Topographical elements are categorized by different landscape features found within the field, such as hilltops, mid-slopes, and depressions, which can all affect soil moisture retention, erosion rates, organic matter content, acidity (pH), and nutrient availability. Each SWAT MAP consists of ten zones, which allows for tailored management that addresses the variability present in your agricultural land. This targeted approach ensures that farmers can optimize their resources and maximize productivity while maintaining soil health.

Simple, powerful, and inexpensive CAD software to survey. You can perform triangulation, contour maps, color-filled contour lines, sections, intersections and volume, edit XYZ files as well as simulate rainwater runoff. Even on less powerful PCs, you can process hundreds of thousands or points and create a 4D point cloud.

PC Survey is an extensive land surveying software that has evolved consistently since its inception in 1988 and has been commercially available since 1994. It is tailored to accommodate a diverse array of users, ranging from small surveying firms to large government agencies, and delivers a comprehensive suite of features at a competitive price. The platform includes modules for COGO (Coordinate Geometry), CAD drafting, layout and sheet design, management of surveys and field books, as well as digital terrain modeling complete with contouring features. Users have the flexibility to choose specific modules that align with their requirements or to select the all-inclusive standard package. Additionally, PC Survey is designed to work smoothly with various surveying instruments and supports the import and export of data in multiple formats, which enhances its integration into current workflows. Regular updates are part of the software's commitment to incorporating new features and enhancements, ensuring it adapts to the changing demands of the surveying sector. Furthermore, the active development and support from the creators provide users with confidence in the software's reliability and future-proofing.

Merge your cognitive ability to analyze intricate terrains with the computational strength of modern technology to conduct drone surveys swiftly and efficiently. By utilizing drone data, enhance both safety and efficacy in mine management practices. Generate precise reports regarding excavations and inventory levels, effectively bridging the divide with advanced mining software tailored to your needs. Monitor the progression of your construction initiatives through multiple drone surveys, allowing you to make direct comparisons with established baselines or design surfaces to assess the required workload. Gain insights into the actual worth of your materials through drone-acquired data, enabling you to set parameters, and calculate volumes, tonnages, and financial values for individual projects or over extended periods. The Drone Operator skillfully navigates the drone to capture a comprehensive series of images of the project location, while the Surveyor utilizes Virtual Surveyor to develop line surveys, triangulations, or contour maps, ultimately enhancing project accuracy and oversight. By integrating these technologies, stakeholders can achieve unprecedented levels of detail and efficiency in their operations.

Evaluate and analyze complex layered data sets to construct a comprehensive understanding of large-scale landscape scenarios. In partnership with the British Geological Survey, GeoVisionary excels in the integration and visualization of varied data sets, enabling collaboration across different fields through a unified tool within the same spatial framework. Strategically plan and define field activities while assessing potential risks to optimize time efficiency during ground operations. Teams on-site are equipped with the most thorough information available and can relay updates to local staff and remote specialists regarding their findings and ongoing tasks. By merging extensive data from various origins, it enhances comprehension of diverse spatial information. Combine multi-resolution terrain data from different sources to quickly generate slope and aspect maps. Engage effectively with your audience and facilitate visualization without the need for coding, ensuring that complex data is accessible and understandable for all stakeholders involved. This collaborative approach fosters better decision-making and drives innovation in landscape analysis.

This comprehensive software solution revolutionizes your workflows in design, presentation, irrigation, and documentation. In contrast to other applications, Vectorworks offers the adaptability to manage your entire project from start to finish—or at any stage of the process—with tools tailored for landscape professionals. With the Building Information Modeling (BIM) capabilities of Vectorworks Landmark, any adjustments made are instantly mirrored throughout the project. This allows you to focus more on the creative aspects of your designs rather than on the tedious task of manually revising drawings. The Building Information Modeling process empowers you to enhance your designs effectively. You can effortlessly create schedules and reports, assess construction expenses and material quantities, analyze terrain for aspects like cut/fill, slope, and drainage, and monitor water budgets while tracking sustainability objectives such as LEED and SITES certifications. Consequently, this integrated approach streamlines your workflow, making project management more efficient and effective.

