4.8 out of 5 stars
(371 Ratings)
Dronedesk is the most comprehensive and user-friendly drone operations management platform on the market. 98% of reviewers rate us "great" or "excellent" with an NPS of 80!
It brings together all the business admin and flight planning tools you need into a single, secure web application. And, it scales seamlessly for any size of operation from solo pilots through to complex enterprise organisations.
With Dronedesk, you can:
- Stay safe: Plan and execute safe and compliant drone flights with advanced airspace intelligence, street and satellite map layers, and real-time air and ground hazard data.
- Stay compliant: Keep comprehensive records of every aspect of your drone operations, including flight plans, fleet and equipment inventories, and flight logs.
- Save time: No more spreadsheets or document templates, everything is centrally recorded, accessible from any device and available in an instant.
- Save money: Operators like you tell us that, on avaerage, they saved 51 minutes per job since switching to Dronedesk. You can see just how much you'll save with our handy calculator.
- Grow your business: Create quotes and invoices, get access to tender opportunities, and automate lead generation to grow your business
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4.7 out of 5 stars
(48 Ratings)
SharpeSoft Estimator is an on-premise & cloud cost estimating software for contractors and sub-contractors in the construction industry. This software allows contractors to organize bids, compare item quantities and pricing from multiple subcontractors and vendors, manage their own contractor information, and more.
SharpeSoft provides integrated tools for managing labor, equipment and subcontractor costing, contractor and subcontractor management, bid management, and more.
The solution is designed for various industries including heavy civil, highway and road, earthwork, pipeline, grading and excavation, plant work, etc.
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PolyWorks|Modeler
PolyWorks|Modeler™ is an all-encompassing software solution designed for reverse engineering, enabling the extraction of high-quality CAD entities, curves, surfaces, parametric sketches, and prismatic features from polygonal representations of scanned parts, which can then be utilized as a foundation for your advanced CAD modeling needs. The initial phase of the reverse-engineering process involves converting digitized point clouds into surface-based polygonal models, commonly referred to as meshes. These polygonal models are not only more compact and accurate but also less prone to noise compared to raw point clouds, making them suitable for industrial applications like milling, 3D printing, and aerodynamic simulations. It's crucial to implement effective scanning techniques that guarantee both quality and precision, utilizing real-time quality meshing technology. Users can enhance their models by filling in gaps, smoothing, and reconstructing surfaces, cleaning up boundaries, and recovering sharp edges to ensure surfaces are watertight. Additionally, users can extrude boundaries, offset surfaces, recreate fillets, and perform Boolean operations with CAD models, thus expanding the potential of their designs and applications. With these features, PolyWorks|Modeler™ significantly streamlines the reverse-engineering process, making it an invaluable tool for professionals in various industries.
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ContextCapture
Transform simple photographs and point clouds into intricate 3D models. The process of reality modeling involves capturing the physical attributes of an infrastructure asset, developing a detailed representation, and ensuring its upkeep through ongoing surveys. Bentley's ContextCapture is a powerful reality modeling software that offers a comprehensive digital representation of the real world by producing a 3D reality mesh. This 3D reality mesh comprises numerous triangles and image data, forming a detailed model of actual conditions. Each element within this digital framework can be automatically identified and geospatially linked, allowing for an engaging and intuitive experience when navigating, locating, viewing, and querying asset information. Reality meshes find versatile applications across various engineering, maintenance, and GIS processes, offering essential real-world context to inform decisions related to design, construction, and operations. This technology often utilizes overlapping aerial photographs captured by drones, alongside ground-level images and, when necessary, enhanced with laser scans for accuracy. As such, the integration of these methods ensures a thorough and reliable digital representation of the physical environment.
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