In a global landscape where supply chain efficiency and security are paramount, modern ports face complex challenges: from predictive maintenance of critical infrastructure and optimized asset management to ensuring perimeter security and compliance with stringent environmental regulations.
Our solutions are designed to provide a holistic and detailed view of operations, enabling highly accurate data-driven decision-making, resulting in significant reductions in operational costs, increased safety for teams, and maximization of asset lifespan.
Using high-resolution imaging sensors, we perform a complete scan of the asset geometry, allowing for the early detection of critical structural pathologies.
Our analyses identify and quantify corrosion (surface and pitting), fissures, cracks, concrete delamination, plastic deformation, weld integrity, and the condition of high-strength bolts.
The targets include Port Cranes (STS, RTG, MHC), Shiploaders/Unloaders, and extensive conveyor belt structures. The final deliverable is a georeferenced technical report that maps the exact location of each anomaly onto the asset's 3D model, allowing maintenance teams to act with high precision.
Heat is often the first indicator of an impending failure in electromechanical systems.
Our radiometric thermographic sensors capture precise temperature data, identifying anomalies that are invisible to the naked eye. We perform inspections on electrical panels, substations, large motors, conveyor belt bearings, and crane traction systems.
Identifying hot spots, overloads, or phase imbalances allows maintenance to intervene proactively, replacing components before catastrophic failure and preventing downtime that can cost millions in operational losses.
We transform visual inspections into engineering data. By fusing LIDAR point cloud data and photogrammetry, we create highly accurate three-dimensional models. These models are not just visual representations; they are intelligent metric tools for:
Through systematic scanning with drones equipped with geodetic positioning systems (GNSS RTK/PPK), we achieve centimeter-level precision in all our topographic surveys. The resulting products are essential for engineering and management:
Ensuring the correct operational draft is vital for the safety and efficiency of navigation. Using echo sounders integrated into drones or autonomous surface vehicles (ASVs), we perform precise monitoring of the depth of access channels, turning basins, and mooring areas.
The result is Digital Bathymetric Models (DBMs) and detailed isobath charts, which allow the transition from a reactive dredging model to proactive management, identifying critical siltation zones and enabling "precision dredging" campaigns, optimizing costs and minimizing environmental impact.
Controlling the inventory of solid bulk materials is a logistical and financial challenge. By applying LIDAR or photogrammetry techniques, we generate dense point clouds of material stockpiles (ores, grains, coal, etc.) to create accurate 3D models. From these, we calculate volumes with an accuracy greater than 99%.
This fast and secure method provides auditable data for inventory balances, invoicing, loss control, and logistics planning, allowing for high-frequency measurements (daily or weekly) that reflect the real dynamics of the storage yard.
We provide continuous surveillance of complex perimeters, both terrestrial (fences, walls, gates) and aquatic (channel boundaries, anchorage areas).
Our drones are equipped with embedded Artificial Intelligence (AI) algorithms for real-time video analysis, capable of autonomously detecting, classifying, and tracking targets of interest (people, vehicles, unauthorized vessels).
Upon detecting a breach, the system automatically sends alerts to the CCO (Central Control Center), with the exact coordinates and video stream of the target, allowing for a targeted, rapid, and informed response from the ground team.
In emergency situations, every second counts. Our drones are the first unit on the scene, providing critical intelligence without risking human lives.
In the event of fires, radiometric thermographic sensors identify heat sources, assess the structural integrity of warehouses, and guide firefighting teams along safe routes.
In hazardous materials (Hazmat) incidents, drones delineate the spill area, monitor the dispersion of toxic clouds, and inspect the source of the spill, providing vital data to containment teams. This ability for immediate assessment speeds up decision-making and minimizes the impact of the incident.
We extend surveillance to include inspection and ensuring operational compliance on the aprons. Our high-resolution aerial systems perform detailed inspections to:
During dredging operations, turbidity plume control is a critical requirement for environmental permits. We use multispectral sensors to map and quantify sediment dispersion in real time, generating accurate reports that prove adherence to established limits.
Furthermore, our technology allows for the identification of anomalies in water quality, such as chlorophyll-a concentration (indicative of eutrophication or algal blooms), and the monitoring of effluents.
We also employ drones equipped with collection systems for water sampling in hard-to-reach locations, ensuring a comprehensive and safe monitoring program.
The resilience of the port is intrinsically linked to the health of the adjacent ecosystems. We carried out detailed mapping of sensitive habitats, such as mangroves, coastal vegetation, and dunes.
Through multitemporal analysis (comparing surveys over time), we use vegetation indices (e.g., NDVI) to assess vegetation health, density, and suppression, detecting signs of environmental stress.
Additionally, we monitor coastal morphology, mapping beach profiles and shorelines to quantify erosion or deposition processes, providing crucial data for coastal protection projects and for assessing the impact of structures such as breakwaters.
In the event of a spill of hydrocarbons or other chemicals, a rapid response is crucial to mitigating the impact.
Our drones, equipped with a suite of sensors that includes thermal, ultraviolet (UV), and polarized light cameras, are able to detect and pinpoint the exact extent of the oil spill with high precision, even in thin layers of water.
We provide actionable, real-time intelligence to containment teams, including calculating the area of the oil spill, monitoring its drift under the effect of winds and currents, and identifying the most vulnerable coastal areas, optimizing the placement of barriers and skimmers for a more effective response.