IrriPro offers a comprehensive and professional solution for the rapid design of irrigation systems tailored for agricultural needs. This advanced software ensures efficient irrigation, resulting in enhanced crop quality. Renowned for its robustness, IrriPro accurately forecasts the performance of both new and existing irrigation systems before their implementation. It accommodates various drip systems, whether integrated within pipes or installed externally, alongside a wide range of sprinkler options including cannon, mini, pop-up, and misting varieties. Users can incorporate any necessary components like pumps, filters, fittings, valves, drains, and vents into their designs. Moreover, with the integration of Google Maps, IrriPro allows users to conduct terrain surveys directly from their computer, eliminating the need for physical site visits. After outlining the land boundaries and the desired main pipe route, IrriPro autonomously designs the entire irrigation network while also selecting appropriate pipe dimensions, streamlining the design process even further. Ultimately, this software revolutionizes the way irrigation systems are conceptualized and implemented in the agricultural sector.

Visualize data across both 2D and 3D dimensions while displaying it through OGC services. Employ various tools to conduct comparative analyses of your datasets. By merging historical field sheets with the most recent high-density multibeam surveys, you can create a comprehensive dataset within a unified space. Utilize cutting-edge tools designed specifically for bathymetric data manipulation. The BASE Editor enables you to validate, analyze, and compile datasets from diverse formats and sources with ease. Seamlessly integrate the latest high-resolution bathymetric and topographic data alongside historical records in an intuitive interface. Enhance your visualizations by incorporating raster images and vector features within the 3D viewer. After preparing your data, you can produce outputs such as smoothed contours, depth areas, and selected soundings that are essential for chart production. Additionally, create immersive fly-through videos using our 3D view that accommodates any type of bathymetric dataset. By leveraging model processing and Python automation, you can streamline workflows to ensure they can be executed fully automated with a single click from the BASE Editor, significantly improving efficiency. This approach not only saves time but also enhances the accuracy of the data interpretation process.

TopoDOT is an all-encompassing software solution for processing point clouds, tailored to meet the specific demands of geospatial data collection across various sectors, including road, rail, utility, and land surveying. It strikes an impressive balance between automation and quality control, allowing for the swift and precise extraction of topographical information, 3D structural models, GIS asset data, and various digital twin infrastructure outputs. By utilizing artificial intelligence, the platform accelerates feature extraction from point clouds, significantly boosting efficiency and lowering project expenses. The software’s toolkit encompasses features for data management and sharing, quality assessment, and a structured approach to ensure that projects are executed successfully. Furthermore, TopoDOT goes beyond just software by offering training and ongoing support from experienced professionals, empowering users to fully enhance their operational workflows. This commitment to user assistance helps foster a deeper understanding of the software's capabilities, ultimately leading to better project results.

Enhance your irrigation maintenance enterprise by utilizing a mobile and cloud-based solution tailored for both residential and commercial irrigation management. This innovative system operates by leveraging the GPS capabilities of your mobile device in conjunction with a Survey application, allowing you to pinpoint and map all irrigation assets as you traverse the property. Within the Survey feature, you can generate a polished as-built report that encompasses an overview map of the property, intricate asset maps, and a thorough index complete with images and detailed information about each asset, serving as a valuable reference. You can choose to sell this as-built report to your clients or present it as a unique selling point to elevate your professional services. By incorporating the Inspect application, you can transition to a paperless inspection process, enabling your field technicians to efficiently document their walk-through findings on their mobile devices while identifying specific irrigation services pertinent to each asset. This streamlined approach not only improves operational efficiency but also enhances client satisfaction by providing clear and organized documentation of your services.

Perfect for 3D site planning, calculations of stockpile volumes, surveying of mines, quantity takeoffs, designing pads and ponds, geological mapping, surface contouring and visualization, and landfill site planning. It offers features such as surveying, coordinate geometry, image editing, digital terrain modeling, contour generation, volume and earthwork assessments, design, grading, visualization, and the production of reports. Users can create surface models using extensive LiDAR and UAV datasets with precision. The system allows for full control over point data thinning, enabling thinning to polygons, corridors, coordinate regions, or outer regions. It supports the import and management of diverse survey and file formats, including total station, LiDAR, ASCII, DWG, DGN, USGS DEM, LandXML, and various image formats like TIFF, BMP, and JPG. Additionally, total station data can be incorporated with automatic management of linear features, breaklines, and symbology. Users can also access georeferenced background imagery through our Live Maps tool, enhancing the overall mapping experience. This comprehensive software is invaluable for professionals in fields requiring accurate spatial analysis and design.

