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OUR SERVICES


Improving Forest Management Through The Digital Revolution

We implement high-tech tools and solutions for better understanding of the territory and forest resources. We transfer technology and scientific research for optimized planning of sustainable forest management by developing management plans using individual tree segmentation and classification models with artificial intelligence algorithms and advanced computer networks.

  1. Forest inventories
  2. Analysis of vertical forest structure
  3. Identification of forest species
  4. Monitoring of forests and their degradation status
  5. Forest connectivity and biological corridors
  6. Analysis of biomass and carbon content

Landscape Analysis from a Perspective of Sustainability

We focus on understanding how the landscape functions, from its physical, biotic, and anthropogenic components, to assess its elements and processes based on a territorial planning approach and the sustainable development of natural resources and biodiversity.

  1. Comprehensive watershed management analysis
  2. Ecosystem analysis
  3. Topographic, hydrological, geological, and soil assessment

 


Multi-scale Monitoring Using Artificial Intelligence for Precision Agriculture

Development of artificial intelligence-based algorithms to support decision-making in annual and permanent agricultural crops using semi-automated methods based on geospatial aerial technology.

  1. Topographic and ground surface surveys and aerial surveys
  2. Individual monitoring of productive crop species
  3. Aerial applications with drones: Our focus is on reducing costs in fertilizer applications, chemical and biological controls on your crops, while reducing environmental impacts through highly efficient applications
  4. Modeling with satellite data
  5. Evaluation of optimal health and productivity at the moment and projected for early corrective implementation

Earth Monitoring, Planning and Urban Analysis with a Focus on Smart Cities 

Assessment of tree stability and physiological status using innovative techniques that allow monitoring plant functionality for the expression of ecosystem services and tree risk management.

  1. Assessment of green environments: In the modern management of urban green areas, monitoring the phytosanitary conditions of trees and identifying those at risk of falling are essential.
  2. Monitoring of natural and sustainable development: What is the status of forests? Are they threatened by pests or air pollution? Has their condition changed over time? Does their management meet sustainability criteria? 
  3. High-tech study: Assessment of tree physiological status using vegetation, soil and water indices, processed from photogrammetric surveys with drones (UAV ), aerial imagery, laser sensors, hyperspectral and multispectral sensors.

Smart Decisions for Environmental Planning

Development of support systems for integrated environmental resource planning using remote sensing techniques (satellite and aerial).

  1. Forest Management Plans: For land enhancement, we offer planning and management services for environmental resource management systems (Guidelines for Resource Management).
  2. Remote Sensing Monitoring: Activities carried out with licensed operators known as professional pilots.
  3. Impact Assessment (EIA): Participation in groups for drafting EIAs/EIAs in accordance with the procedures indicated by current regulations. Preparation of Impact Assessments for interventions affecting areas with environmental constraints (parks, protected areas, sites of community interest, etc.).
  4. Quality procedures for collecting environmental data: Collecting data is simple, but collecting good-quality data is not so simple. But how do we assess whether the data is truly of good quality? Our experience provides the answers to this question through specific operating procedures.


R&D

Quality data collection, testing, and development of new technological solutions for the evaluation and management of natural resources, cultural heritage and its socio-economical sustainability.

  1. Software and Development: Design, development, and testing of applications for agricultural and forestry monitoring activities and projects with positive environmental impact.
  2. Automation: Design and development of nature-based solutions for monitoring cultural and natural heritage.