Drone as a Service
Our Mission
Our Mission is To Provide Exceptional Aerial Drone Services
At SKYX, we offer a comprehensive suite of DaaS solutions, revolutionizing the way you approach geotagging, mapping, digital twin creation, spraying, and simulations. Trust us to deliver accurate, efficient, and innovative drone services tailored to meet your unique needs.
Delivering Products for Every Goal in Life and Business
Geotagging
Geotagging enhances the value of data by embedding precise geographical coordinates (latitude and longitude) into photos, documents, and assets. This powerful technology provides a wealth of benefits by adding location-specific context, enabling smarter decision-making, improving operational efficiency, and streamlining infrastructure development across various industries. Whether used for asset tracking, urban planning, environmental conservation, or utilities management, geotagging plays a crucial role in optimizing resources and enhancing productivity.
Key Benefits of Geotagging:
Pinpoint Accuracy: Geotagging ensures every piece of data is linked to an exact location, providing accurate latitude and longitude coordinates for photos, documents, and assets. This level of precision helps businesses, researchers, and organizations make data-driven decisions based on real-world locations.
Geographic Context for Smarter Decisions: By adding a spatial dimension to data, geotagging answers the critical question of “where,” making it easier to analyze information in context. From logistics and supply chain management to disaster response and emergency services, geotagging enables quick, well-informed actions.
Optimized Asset Management: Businesses can efficiently track and monitor their physical assets, such as vehicles, machinery, and equipment. This ensures optimal resource allocation, minimizes losses, and improves maintenance planning, leading to cost savings and increased operational efficiency.
Enhanced Utilities Management: Geotagging plays a vital role in infrastructure maintenance by helping organizations pinpoint the exact locations of power lines, water pipelines, and telecommunications networks. This allows for timely inspections, repairs, and upgrades, ensuring uninterrupted and reliable service.
Infrastructure Development & Urban Planning: In construction and urban development projects, geotagging aids in precisely positioning new infrastructure components such as roads, bridges, and buildings. City planners and engineers can use location-based data to optimize layouts, improve traffic flow, and create more efficient cities.
Advanced Geospatial Analysis: Organizations can leverage geotagged data for in-depth geospatial analysis, helping to identify trends, detect patterns, and understand relationships across different geographical regions. This data-driven approach supports industries such as agriculture, disaster management, and logistics in making well-informed strategic decisions.
Environmental Conservation & Wildlife Tracking: Geotagging is a powerful tool for monitoring environmental changes, tracking wildlife movements, and identifying critical habitats. Conservationists and researchers can collect location-specific data to protect endangered species, assess climate change effects, and implement sustainable land management practices.
Seamless Collaboration & Communication: By sharing geotagged data, teams across different locations can work with a common understanding of spatial information. This reduces miscommunication, enhances coordination, and improves efficiency in industries such as logistics, security, and emergency response.
Modern and advanced equipment and 3D printing capabilities are integrated throughout the manufacturing floor enabling high levels of customization and production agility.
Town Planning
Town planning is a fundamental aspect of urban development, aimed at creating well-structured, sustainable, and visually appealing communities. Traditionally, planners depended on manual surveying methods and fragmented data sources, which often led to inefficiencies, delays, and limited insights. Today, SKYX DAAS (Data-as-a-Service) is revolutionizing the field of town planning by leveraging cutting-edge aerial data technology. By utilizing drones and advanced data analytics, SKYX DAAS provides a holistic, high-resolution perspective of urban landscapes, enabling smarter, data-driven decision-making.
How SKYX DAAS Enhances Town Planning
Comprehensive Data Acquisition
Drones equipped with high-resolution cameras and advanced sensors capture detailed aerial imagery, offering a complete, real-time view of the planning area. This allows urban planners to assess the land, infrastructure, and environmental conditions with unmatched precision, reducing the need for time-consuming and costly on-site inspections.