Earthtec employs cutting-edge sensor technology that connects with the plant's sensory and regulatory systems, converting the gathered information into smart automated irrigation through our proprietary analytic software, Adviroguard. This method, which we refer to as the Plant to Irrigation (P2i) process, empowers the plant to regulate its irrigation needs, ensuring it optimally uses water while reducing stress levels. The innovative Plant-Triggered Irrigation system has demonstrated significant enhancements in Plant Water Health for various crops, leading to improved production outcomes while mitigating the financial and environmental impacts associated with both over-watering and under-watering. Central to effective real-time irrigation is Earthtec's capability to understand the signals from the plant. Recognizing that plants are highly responsive and dynamic entities evolved for competition over scarce resources, they continuously evaluate their conditions and modify their responses to environmental stimuli, showcasing their remarkable adaptability. This intricate relationship between plants and their environment is what drives our advanced irrigation solutions.

Software tools for irrigation and water conservation districts. You can schedule water orders and manage water users.

TopoShare, a platform for managing geospatial data crafted by TopoDOT, aims to enhance the production of digital twins while keeping costs to a minimum. It streamlines the organization, storage, and retrieval of vast amounts of geospatial information, which encompasses point clouds, images, coordinates, and metadata. By integrating seamlessly with TopoDOT, TopoShare allows for the transformation of extensive point cloud data into smaller, manageable tiles, effectively establishing a geospatial project data repository within cloud infrastructures like Amazon S3 or Azure. Users benefit from a user-friendly geospatial interface, enabling them to select and download specific datasets directly into TopoDOT for comprehensive analysis and practical application. The advanced features of TopoShare Enterprise broaden these functionalities throughout operations, offering unlimited access to project data, metadata, quality evaluations, and digital twins, all while ensuring economical interaction costs. This innovative approach promotes a production process that is responsive to demand, ultimately yielding high-quality topographies and 3D models, among other valuable outputs. Moreover, the platform's flexibility and efficiency significantly enhance the workflow for teams working with geospatial data.

Identify essential failure surfaces and determine the appropriate factor of safety by utilizing a blend of global metaheuristic search techniques alongside local surface-modifying technologies. By incorporating parallel processing for both failure detection and factor of safety calculations, outcomes can be produced in a matter of minutes. Enhance your workflow and gain more comprehensive insights by seamlessly integrating 3D wireframes that depict surveyed terrain, geological layers, modeled faults, and more into your 3D models. The process of constructing slope stability models has never been more efficient or expedient. You can either import surfaces from geological modeling or mine planning software or utilize integrated surface construction techniques based on coordinates or borehole information. Additionally, you have the option to create surfaces from point cloud data or import block models from various applications, including Leapfrog, Deswik, Datamine, and Vulcan, ensuring versatility and precision in your modeling efforts. This advancement not only accelerates the modeling process but also provides richer and more accurate representations of geological conditions.

MODRET is a user-friendly interactive software designed to compute both unsaturated and saturated infiltration losses from stormwater retention and detention ponds situated in unconfined aquifers, utilizing a modified version of MODFLOW. In addition to its primary function, it offers several distinctive features: it can create single watershed stormwater runoff hydrographs by employing methods such as the SCS unit hydrograph, Rational method, and Santa Barbara urban hydrograph, while also providing a graphical representation of the outcomes. Furthermore, MODRET allows for the routing of these hydrographs—whether generated by the software or sourced from elsewhere—through the infiltration losses of ponds and the creation of infiltration-routed hydrographs. The software also enables users to specify various overflow devices, including weirs and orifices, along with rating curves for the ponds, facilitating the calculations of total volume and peak discharge rates. Additionally, MODRET can generate detailed graphics depicting groundwater elevation cross-sections, complete with ZOOM functionality for enhanced viewing. It also produces XYZ data files, which can be utilized by other applications such as SURFER and AutoCAD to create groundwater contour maps and three-dimensional surfaces, making it a comprehensive tool for hydrological analysis. This versatility makes MODRET an essential program for professionals working in environmental engineering and water resource management.

