Drone Systems for Collecting Statistical Data on the Movement of People, Vehicles, Animals, and Other Subjects

Intelligent Collection and Analysis of Spatial and Behavioral Data Using Drones

Our company specializes in the development, delivery, training, and implementation of innovative systems for data collection and analysis using unmanned aerial vehicles (UAVs) – drones equipped with next-generation sensors. Our core activity is the integration of industrial drones, ground control stations, multisensor modules, artificial intelligence, and analytical software with the aim to:
• Monitor and count people, vehicles, animals, and mobile participants (cyclists, scooters, parents with strollers, people with disabilities, etc.) across different time periods and locations;
• Extract behavioral and statistical patterns that support strategic decision-making by public institutions, private companies, emergency services, telecommunications operators, and other stakeholders;
• Optimize urban, transport, and tourism infrastructure through accurate mapping of high-traffic and underutilized areas.

Our team includes experts in:

• Remote measurement systems and spatial data analysis;
• Artificial intelligence algorithms for real-time object detection and classification;
• Geographic Information Systems (GIS), thermal monitoring, and spatial data processing;
• Implementation of standards and best practices within European-funded projects, including our active participation in TOURISMO Project Euro – MED0200900.

What We Offer

Intelligent Sensor-Based Flow Monitoring and Analysis Systems

We build complex solutions based on unmanned aerial platforms with the capability to:
• Automatically count passing objects by type, size, and motion;
• Classify into social and functional categories (pedestrians, families with children, elderly individuals, people with reduced mobility, micro-mobility, etc.);
• Analyze traffic patterns by time of day – morning, midday, evening, weekends, and weekdays;
• Observe both urban and remote areas, including protected natural zones and distant tourist routes.

Key Features of the Systems:

• Object detection and thermal monitoring sensors – detect temperature spikes and potential fire hazards during hot seasons or in risk zones;
• Integrated statistical processing and visualization – data is analyzed and presented through dashboards and geospatial maps for direct use by municipalities, NGOs, marketing agencies, logistics companies, and others;
• High-precision RTK and GPS positioning – ensures reliable geospatial alignment and route tracking;
• Adaptability to low-visibility conditions, dust, moisture, and urban interference – ensured by high-durability industrial-grade drones.

System Applications:

• Marketing and commercial analysis – supports optimal placement of shops, advertisements, facilities, and events;
• Infrastructure planning and maintenance – enables targeted repairs, lighting installation, landscaping, and urban improvements;
• Support for local authorities and healthcare services – through precise analysis of human traffic in areas requiring medical or social interventions;
• Electoral and public campaigns – analyzing target group behavior across regions and time zones;
• Assessment of tourist routes and areas of increased interest – improves tourism infrastructure and safety through real-world data;
• Assistance to law enforcement, fire departments, and medical teams – for faster access to locations and avoidance of zones that may cause delays.

Technical Components

Drones:

• Industrial models equipped with optical, thermal, and multispectral vision;
• Autonomous flight and remote control capabilities;
• Real-time video and telemetry transmission.

Ground Stations:

• Mobile or stationary, enabling operation from remote command centers;
• Compatibility with LTE/5G, Starlink, Thuraya, and other satellite networks;
• Software for data analysis, classification, and visualization.

Sensors and Additional Modules:

• AI-powered cameras trained for object-type recognition;
• Thermal cameras for hotspot detection and analysis;
• LiDAR and ultrasonic sensors for mapping and obstacle avoidance;
• RTK-GNSS modules for geolocation with sub-centimeter accuracy.

Services We Provide:

• Full service delivery provided by our internal team;
• Sales and implementation of systems;
• Customized training for teams and drone operators;
• On-demand data capture and location analysis;
• Preparation of periodic statistical and visual reports;
• Consulting focused on integration into local and EU-funded projects.

Application Areas:

• Municipal and state administrations – urban planning and social policy;
• Emergency services and police – dynamic assessment of traffic and critical areas;
• Medical and social institutions – analysis of accessibility and usage of public spaces;
• Telecommunications providers – location planning for base stations;
• Tourist agencies and NGOs – sustainable development of destinations;
• Campaigns and events – route planning, security, and logistics.

Conclusion

Investing in an intelligent drone- and sensor-based analysis system is:
• A key to better understanding territories and community needs;
• A tool for strategic development of urban, tourist, and natural areas;
• A support mechanism for data-driven decision-making by institutions, businesses, and civil organizations;
• A response to future EU requirements for smart cities, sustainability, and public administration digitalization.

Additional Capabilities in Navigation and Low-Visibility Operations

The company also specializes in the delivery, development, training, consultation, and implementation of systems for safe operation and navigation under complex meteorological conditions or environments with low or zero visibility. Our core activity includes the integration of drones, ground stations, sensor technologies, software, and artificial intelligence with the aim to:

• Increase transport safety for vehicles and heavy machinery, including in maritime, ground, and aerial transport;
• Enhance real-time visibility under critical conditions and assist vessels in entering ports and maneuvering safely, delivering visual, telemetry, and technical data to all involved services and personnel;
• Automate and ease the workload of captains, pilots, operators, and drivers of nearly all types of transport and machinery.

Our team includes experts in:

• Aviation and maritime transport connectivity;
• Real-time spatial and thermal analysis software;
• Remote control systems for multiple command centers across the globe, capable of analyzing infrared and thermographic data in seconds to support critical decision-making;
• Industrial drones equipped with top-tier technology and integrated communication networks.