Advanced Site Analysis
By analyzing factors such as topography, terrain features, and accessibility to existing infrastructure, SKYX DAAS helps planners determine the most suitable locations for new developments. This ensures that site selection aligns with both economic feasibility and long-term sustainability.
Informed Land-Use Planning
Accurate spatial data enables planners to make well-informed zoning decisions, designating areas for residential, commercial, industrial, and recreational purposes. By integrating population growth trends and environmental considerations, SKYX DAAS ensures efficient land allocation that meets present and future urban needs.
Optimized Infrastructure Planning
Effective town planning requires careful design and placement of roads, utilities, and public facilities. SKYX DAAS aids in mapping out transportation networks, water supply systems, and energy distribution grids, ensuring seamless urban connectivity and accessibility. The ability to analyze existing infrastructure and forecast future demands enhances long-term city development.
Environmental and Sustainability Assessment
Sustainable urban growth necessitates protecting ecologically sensitive areas. SKYX DAAS helps identify wetlands, green spaces, flood-prone regions, and other critical environmental factors to minimize the ecological impact of development projects. Planners can proactively implement conservation strategies, ensuring responsible urban expansion while preserving biodiversity.
Empowering Data-Driven Decision-Making
By offering a centralized and data-rich platform, SKYX DAAS enhances decision-making at every stage of town planning. Planners can evaluate multiple scenarios, simulate urban growth patterns, and optimize land-use strategies with greater confidence, reducing costly errors and improving overall efficiency.
Advanced Visualization and Simulation Tools
Town planning requires clear communication with stakeholders, including government agencies, investors, and the public. SKYX DAAS generates 2D and 3D visualizations, enabling planners to create interactive simulations of proposed developments. These visual representations improve public engagement, facilitate informed discussions, and help secure approvals more effectively.
Applications in Urban Development
Modern urban planning relies on data-driven insights to create efficient, sustainable, and well-connected cities. By leveraging advanced technologies such as aerial data, geospatial analysis, and AI-driven modeling, urban planners can optimize infrastructure, improve transportation networks, and ensure responsible land use. The following key applications highlight how data is shaping the future of smart cities, sustainable development, and urban planning.
Key Applications of Data in Urban Development
Smart Cities: Enabling Intelligent Infrastructure & Connected Systems
The foundation of smart cities lies in the integration of technology-driven infrastructure, ensuring seamless connectivity, optimized resource usage, and improved quality of life for residents. Real-time data helps planners design smart grids, automated traffic systems, and sensor-driven public utilities, enhancing efficiency and reducing operational costs. Intelligent transportation networks, IoT-based monitoring systems, and predictive analytics further streamline urban services, making cities more responsive to community needs.
Sustainable Development: Building Eco-Friendly Urban Environments
Sustainability is a core principle of modern urban planning. Data-driven insights allow planners to design green spaces, implement renewable energy solutions, and monitor environmental impact. By analyzing air quality, water resources, and energy consumption, urban developers can create eco-friendly neighborhoods that prioritize low-carbon footprints, waste reduction, and efficient land use. Additionally, geospatial mapping assists in identifying areas prone to climate risks, enabling proactive disaster management and resilient urban design.
Transportation Planning: Optimizing Road Networks & Mobility Systems
A well-planned transportation network is essential for seamless mobility and reduced traffic congestion. By mapping road networks, traffic patterns, and public transportation routes, planners can create efficient transport hubs, smart intersections, and alternative mobility solutions such as cycling lanes and pedestrian-friendly zones. Big data analytics, GPS tracking, and AI-powered traffic simulations further enhance decision-making, ensuring faster, safer, and more sustainable transportation systems.
Housing & Real Estate: Identifying Ideal Locations for Residential Development
Urban expansion demands strategic housing development to accommodate growing populations. By analyzing land availability, population density, and infrastructure accessibility, planners can identify suitable locations for residential projects. Geospatial data helps evaluate factors such as proximity to schools, healthcare facilities, and commercial hubs, ensuring balanced urban growth while maintaining high living standards. Additionally, predictive analytics can forecast housing demand, helping policymakers plan for future real estate developments.