PrecisionMapper operates in the cloud, transforming aerial data into 2D or 3D outputs automatically, and includes a growing collection of on-demand analytical tools while facilitating easy sharing and collaboration. Capture aerial imagery using your drone or satellite for comprehensive data collection. Meanwhile, PrecisionViewer is a desktop application designed for straightforward viewing of flight path coverage, enabling users to incorporate ground control points and link flight logs and boundaries to their surveys. It also provides access to an ever-growing selection of professional analysis tools on demand, ensuring you obtain the important insights you require right when you need them. This dual approach empowers users to maximize the utility of their aerial data efficiently.

geoSCOUT is a comprehensive visualization, analytical, and forecasting tool designed for Windows, featuring a vast collection of high-quality data. It has garnered the trust of numerous energy experts who rely on geoSCOUT for tasks such as mapping oil and gas plays, identifying trends, gaining insights into reservoirs, planning strategically for the future, and making critical business decisions. Users can generate surface maps and structural geology maps, and access assets including wells, pipelines, and land information. The ability to cross-reference visual data with satellite imagery enhances the decision-making process. With advanced charting functionalities, users can transform intricate oil and gas data into intuitive visual formats like production charts, cross sections, 3D wellbore maps, and histograms. Additionally, professionals can seamlessly integrate their insights while utilizing the software. Whether the goal is to annotate a map, digitize manually created contours, or develop intricate cross sections tailored to specific areas of interest, geoSCOUT provides comprehensive support throughout the entire process, ensuring users have the tools they need to succeed.

Lands Design is an advanced BIM tool for landscape design projects on different scales and in different industries. This is your powerful tool in the design process to produce 2D layouts, 3D models and realistic images and videos. It features 2 versions running as plug-ins for Rhino and AutoCAD. Lands Design empowers you to design parks, add vertical gardens, green roofs and green spaces to your architecture and civil engineering projects. It automatically calculates the list of plants, land operations and other materials employed in the project. The powerful terrain, forest and irrigation tools accompanied by hardscape tools, can be used in the process of forest design and modelling in the forestry sector. BIM technology visualizes seasonal changes and yearly plant growth. It has a free 90-day trial and a perpetual license, with no subscription fee.

Discover a highly efficient civil engineering tool that enables you to swiftly visualize terrain from various perspectives and export your surveys to DTM format. This tool supports the importation of extensive LiDAR Point Clouds data for straightforward analysis. You can also seamlessly integrate your .xml and .dwg files into your preferred CAD software and share them effortlessly. Utilizing an external database enhances data sharing capabilities. The software allows for the editing of surfaces by incorporating break lines and holes, while also managing both 2D and 3D profile alignments, including LiDAR Point Clouds. It features four distinct methods for calculating volumes: by comparing surfaces, evaluating planes, analyzing cross sections, and assessing solids. Additionally, the tool generates surfaces by simplifying the Point Cloud and retaining only the critical points that represent surface behavior effectively. You can easily place, move, and rotate building footprints within a parcel, all while adhering to the specified constraints. The application also provides the ability to automatically generate parcels from survey points or existing drafts. Furthermore, it assists users in creating, editing, and triangulating surfaces by allowing the selection of points and break lines, making it an invaluable resource for civil engineering projects. This functionality streamlines workflows, ensuring that professionals can focus on design and analysis without unnecessary complications.

MicMac is an open-source photogrammetric suite, licensed under Cecill-B, designed for a range of 3D reconstruction applications. While the software primarily targets professional and academic users, there are ongoing efforts to enhance its accessibility for a broader audience. One of its key advantages is its impressive versatility, allowing it to be applied across diverse domains such as cartography, environmental studies, industry, forestry, heritage preservation, and archaeology. MicMac facilitates the generation of both 3D models and ortho-imagery when suitable. It is capable of handling objects of various sizes, from small items and statues captured from ground level to larger structures like churches and castles using drone imagery, as well as extensive environments like buildings, cities, or natural landscapes through aerial or satellite methods. Furthermore, the software provides tools for georeferencing products in local, global, or absolute coordinate systems. Additionally, several supplementary tools expand its capabilities into metrology and site surveying, enriching its functionality in professional applications.

GeoHECRAS is a river modeling software used to compute water surface profiles for steady and unsteady flow models, bridge and culvert roadway crossings, FEMA floodplain encroachments, stream restorations, inline reservoir structures, off-channel storage areas, and much more. GeoHECRAS provides an easy-to-use, single graphical platform to rapidly create stunning HEC-RAS models and 3D visualizations from a variety of different data sources like AutoCAD, MicroStation, ArcGIS, Google Maps, Bing Maps, and more.

