The profitability of a crop is mainly determined based on the following variables:
- Plant health (NDVI): The Normalized Difference Vegetation Index, is a vegetation index that is used to estimate the quantity, quality and development of vegetation based on the measurement of radiation intensity of certain bands of the electromagnetic spectrum that vegetation emits or reflects.
-Availability of water on the territory: One of the most effective tools to determine the amount of wa-ter available against the amount of water used is the Water Stress Index, which is obtained through hyperspectral image analysis. ISATECH CORPORATION have a powerful airborne hyperspectral sen-sor which facilitates the task of performing this type of analysis.
The use of geospatial information from remote sensors allows an increase in productivity through the implementation of geographic applications that use predictive models for efficient crop management. This influences the increase in yield and the optimization of agrochemical use.
A good agricultural practice for the prevention of pests and diseases, as well as for performing growth and irrigation analysis is an effective monitoring system. ISATECH CORPORATION SAS offers a sys-tem of periodic flights that allow changes to be determined in each of the plots that make up each crop.
This is achieved through the implementation of a multi-seasonal crop information geoviewer in which information is available that enables robust crop analysis models to be applied. This provides infor-mation about the phytosanitary status of each plant, crop variety and water stress, which are used to design an agricultural maintenance method and utilize fertilizers, herbicides, pesticides and water more efficiently. This tool will allow:
- Monitoring and control of field operations in pruning processes and forest inventories.
- Automation of field records with mobile applications.
- An improvement in crop yields optimizing the use of agro-chemicals.
- An increase in productivity through the use of information from remote sensors and applications for efficient crop management.
- Monitoring and control of pruning processes, application of fungicides and crop development.
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Multi-seasonal analyzes allow the detection of changes between different moments, evidencing the evolution of the natural environment or the repercussions of human action on it. With this type of analysis, it is possible to assess the speed of deforestation / reforestation, its geographical extension, as well as helping to understand the social and economic causes of changes at different scales.
Determination of vegetation height: Knowing the height of trees in certain areas is essential for plan-ning civil works or infrastructure adaptations, as well as for the installation of electrical networks. The height of the vegetation is obtained from the LiDAR information which ensures extremely high preci-sion.
Identification of trees and forest masses: The LiDAR information is a point cloud in vector format cap-tured with a laser sensor on the ground, vegetation points are extracted from the point cloud using al-gorithms and manual identification, to later obtain the precise area and volume data of forest masses.
Biological corridors: Within the territorial planning processes it is necessary to take into account the establishment of biological corridors that allow the transit of the different flows of fauna and flora that are necessary to give ecosystem continuity to the area to be intervened. With the powerful spatial anal-ysis tools that ISATECH has, it is possible to quickly and accurately identify existing corridors and the possible spatial location of new corridors on the territory.
ISATECH CORPORATION will design and carry out a survey of the requirements of the processes of your organization through a robust enterprise architecture analysis. This allows the activities of your operation to be systematized, which leads to a detailed control of schedules, costs and time of the exe-cution of activities. Field support mobile application:
- Monitoring and control of field operations in deforestation control processes, forest inventories and analysis of losses due to fires.
- Automation of field records with mobile applications
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The increasing use of LiDAR data in the hydrocarbon sector is due to four reasons: cost, speed, accura-cy and detail (amount of information). Currently, there is no other method of surveying that provides a balance between these four aspects.
For example, conventional or ground survey methods often pro-vide good accuracy, but they hardly remain competitive in terms of cost, time, and detail.
This is evi-denced by the fact that it is possible to generate through the use of LiDAR points a digital terrain mod-el (DTM) with great vertical accuracy in just a few days after performing the data acquisition by exe-cuting a photogrammetric flight, while using other methods take weeks to collect a fraction of the ele-vation data that LiDAR can provide in a matter of days.
ISATECH CORPORATION has a fleet of aircraft, equipment, sensors, software and a group of profes-sionals that allow aerial monitoring to be carried out in a cost-effective manner by capturing digital aerial photography and Laser information. Our company will carry out the capture and processing of information of your area of interest as often as your business needs.
ISATECH CORPORATION puts at your disposal robust customizable software to reduce operating times and increase profitability by controlling processes, schedules and budget.This powerful tool will allow you to have complete control of the operation and it will notify you in real time about risks such as delays in schedules, costs, failure to meet daily, weekly and / or monthly goals, giving you all the information necessary for timely corrections or to improve processes. Additionally, by integrating aerial photographs, LiDAR data and accurate mapping of the study area, spatial databases are generated that facilitate real estate management tasks for 2D and 3D seismic projects, by automating field records with mobile applications. Data may be collected with the use of forms that complement the spatial in-formation in the form of attributes. In addition, automatic reports can be generated for authorities (ANH, ANLA, ANM), monitor for compliance with current regulations and correct planning of loca-tions for geophones and explosive charges in seismic projects.