Land Administration: Ensuring Accurate Cadastral Mapping & Property Records
Efficient land administration is crucial for maintaining transparent property ownership, land rights, and zoning regulations. High-resolution aerial data supports precise cadastral mapping, land parcel verification, and digital property records management. This not only enhances urban planning and taxation processes but also minimizes land disputes and unauthorized developments. By integrating GIS-based systems, governments can streamline land registry operations, improving overall efficiency in property management.
Heritage Preservation: Safeguarding Historical & Cultural Landmarks
Historical and cultural landmarks play a vital role in urban identity and heritage conservation. Geospatial mapping and aerial surveys assist in documenting, monitoring, and preserving heritage sites, ensuring that urban expansion does not compromise cultural integrity. Data-driven analysis helps authorities enforce protective zoning laws, restore aging structures, and manage tourism impact, ensuring that historical sites remain intact for future generations. Additionally, digital 3D reconstructions enable virtual preservation efforts, allowing for remote accessibility and educational outreach.
Digital Twin
Digital twins are revolutionizing industries by creating highly detailed virtual replicas of physical assets, such as buildings, infrastructure, machinery, and even entire cities. These dynamic models are continuously updated with real-time sensor data, allowing organizations to monitor, analyze, and optimize performance like never before. By integrating IoT, AI, and data analytics, digital twins provide invaluable insights, helping businesses make data-driven decisions, enhance efficiency, and improve risk management.
Key Benefits & Applications of Digital Twins
Virtual Counterparts: Precise Digital Replicas of Physical Assets
Digital twins serve as virtual counterparts of physical objects, enabling real-time simulation, visualization, and interaction. From buildings and transportation networks to manufacturing plants and medical devices, these digital replicas mirror real-world conditions, offering an unparalleled level of accuracy in monitoring and planning.
Real-Time Insights: Continuous Data Flow for Enhanced Performance
By gathering and analyzing live sensor data, digital twins offer a real-time view of an asset’s status, efficiency, and potential vulnerabilities. These insights help businesses detect anomalies, predict failures, and take corrective actions before problems arise, ultimately leading to cost savings and operational excellence.
Widespread Impact: Transforming Key Industries
Digital twin technology is driving innovation across multiple industries:
- Construction & Infrastructure: Enables architects and engineers to simulate, test, and optimize designs before construction begins, reducing errors and waste.
- Manufacturing: Enhances production efficiency, predictive maintenance, and process optimization through continuous monitoring of machinery and assembly lines.
- Healthcare: Creates digital models of human organs for medical research, personalized treatment planning, and surgical simulations.
- Smart Cities: Provides a comprehensive digital representation of urban areas, helping city planners optimize traffic flow, energy consumption, and public safety.
Data-Driven Decisions: Smarter Choices for Improved Operations
The integration of AI, machine learning, and data analytics into digital twins enables better decision-making. Organizations can simulate different scenarios, analyze the impact of changes, and optimize operations to ensure maximum efficiency, cost reduction, and resource optimization.
Proactive Risk Management: Predict & Prevent Issues
One of the most significant advantages of digital twins is their ability to forecast potential risks. By running simulations, businesses can identify structural weaknesses, anticipate equipment failures, and prevent costly disruptions. This proactive approach to risk management ensures enhanced safety, compliance, and long-term reliability.
Collaborative Platform: A Shared Space for Stakeholders
Digital twins serve as a centralized digital workspace, fostering seamless collaboration between engineers, project managers, stakeholders, and decision-makers. By providing a unified, data-rich environment, teams can visualize projects, track progress, and ensure transparency, leading to better coordination and improved project outcomes.
Optimized Maintenance: Extending Asset Lifespan & Efficiency
Through predictive analytics and condition monitoring, digital twins enhance maintenance planning and asset lifecycle management. Businesses can schedule timely repairs, reduce downtime, and extend the longevity of critical infrastructure—minimizing unnecessary costs and improving overall operational efficiency.