Our tools and services for decision support streamline the management of agricultural profitability while ensuring environmental protection and animal health. Cropwin® provides an optimal solution to enhance both yield and investment returns by allowing you to manage irrigation and fertilization throughout the growing season. Easily determine which of your fields are experiencing waterlogging or nitrogen stress by checking the map. Instantly locate stressed areas and assess the current growth stages of your crops. Gain access to localized weather data for short, medium, and long-term planning. Strategically prepare for potential water shortfalls and nitrogen shortages throughout the season. Organize your agricultural activities based on predicted growth stages. Identify specific factors that could be limiting your yield. Calculate the costs of various actions to better estimate your potential return on investment. Experiment with different crop management approaches to optimize your profitability and make informed decisions based on real-time insights. By integrating these tools, you can significantly enhance your farming efficiency and sustainability.

GybeMaps leverages satellite imagery to provide unprecedented monitoring of water quality. It allows users to observe fluctuations in turbidity, chlorophyll-a, and various other parameters across entire water bodies. This innovative monitoring solution significantly enhances the management, conservation, and restoration efforts of aquatic ecosystems. All the essential information is automatically compiled, consistently updated, and easily accessible in one location. Users can obtain a comprehensive view of key water quality indicators, with data presented in a historical context along with analytical tools, notifications, and more. The GybeMaps web application simplifies access to your water quality information, enabling quick identification of any atypical parameter levels on your dashboard, anticipation of algal bloom activity, and additional insights. As a SaaS subscription service, GybeMaps seamlessly integrates data from Gybe's ground sensors and satellite imagery, ensuring you have near real-time information essential for informed management decisions and enhanced water stewardship. With GybeMaps, users can take proactive steps to safeguard aquatic environments while fostering a deeper understanding of water quality dynamics.

Designed specifically for solar applications, the SenseHawk Solar Digitization Platform (SDP) delivers robust functionalities tailored to every phase of your asset's lifecycle. Central to its operation is an advanced system model that ensures you remain informed, facilitates construction processes, accelerates work progression, fosters team collaboration, and empowers you to identify and address asset-related challenges. The core of SenseHawk's SDP is the Asset Information Model (AIM), which supports specific use cases tailored to various stages and stakeholders involved in your projects, whether on-site or in an office setting. Gain valuable insights for effective site planning, incorporating diverse inputs from SRTM, ALTA, and other surveys. With integrated GIS capabilities, visualize location-specific information and data seamlessly. Moreover, you can efficiently schedule projects, assign tasks, construct workflows, establish quality controls, digitize documentation, and streamline reporting for both on-site teams and stakeholders through a comprehensive construction management platform. This cohesive system enhances operational efficiency and promotes a collaborative environment, ultimately driving project success.

ImpactMapper serves as a versatile platform designed to assist donors, philanthropists, investors, businesses, and nonprofits in monitoring their social impact and sustainability initiatives. By leveraging impact reporting, consulting services, and advanced proprietary software, it focuses on key areas including human rights, gender equality, climate change, Sustainable Development Goals (SDGs), and social justice initiatives. The platform empowers users to convert qualitative data into quantitative trends that align with tailored outcomes or analyses, thus enabling the extraction of meaningful insights. Furthermore, ImpactMapper has developed a customizable survey tool that streamlines data collection across various phases, such as grantee applications, reports, beneficiary feedback, and project evaluations. Users benefit from real-time data visualization and customizable charts, alongside the capability to create and analyze surveys that effectively track impact. Through these features, ImpactMapper not only enhances data accessibility but also fosters a deeper understanding of the social contributions made by its users.

Monitor and manage your essential infrastructure from afar with intelligent, real-time solutions. SitePro offers a code-free setup compatible with any IoT devices, making it versatile enough for various industries while providing products and services that streamline your entire operation. Achieve your ESG objectives by utilizing dependable operational data that contributes to a more sustainable future. Protect the quality and safety of water for your community through automated, efficient solutions. Optimize irrigation practices with precise water delivery systems designed to enhance crop yields, reduce expenses, and conserve vital water resources. We understand the importance of transparency in operations. Our cutting-edge IPC platform delivers customizable configuration options, remote management capabilities, and sophisticated built-in analytics. Gain deeper insights into your operations by accessing real-time data from your facility’s equipment. When comparing to traditional SCADA systems, SitePro stands out as a ready-to-use remote control and automation service. Avoid wasting time and resources on ineffective platforms that fail to meet your needs. Instead, choose a solution that empowers you to achieve more.

