Product Listings
DroneDeploy is a software designed for drone mapping and aerial data analysis. It enables users to plan automated flight paths, capture high-resolution imagery, and process georeferenced maps and 3D models. The software provides tools for analyzing site measurements, creating reports, and collaborating with team members through a cloud-based platform. It supports industries such as construction, agriculture, and inspection by helping organizations streamline surveys, monitor progress, and manage asset documentation, aiming to improve project efficiency and data-driven decision-making.
ArcGIS is a software developed by Esri designed for geographic information system applications, enabling users to analyze, visualize, and interpret spatial data. The software provides tools for mapping, spatial analytics, and location intelligence, supporting workflows that involve data management, geocoding, network analysis, and imagery processing. ArcGIS facilitates the integration of spatial data with business systems, helping organizations manage assets, plan projects, and make informed decisions based on geographic patterns and trends. The software addresses business needs in sectors such as urban planning, transportation, natural resources, and public safety by supporting collaboration and sharing of spatial insights across different teams and stakeholders.
PrecisionAnalytics is a software developed by PrecisionHawk designed to process and analyze aerial data collected from drones and other sources. The software offers tools for creating maps, models, and reports from geospatial data, enabling users to perform measurements, identify patterns, and monitor assets across industries like agriculture, energy, and infrastructure. PrecisionAnalytics supports data integration, visualization, and reporting features that help organizations manage workflows, increase operational efficiency, and address challenges related to surveying, inspection, and asset management by transforming complex aerial imagery into actionable insights.
PIX4Dmapper is a photogrammetry software that processes aerial images captured by drones or other cameras to create georeferenced 2D maps and 3D models. The software enables automated image processing workflows, facilitating tasks such as point cloud generation, orthomosaic creation, and digital surface or terrain modeling. It supports various export formats for use in GIS, CAD, and other professional applications. PIX4Dmapper addresses challenges in fields like surveying, construction, and agriculture by providing tools for precise measurement, analysis, and visualization of spatial data derived from imagery. The software includes features for quality control, customizable outputs, and integration with external hardware and software systems.
Propeller is a software designed for construction, mining, and earthwork projects to facilitate accurate site mapping and surveying. It utilizes drone-captured imagery and geospatial data to create detailed 3D site models, enabling users to measure volumes, track progress, and monitor site changes over time. The software integrates with various surveying tools and platforms to streamline workflows, support collaboration among project teams, and assist in decision-making by providing access to site analytics and reports. Propeller addresses the need for reliable data management and visualization, helping organizations improve operational efficiency and reduce manual surveying errors.
vHive is a software platform designed for managing and automating data acquisition using drones. The software enables organizations to plan, execute, and process drone-based data collection missions, allowing for efficient capture and analysis of visual and positional information. It supports automatic flight planning, real-time mission tracking, and data processing workflows, helping businesses generate digital twins and actionable insights from assets such as cell towers, infrastructure, and facilities. vHive addresses the need for accurate and efficient asset inspection and management, contributing to improved operational efficiency and data-driven decision making.
Aloft Air Control is a software designed for managing drone operations and related airspace activities. The software provides features for flight planning, real-time tracking, regulatory compliance, and data management. Users can log flight details, access digital airspace maps, and monitor airspace advisories to assist with operational decision making. The software supports compliance with aviation regulations by integrating authorization processes and maintains audit trails for operational accountability. Aloft Air Control addresses the business need for effective and compliant unmanned aerial vehicle operations by streamlining workflows and improving situational awareness for organizations managing drone fleets.
Inspectica is a software developed by Raspect that facilitates the automation of building inspection tasks utilizing artificial intelligence and computer vision. The software is designed to identify and monitor structural anomalies and defects through image analysis, supporting preventative maintenance and safety measures. By streamlining the inspection process, the software aims to address challenges associated with manual inspections, such as time consumption and subjectivity. Inspectica integrates digital record-keeping and predictive analytics to enhance reporting accuracy and enable data-driven decision-making for asset management in industries such as construction and property management.
Kespry is a software that provides automated aerial intelligence through drone-based data collection and analysis, primarily serving industries such as mining, aggregates, insurance, and construction. The software enables users to capture high-resolution imagery, generate 3D models, and conduct volumetric measurements, supporting activities like inventory management, site planning, and inspection. It integrates data processing, visualization, and reporting features to assist organizations in improving decision-making and operational efficiency by offering insights derived from geospatial data. The software addresses the business problem of manual surveying and data collection, providing enhanced accuracy and timeliness in site assessments and resource management.
Mapware is a software designed for photogrammetry and 3D mapping applications. It enables users to process and visualize geospatial data by converting aerial imagery into detailed and accurate maps and models. The software incorporates cloud-based processing that supports large-scale datasets, making it suitable for organizations that require rapid analysis and sharing of mapping results. Mapware offers features such as automated image stitching, data import from various drone platforms, and export of processed outputs in standard geospatial formats. The software addresses business challenges related to site surveying, asset inspection, construction planning, and environmental monitoring by streamlining workflows for generating precise spatial information from aerial photos.
Optelos is a software designed to manage, analyze, and visualize data collected from drone inspections and other sources across multiple industries. The software provides a platform for storing, organizing, and accessing visual and sensor data, enabling users to create 3D models, geospatial maps, and digital twins. It supports workflow automation for inspection processes, integrates with artificial intelligence and machine learning tools for defect detection, and offers collaboration features for teams. Optelos aims to streamline asset management and inspection workflows, enhance data-driven decision making, and address challenges related to the aggregation and analysis of disparate visual and geospatial information.
SkyDeck is a software developed by Asteria Aerospace that provides drone data analytics and fleet management capabilities for enterprises. The software facilitates seamless integration of drone operations by offering tools for mission planning, real-time flight monitoring, and data processing. SkyDeck automates the collection and analysis of aerial data, enabling organizations to manage assets, monitor infrastructure, and conduct surveys with improved efficiency. The software supports compliance with regulatory requirements and enhances operational transparency by maintaining detailed records of drone flights and activities. SkyDeck addresses business needs for centralized drone management, streamlining workflows for organizations that rely on aerial inspections and data-driven insights.
UgCS is a software designed for mission planning and flight control of unmanned aerial vehicles. The software provides tools for creating, editing, and managing flight routes for drones across multiple brands and models. Features include georeferenced map support, terrain-following capability, and customizable waypoints, which allow for precise route planning. UgCS streamlines the process of automating drone missions for tasks such as mapping, surveying, and inspections, addressing the need for efficient and accurate data acquisition in various industries. The software integrates with external payloads and telemetry data sources, facilitating comprehensive flight management and enabling users to respond to specific operational requirements in fields such as agriculture, mining, and public safety.