Volumetric Analysis
Volumetric analysis is a game-changing technology that accurately measures material quantities in industries like mining, construction, agriculture, and waste management. Whether it’s tracking stockpile volumes, excavation sites, or earthwork progress, this advanced technique ensures precision, efficiency, and cost-effectiveness. By leveraging drones, high-resolution aerial imagery, and geospatial data, volumetric analysis provides an accurate 3D representation of terrain and material changes, enabling better resource planning, inventory management, and operational decision-making.
Key Benefits & Applications of Volumetric Analysis
Aerial Measurement: Quantifying Material Volumes with Drone Technology
Traditional volume measurements relied on manual surveying and complex calculations, which were often time-consuming and error-prone. With drones, volumetric analysis enables quick and highly accurate assessments of material volumes in mines, quarries, construction sites, and bulk storage facilities. By flying over large areas and capturing detailed aerial imagery, drones eliminate human error and inefficiencies, allowing businesses to monitor materials with ease and precision.
Precise Data Collection: High-Resolution Imagery for Accurate Measurement
Drones equipped with advanced sensors, LiDAR, and photogrammetry technology capture high-resolution images and elevation data. These detailed datasets allow analysts to measure and assess materials with centimeter-level accuracy, ensuring precise inventory tracking, material estimation, and progress monitoring.
3D Visualization: Mapping Material Topography for Better Insights
Using the collected drone data, specialized software generates highly detailed 3D models of the surveyed area. These digital models offer a clear representation of stockpiles, excavation sites, and terrain changes, helping engineers and project managers make informed decisions based on real-time visual data. The ability to visualize material movements allows teams to optimize workflows, reduce waste, and improve efficiency.
Volume Calculation: Measuring Changes Over Time for Better Planning
One of the most powerful features of volumetric analysis is its ability to track changes in material volume over time. By comparing before-and-after drone data, businesses can:
- Monitor excavation progress in mining and construction.
- Assess depletion rates of stockpiles to optimize supply chain management.
- Measure landfill growth and track waste disposal efficiency.
- Ensure accurate billing and compliance with regulatory requirements.
Tax Assessment
Efficient and accurate property tax assessment is a critical function for local authorities, ensuring fair taxation and proper revenue collection. Traditionally, property evaluations relied on manual surveys and outdated records, leading to inconsistencies and inefficiencies. SKYX DaaS revolutionizes this process by leveraging drone technology and geospatial mapping to provide precise, data-driven property assessments. By capturing high-resolution aerial imagery and generating detailed geospatial maps, SKYX DaaS enables local governments to accurately identify, evaluate, and tax properties while enhancing transparency, efficiency, and compliance.
Key Features and Benefits of SKYX DaaS in Property Tax Assessment
Aerial Data Acquisition: High-Resolution Drone Surveys for Accurate Mapping
SKYX DaaS deploys cutting-edge drone technology to conduct large-scale aerial surveys, capturing high-resolution imagery of land parcels, buildings, and infrastructure. These drones cover vast areas in a fraction of the time compared to manual assessments, ensuring consistent, up-to-date data for tax authorities. The aerial data provides crystal-clear visuals that help in accurately measuring and analyzing property boundaries, structural details, and land usage patterns.
Geospatial Mapping: Creating an Accurate Digital Property Database
Using the collected aerial imagery, SKYX DaaS generates highly detailed and precise geospatial maps that provide a comprehensive representation of property layouts. These maps clearly define land parcels, property boundaries, roads, and utility infrastructure, enabling seamless property classification and planning. The digital database allows authorities to efficiently manage property records, detect unauthorized constructions, and track urban development.
Automated Property Identification: Enhancing Accuracy and Efficiency
Traditional property assessment methods often involve lengthy verification processes that can lead to misidentifications and errors. SKYX DaaS automates property identification and labeling within the geospatial map, ensuring that every land parcel and building is correctly documented. With automated tagging and AI-driven analysis, local authorities can quickly detect new constructions, track property modifications, and identify underreported structures, reducing discrepancies in tax records.