WaveFarer is an advanced radar simulation tool that effectively models multipath effects and scattering caused by nearby structures and vehicles, as well as crucial atmospheric impacts for frequencies that can exceed 100 GHz. Its diverse applications range from simulating automotive driving conditions to enhancing indoor sensor functionalities and analyzing far-field radar cross sections (RCS). The capabilities of WaveFarer facilitate prompt and precise evaluations of scenarios where radars are situated in close quarters with various structures, targets, and environmental features. Tailored to meet the needs of radar system simulation, WaveFarer aids in assessing the optimal placement of automotive radar sensors and interpreting target returns in virtual driving environments. Additionally, it provides valuable insights for surveillance radar applications by examining the RCS of targets and how different materials can influence measurement outcomes, ensuring a comprehensive understanding of radar interactions in various contexts. With its robust features, WaveFarer stands out as a vital tool for radar analysis and simulation across multiple domains.

VUE stands out as the sole comprehensive package available for crafting stunning computer-generated environments. It encompasses a wide array of elements, including skies, volumetric clouds, diverse terrains, extensive EcoSystems, wind-blown vegetation, expansive water bodies, roads, and rocks—all readily accessible for immediate use. Whether you choose to set up and render directly within VUE or leverage the robust integration plugins offered in the Professional and Enterprise versions, you can create, export, and adapt entire scenes for rendering in various applications and engines. The platform features an artist-centric interface equipped with specialized tools tailored for the creation of natural environments. You can develop materials that respond dynamically to factors like altitude, slope, and water levels, use natural distribution rules to paint instances across all viewports, and design EcoSystems that ensure no two plants ever appear identical. With its extensive functionality and user-friendly design, VUE truly empowers artists to achieve their creative visions seamlessly.

SurveyWriter encompasses the complete survey research process, starting from the creation of surveys and extending through data collection, analysis, and reporting. All surveys are securely hosted on our website, SurveyWriter.com. While surveys are initiated on our servers, it is possible to direct respondents via your own website, giving the illusion that the survey is hosted there. Data security is a priority, as all information is stored in a managed-server facility that is secure and readily accessible for download in formats such as DAT, CSV, or Fixed Width ASCII. Our goal is to grasp the needs of our clients and provide survey software that enhances their research efforts, broadens their methodological options, and ultimately boosts their competitiveness and profitability. Additionally, SurveyWriter has formed strategic partnerships with several leading panel providers to ensure clients receive the highest quality samples effortlessly. By integrating these alliances, we aim to further enrich the research experience for our users.

Arable provides businesses throughout the agriculture and food sectors with ground-truth data, advanced agronomic models, and user-friendly design to enhance decision-making, boost efficiency, and achieve higher sustainability levels. You can begin using it in just minutes with a simple button press, allowing you to quickly see the benefits. This comprehensive system gathers essential data on weather, crop health, soil conditions, and irrigation needs all in one place. Enjoy durability, precision, and visibility across your operations, all conveniently accessible from your device. To achieve exceptional business outcomes, it is imperative to utilize high-quality and precise data. Your search ends here, as Arable can assist you in reaching your specific objectives, no matter what they may be. Organizations worldwide are leveraging Arable's infield data to cultivate smarter practices. Don't settle for less; transition to optimization. The path to better data is not only available but also simpler than you may think. By utilizing ground-truth data collected directly from the fields, you can foster more sustainable and profitable results while enhancing your agricultural practices.

Introducing a revolutionary forest management application that incorporates satellite monitoring to enhance your decision-making process. ForestMan stands out as the premier forestry data application, offering seamless access to comprehensive data and maps for both Estonia and Latvia. With just one app, you can efficiently manage your forests and collaborate with partners by sharing valuable forestry information. Utilizing advanced ForestRadar technology, this app enables satellite-based detection and monitoring of clear-cut areas. Key features include effective forest management tools that help you plan and oversee cutting or selling activities, along with a streamlined data flow that ensures you have access to vital information about inventory, ownership, and location. The app also provides precise geopositioning capabilities, allowing you to navigate effectively within the forest using GPS. You can annotate your forest map with on-map notes, such as marking road closures, and it offers insights into cadastre and compartment borders to keep you within designated areas. Additionally, you can monitor changes accurately by ordering assessments for individual or multiple forest plots directly from your device, ensuring you stay informed and proactive in your forest management practices.

