Symbiotica offers a full range of services for environmental management and monitoring.
We use cutting-edge technologies and scientifically proven methods to support companies, government agencies and organizations in optimizing processes and reducing environmental impact.
Our services include life cycle assessments (LCA), drone monitoring (UAV), IoT and WebGIS platform development, and more.
Life Cycle Analysis (LCA) is a comprehensive methodology for assessing the environmental impact of products, processes or services during all stages of their existence: from raw material extraction, to production, distribution, use and final disposal. Symbiotica uses advanced tools to conduct LCA analyses tailored to clients’ needs, with the goal of reducing impacts and improving sustainability.
The carbon footprint measures the impact of greenhouse gases generated by production activities or products during their life cycle.
Symbiotica offers services to calculate and monitor these emissions, helping to reduce the climate impact of companies.
The life cycle inventory (LCI) is the heart of any LCA analysis.
It involves the detailed collection of data on inputs and outputs of materials, energy and emissions at each stage of a product or process life cycle.
Symbiotica works to build comprehensive and accurate inventories to provide a detailed picture of environmental and industrial costs.
A greenhouse gas (GHG) inventory is a key tool for monitoring corporate emissions.
Symbiotica provides accurate assessments of GHG emissions, offering solutions for their reduction and management, in accordance with international regulations.
Using drones equipped with advanced sensors, Symbiotica is able to perform precision environmental monitoring.
This includes detecting methane emissions at landfills and treatment plants, as well as monitoring urban or industrial areas.
Our UAV technology enables us to cover large areas quickly and efficiently, providing useful data for timely interventions.
Through calibrated drone sensors, Symbiotica measures and analyzes the concentrations of various pollutant gases in the air.
This service is critical for monitoring air quality and identifying sources of pollution in industrial and urban areas.
Aerophotogrammetry allows aerial images to be acquired and 3D models of specific areas to be created.
This service is used to create detailed maps, orthomosaics and digital terrain models (DEMs), which are useful for engineering, environmental and urban planning applications.
Thermography performed by drones enables the detection of thermal anomalies in industrial plants and environmental sites.
Using this technology, Symbiotica provides accurate and preventive inspections of renewable energy plants, landfills, and other critical infrastructure.
Symbiotica designs Drone In A Box (DIAB) ecosystems, enabling automated and continuous monitoring of sensitive areas, reducing operational costs and improving the safety of operations.
IoT sensor networks designed by Symbiotica enable monitoring of complex processes in industrial and environmental settings.
These networks, integrated with 5G or satellite protocols, provide real-time data, improving resource management and optimizing production.
Geospatial data processing in a GIS environment enables the analysis of complex phenomena such as pollutant dispersion or land consumption.
Symbiotica leverages the potential of GIS to provide in-depth analysis and more efficient management solutions.
Symbiotica develops customized WebGIS platforms to make geospatial data accessible and usable in an intuitive way.
These tools enable users to consult and analyze data in real time, facilitating informed and rapid decisions in areas such as environmental monitoring, natural resource management, and urban planning.
WebGIS platforms developed by Symbiotica are designed to be user-friendly, offering dynamic visualization and advanced analysis tools.
Academic spin-off “University of Bari Aldo Moro”