Data-Driven Property Evaluation: Advanced Insights for Fair Taxation
Accurate tax assessment requires a thorough evaluation of property characteristics, including size, structure type, land use, and location. SKYX DaaS leverages geospatial intelligence and AI-powered analytics to assess these factors with precision. By integrating topographical data, land value insights, and infrastructure proximity, authorities can determine fair and justifiable tax rates for each property, ensuring taxation consistency across the region.
Transparent Tax Assessment: Fair, Justified, and Easily Communicated
One of the biggest challenges in property taxation is ensuring transparency and gaining public trust. SKYX DaaS enhances transparency by providing visual proof and clear data-backed tax assessments. Property owners can access accurate tax evaluations, detailed maps, and property-related records, minimizing disputes and misunderstandings. By eliminating manual errors and subjectivity, the system boosts compliance and public confidence in tax policies.
Convenient Tax Collection: Seamless Payment Solutions for Property Owners
To simplify tax payments, SKYX DaaS integrates with multiple digital and offline channels for a smooth and hassle-free tax collection process. Property owners can easily access their tax details and make payments through:
- Online portals for digital payments and receipts
- Mobile applications for quick tax status checks
- Local municipal offices for in-person assistance
- Automated reminders and notifications to ensure timely payments
Mapping & Survey
Modern mapping and surveying have been transformed by drone technology, bringing unparalleled accuracy, efficiency, and cost-effectiveness to industries like urban planning, construction, agriculture, and land management. SKYX Drones go beyond capturing visuals—they provide high-resolution geospatial data that enables precise measurements, detailed topographical analysis, and advanced 3D modeling. With SKYX’s cutting-edge drone technology, professionals can generate orthomosaics, 3D point clouds, contour maps, and digital elevation models (DEMs), ensuring informed decision-making and optimized workflows.
Key Mapping & Surveying Capabilities of SKYX Drones
Orthomosaics: High-Accuracy Aerial Maps for Comprehensive Land Analysis
Orthomosaics are highly accurate, georeferenced maps created by stitching multiple aerial photographs together. Using advanced correction techniques, SKYX Drones eliminate distortions caused by terrain elevation changes and camera angles, ensuring precise, high-resolution maps. These maps are essential for urban planning, infrastructure development, land management, and agricultural assessments, offering detailed insights into land use, property boundaries, and terrain features.
Digital Elevation Models (DEMs): Visualizing Terrain with High-Resolution Elevation Data
DEMs are 3D representations of the land surface, created using elevation data captured by SKYX drones. These models help in analyzing terrain features, slopes, and drainage patterns, making them invaluable for flood risk assessment, infrastructure design, and landscape planning. By providing a clear view of elevation variations, DEMs enable engineers, architects, and environmental planners to make informed decisions about land development and conservation.
Survey Drawings: Precision Overlays for Real-Time Land Analysis
SKYX Drones generate survey drawings, overlaying precise measurements onto real-time orthomosaics. These overlays help surveyors and engineers accurately map land plots, property boundaries, roads, and utility infrastructure. The detailed, scale-corrected measurements reduce the risk of errors, making them essential for construction projects, land registration, and infrastructure development.
3D Point Clouds: High-Density Geospatial Data for Advanced Visualization
A 3D point cloud is a collection of millions of georeferenced points that represent the precise shape, structure, and elevation of a landscape or built environment. These dense data sets allow for high-resolution visualization and analysis, making them highly useful in topographical studies, urban planning, forestry management, and mining. With SKYX Drones, point clouds enable detailed 3D reconstructions, precise volume calculations, and terrain mapping with centimeter-level accuracy.
Contour Maps: Clear Representation of Landforms and Slope Variations
Contour maps use elevation lines to represent the topography and slope of the land. By analyzing these maps, professionals can determine gradient changes, potential water runoff paths, and optimal locations for construction or agriculture. SKYX’s drone-generated contour maps are highly valuable for hydrology studies, road construction, irrigation planning, and land stability analysis.