Until now, water users have lacked the ability to effectively monitor, control, and enhance their water consumption. Our innovative system provides real-time insights and automatic optimization, boosting your yields and maximizing the value of your water while ensuring every drop works to your advantage. This cutting-edge technology empowers users to adopt a proactive management style, available around the clock. By offering freedom, certainty, and improved outcomes, it transforms water management. You can efficiently monitor the supply, storage, and distribution of your water resources. Additionally, you can manage pumps and irrigation systems from any location, quickly identifying leaks or excess usage before they escalate into problems. With Knode, automation of your water management rules becomes a reality. You can also adjust water usage based on complementary weather and soil data, leading to smarter decisions. By partnering with Knode, not only can you decrease your water consumption and enhance your agricultural yields, but you also gain the freedom to enjoy life without the constraints of traditional water management. Now, you can remotely and automatically handle all your water needs, allowing you to relax on your couch without worry. Embrace a new era of water management that puts you in control, bringing peace of mind and efficiency to your daily life.

Agritrix is an advanced agricultural platform that leverages IoT technology, artificial intelligence, and edge computing to revolutionize farming practices. By enabling real-time observation of crops, livestock, soil conditions, and weather patterns, it allows farmers to manage their operations more proactively. The platform includes smart irrigation systems that enhance water efficiency by utilizing environmental data, while its predictive AI maintenance features help reduce the risk of equipment failures. Tools for detecting pests and diseases are designed to lower pesticide application and minimize crop losses. Additionally, soil monitoring capabilities assess moisture levels, pH balance, and nutrient content to promote optimal growth conditions. Agritrix further enhances functionality through the integration of satellite connectivity (SwarmBee) and LoRaWAN, which facilitates remote access to crucial data, thereby maximizing resource efficiency. With CARBON analytics delivering valuable insights and AI-driven surveillance protecting farm assets, Agritrix supports a future of farming that is both efficient and sustainable. Overall, this platform exemplifies how technology can transform traditional agricultural methods into smart and responsive operations that meet modern challenges.

Snappy Mapper offers an accessible online platform that empowers non-GIS users to contribute vector geospatial data effortlessly, eliminating the need for specialized training. Organizations can leverage Snappy Mapper to collect precise location data from field staff, partners, or other contributors using user-friendly tools for adding points and polygons. The platform allows GIS teams to access this data in standard formats or directly via an API, facilitating smooth integration with existing GIS and asset management systems. Supporting all coordinate reference systems (CRS), Snappy Mapper is versatile enough to handle a wide range of geospatial workflows. It is especially useful for high-volume, field-based activities such as land use mapping, compliance reporting (e.g., EUDR), and tracking assets or resources. The system’s simplicity encourages broader participation from non-technical users, increasing data collection efficiency and accuracy. By streamlining the data gathering process, Snappy Mapper helps organizations make better-informed decisions. Its adaptability and ease of use make it a valuable asset for teams managing complex geospatial projects.

Effortlessly create market research tablet surveys with CAPI using SurveyToGo. This platform allows you to deploy intricate surveys featuring multimedia elements to numerous tablets in the field, all while supporting both online and offline capabilities. With centralized project management, you can effectively monitor your projects, track quotas, and manage interviewers' locations, ensuring that your clients receive precise and prompt feedback. The advanced Quality Control subsystem is seamlessly integrated into SurveyToGo's framework, enhancing your survey process. From GPS tracking and discreet voice recordings to identifying suspicious interview conditions and managing a specialized Quality Control operations console, SurveyToGo's mobile survey software empowers you to efficiently approve or reject interviews and oversee the entire quality assurance process like never before. This comprehensive approach guarantees that the integrity of your data remains intact throughout the research undertaking.

The city covers more than half of the expenses, allowing residents to access the $500 program for just around $175 for systems with up to 6 zones, with a slight increase in cost for larger setups. So, how does this initiative function? Initially, we conduct a comprehensive assessment of the irrigation system through a "Simple Yard Audit" and subsequently replace the outdated controller with a Hunter Industries HydrawiseTM SMART weather-based controller, which is tailored to adjust according to the forecast from a virtual weather station we set up for them. Afterward, we modify the runtime settings based on the insights gathered from the audit. We then provide residents with training on how to use the HydrawiseTM controller app on their smartphones while also offering key recommendations for their landscaping needs. To wrap up, we send out a detailed report that outlines our suggestions and compares the residents' prior irrigation water usage with the anticipated savings facilitated by the SIP, ensuring they understand the benefits of the program. This comprehensive approach not only enhances water efficiency but also empowers residents with knowledge about their irrigation systems.