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The main focus of the land registry update is the completion of forms about the specific information of each of the properties belonging to the municipality, these forms will be indexed as attributes to each polygon that constitutes a property and must contain information corresponding to its owner, the number of floors built, their area and their commercial and cadastral value.
The base cartography for updating the Land Use Plans must fully comply with the technical specifica-tions outlined by the Agustín Codazzi Geographical Institute for the different scales, ISATECH has state-of-the-art photogrammetric stations that allow accurate three-dimensional capture (3D). The cap-ture of this information, as well as its structuring can be done at different scales taking into account urban and rural areas.
A DTM is a 3D representation of the topography (altimetry and / or bathymetry) of a land area, some of its applications are:
- Extracting terrain parameters.
- Outlining topographic profiles.
- Modeling water runoff or mass movement (for example, for avalanches and landslides).
- Creating relief maps.
- Creating physical models.
- Reducing (terrain correction) gravity measurements (gravimetry, physical geodesy).
- Terrain analyzes in geomorphology and physical geography.
- Geographical information systems (GIS) Infrastructure engineering and design.
- Precision agriculture and forest management.
- Surface analysis.
A survey of the requirements and design of the processes of your organization will be carried out through a robust enterprise architecture analysis. This allows the activities of your operation to be sys-tematized, which leads to a detailed control of schedules, costs and of the execution time of activities.
- Management of Urban Licensing
- Consultation of Property Information
- Visualization and consultation of Geographical Information
- Engineering Module
- Monitoring of illegal settlements.
- Thematic Consultation and Land Registry Consultation
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MULTIPURPOSE LAND REGISTRY
ISATECH CORPORATION SAS in alliance with its strategic partner OPCIÓN LEGAL has experience in updating and formalizing land registry processes, carrying out the formalization process in the mu-nicipality of Ovejas - Sucre, the only successful multipurpose land registry pilot in the country. Our service includes the generation of cartographic products, land sweeping and installation of software for the administration of the information collected in the process, as well as accompaniment in the land registry conservation processes.
Geospatial computing solution oriented towards a web environment for management within a munici-pality.
- Urban Planning Licensing Management
- Certificate Management
- Property Information Consultation
- Information visualization and consultation
- Engineering Module
- Thematic Consultation and Cadastral Consultation
Isatech Corporation has the necessary equipment to capture the cartographic information from stereo-scopic pairs (3D restitution), orthophotomosaic (2D capture) and LiDAR information. The cartographic capture process is carried out by highly experienced photo interpreters and experts in the use of the latest GIS tools. In addition to representing each and every one of the contours of things, surfaces and angles, cartography also deals with representing the information that appears on the ground, depending on which objects are considered relevant and which are not. This usually depends on what you want to represent on the map and the level of detail at which you want to generate the map.
Through the processing of high resolution orthophotomosaics of different seasonalities, it is possible to carry out a specific analysis of urban or rural growth as well as the appearance of irregular populations by monitoring and periodically capturing spatial information through the use of remote sensors and thus achieve a comparative multi-seasonal model.
A survey of requirements and design of the processes of your organization will be carried out through a robust enterprise architecture analysis. This allows the activities of your operation to be systematized, which leads to a detailed control of schedules, costs and time of the execution of activities.
For tasks in the field of cadastral updating, the completion of forms will be implemented through a mobile application that allows the georeferencing of each property In Situ, thus allowing an optimiza-tion of the visitation process.
This procedure allows users to access land registry information, enabling thematic consultations, guar-anteeing efficiency and information security.
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CIVIL WORKS AND INFRASTRUCTURE
Highly accurate topographic surveys of large tracts of land using aerial capture of LiDAR information in a minimum fraction of time and cost compared to a conventional survey, providing detailed terrain insight for planning and executing activities.
By executing a topographic survey using LiDAR technology, your organization will optimize costs by obtaining a three-dimensional representation of all the elements present on the surface, allowing the terrain to be modeled with a very high level of detail and precision, for a minimal cost compared to conventional methodologies, leading to a reduction in costs and the optimization of the execution time of projects.
By executing a series of flights with a frequency defined by your organization (monthly, bi-monthly, quarterly, semi-annually) you can count on detailed monitoring of the progress of the work, calcula-tion of volumes extracted, monitoring of compliance with schedules and environmental requirements.
A survey of requirements and design of the processes of your organization will be carried out through a robust enterprise architecture analysis. This allows the activities of your operation to be systematized, leading to a detailed control of schedules, costs and the execution time of activities.
- Real estate management in infrastructure projects through the administration of forms in the field and management of property database. - Follow-ups in order to comply with current regulations.
- Generation of automatic reports for authorities (ANI, ANLA, INVIAS)
- Automation of field records with mobile applications