3D Textured Models: Realistic Visualization for Enhanced Planning & Design
3D textured models combine high-resolution imagery with digital terrain data, creating realistic 3D representations of landscapes, buildings, and infrastructure. These models help architects, urban planners, and engineers visualize projects before construction begins, allowing for better design integration, virtual simulations, and stakeholder presentations.
KML Files: Geospatial Data for Digital Land-Based Applications
SKYX Drones provide KML (Keyhole Markup Language) files, which contain location data, imagery, and other mapping information. These files can be easily imported into Google Earth, GIS platforms, and other mapping software, enabling seamless visualization and analysis of aerial survey data for land development, real estate planning, and environmental monitoring.
Land Mapping
Land mapping through SKYX DRONES and Drone as a Service (DaaS) offers a cutting-edge, technology-driven solution for capturing, analyzing, and interpreting geospatial data with precision and efficiency. Unlike traditional surveying methods, which are time-consuming, labor-intensive, and prone to human error, drones provide high-resolution, real-time data that is essential for applications like urban planning, land registration, real estate development, and environmental monitoring. By leveraging advanced drone technology, AI-driven analytics, and cloud-based geospatial processing, SKYX DRONES deliver highly accurate, comprehensive, and scalable land mapping solutions.
Key Stages of the Land Mapping Process
Data Acquisition: High-Resolution Aerial Imaging & Geospatial Data Collection
The land mapping process begins with high-precision aerial data collection using SKYX DRONES. Equipped with high-resolution cameras, LiDAR sensors, and multispectral imaging systems, these drones fly over the targeted land area, capturing detailed images, topographical data, and geospatial coordinates. The ability to cover large areas quickly and efficiently makes drone-based land surveys far superior to traditional ground-based methods.
Image & Data Processing: Transforming Raw Data into Actionable Insights
Once the data is captured, it undergoes advanced processing to enhance clarity, accuracy, and usability. This involves:
- Stitching aerial images together to create seamless, distortion-free orthomosaic maps.
- Enhancing image resolution for improved feature recognition and analysis.
- Filtering and correcting geospatial inaccuracies to ensure high-precision mapping.
- Converting raw data into standardized formats, making it compatible with GIS (Geographic Information System) platforms for urban planning, cadastral mapping, and real estate assessments.
2D & 3D Mapping: Visualizing Land with Unmatched Clarity
SKYX DRONES generate both 2D and 3D maps, providing comprehensive representations of the land:
- 2D Maps (Orthomosaics & Topographical Maps): These highly detailed, georeferenced maps provide accurate aerial views, making them ideal for land parcel delineation, zoning analysis, and property boundary verification.
- 3D Models (Digital Terrain Models & Digital Surface Models): These offer an elevated perspective by depicting the land’s contours, slopes, and elevation variations, essential for infrastructure development, flood risk assessment, and environmental conservation.
Georeferencing: Ensuring Spatial Accuracy & Real-World Alignment
Georeferencing is a critical step in land mapping that ensures all mapped features align with real-world coordinates. By using GPS, RTK (Real-Time Kinematic), and GNSS (Global Navigation Satellite System) technologies, SKYX DRONES provide centimeter-level accuracy in geospatial data, allowing for:
- Precise property boundary demarcation for land ownership and registration.
- Accurate terrain modeling for infrastructure and construction projects.
- Seamless integration with GIS software for geospatial analysis and planning.
Feature Identification: Mapping Key Land Attributes with AI-Powered Analysis
Advanced AI-driven image recognition enables automatic identification and classification of land features, including:
- Buildings & Infrastructure: Houses, commercial structures, roads, bridges, and power lines.
- Natural Features: Rivers, lakes, forests, vegetation cover, and elevation changes.
- Man-Made Boundaries: Property lines, fences, and zoning demarcations.
This automated feature identification significantly enhances the efficiency and accuracy of land assessment, reducing the need for manual interpretation.
Land Classification: Categorizing Land for Planning & Development
Using geospatial data analytics, the mapped area is classified into different land-use categories based on its characteristics and usage. This classification includes:
- Residential Zones: Areas designated for housing, apartment complexes, and residential development projects.
- Commercial Zones: Regions used for business activities, including office spaces, shopping centers, and markets.
- Agricultural Land: Land used for farming, crop cultivation, and livestock grazing.
- Industrial Land: Areas allocated for manufacturing, factories, and warehouses.
- Conservation & Protected Areas: Forest reserves, wetlands, and ecologically sensitive zones that require environmental protection.
By accurately classifying land use, SKYX DRONES enable governments, urban planners, and landowners to make informed decisions on zoning, development regulations, and resource allocation.
Our Team
Our Experienced Pilots
Our skilled professionals bring a wealth of expertise to every mission, ensuring precise and efficient aerial data collection. With a commitment to excellence, SKYX’s experienced drone pilots elevate your projects to new heights.
- More than 5 years experience
- Professional and expert
Smart Aerial Solutions
for Inspection
Industries Benefits
Construction &
Real Estate
Forestry &
Agriculture
Architectural
Survey
Mining Survey &
Mapping
Urban &
Town Planning
Application
Exploring
Various Uses and Applications
Sky X Land Digitisation provides accurate aerial mapping and surveying solutions for farmland and large land areas. It helps farmers and landowners capture precise data for land measurement, planning, and resource management, ensuring efficient land utilization.
Survey & Mapping
Orthomosaic Maps
Contour Maps3
3D Textured Model
3D Sparse &
Dense cloud
Digital Elevation Model (DEM, DSM & DTM)
Volumetric Analysis
2D and 3D KML Files
Industries Benefits
Construction &
Real Estate
Manufacturing and Industrial Operations
Finance and
Investment
Government and Regulatory Bodies
Application
Exploring
Various Uses and Applications
Sky X Thermal Inspection offers advanced aerial thermal imaging solutions to detect heat variations and identify potential issues in crops, equipment, or infrastructure. It helps farmers and industries monitor crop health, prevent equipment failures, and ensure operational efficiency.
Solar Panel Inspection
Wind Turbine Inspection
Soil Temperature Inspection
Industries Benefits
Telecommunication
Emergency Services
Utilities and Energy
Finance and Banking
Application
Exploring
Various Uses and Applications
Sky X Telecom Tower Inspection provides efficient aerial inspection solutions for telecom towers, ensuring accurate and detailed visual assessments. It helps reduce manual labor, minimize downtime, and enhance maintenance efficiency by capturing high-resolution images and identifying potential faults.
Telecom Inspection
Tower Inspection
Our Delivery
Crop Health Monitoring
Orthomosaic
An intuitive representation of your fields that helps you scout and identify issues faster. Specify the desired Ground Sample
Distance (GSD) for a more or a less detailed output.
Fields of application: Digital scouting, crop protection, insurance
Export formats: GeoTIFF
Vegetation Index Map
Use a predefined list of vegetation indices like NDVI or use custom index formulas to better understand your crops.
Fields of application: Crop protection, crop production, breeding
Export formats: GeoTIFF
Zonation Map
Create custom zones with Information from vegetation index maps.
Fields of application: Crop production
Prescription Maps
Assign application rates to use in variable rate application maps for а more targeted use of Inputs.
Fields of application: Crop production
Export formats: Shapefile, KML, GeoJSON
Field Boundaries
Import or draw your field boundaries to focus the analysis only on areas of your Interest.
Fields of application: Digital scouting, crop production, crop protection, Insurance
Export formats: Shapefile, KML, GeoJSON
Digital Surface Model
Get more detail about your Irrigation variability and pinpoint erosion-prone areas with an elevation model of your field.
Fields of application: Irrigation and erosion control
Export formats: GeoTIFF
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