A smart city needs up-to-date, accurate, and usable data. Cities must increasingly integrate transportation, infrastructure, public spaces, energy, safety, and urban development. Relying solely on old maps, individual photos, or incomplete inventory data is often insufficient for this purpose. With JAWESO’s mobile mapping systems, urban areas can be surveyed quickly, in detail, and with georeferenced data. High-resolution 360° panoramic images, precise 3D point clouds, LiDAR data, and exact positional data create a reliable foundation for digital city models, smart city projects, urban analysis, and the creation of a digital twin. This enables cities to better understand their existing infrastructure, track current developments, and make data-driven decisions.

A key component of many smart city applications is the digital twin. It digitally maps real urban areas and makes street spaces, building surroundings, traffic areas, green spaces, and infrastructure elements usable for planning, management, and analysis. The mobile mapping data collected with JAWESO can be used as the basis for a digital twin of the city. This includes georeferenced image data, point cloud data, 3D data, object information, and spatial inventory data. This creates a shared digital database for municipalities, city administrations, planning offices, GIS departments, and infrastructure operators. Different departments can work with the same up-to-date information—from traffic planning and civil engineering to urban development, green space management, and public safety.

In many cities, road space is limited. At the same time, car traffic, bicycle traffic, pedestrian traffic, public transit, delivery traffic, parking spaces, and accessible routes must be effectively integrated. Mobile mapping, LiDAR data collection, and 360° imagery can be used to accurately map roadways and traffic areas. The data supports traffic management, mobility planning, traffic flow analysis, parking space analysis, bicycle path planning, pedestrian path planning, public transit planning, and the evaluation of intersections, stops, and crossings. Traffic signs, traffic lights, road markings, curbs, median islands, transit stop areas, and sight lines can also be digitally documented. This allows for better assessment of traffic flows and more targeted preparation of measures for safe, efficient, and sustainable mobility.

Smart city projects address not only mobility but also the safety and reliability of urban infrastructure. Roads, bridges, tunnels, lighting, signage, street furniture, green spaces, and technical systems must be regularly inspected and documented. JAWESO systems support infrastructure monitoring and the digital recording of safety-related objects in public spaces. These include, among other things, street lighting, traffic signs, traffic lights, guardrails, curbs, bus stops, bridge areas, underpasses, crosswalks, and obstacles in the traffic environment. Up-to-date geodata helps to better identify risks, plan maintenance measures, and document decisions in a traceable manner. This provides cities and municipalities with a crucial foundation for public safety, traffic safety, maintenance planning, and municipal asset management.

For a thorough urban analysis, spatial relationships must be made visible. Where is the street space particularly narrow? Where are safe crossings lacking? How are public spaces used? Where are trees, parking spaces, bus stops, signs, or utility infrastructure located? The combination of panoramic images, LiDAR point clouds, and precise positioning enables a detailed digital analysis of the urban environment. The data can be reused in GIS systems, WebGIS, CAD applications, BIM processes, municipal specialized systems, and digital data platforms. This creates a reliable foundation for land-use analysis, urban development, traffic planning, infrastructure management, asset inventory, geodata management, and long-term investment decisions.

A city consists of many individual objects and areas that require ongoing maintenance, monitoring, and development. These include streets, sidewalks, bike paths, plazas, green spaces, urban trees, street furniture, traffic facilities, utility poles, signage, road markings, and technical infrastructure. With JAWESO, these elements can be digitally recorded and integrated into existing administrative processes. The data supports municipal land management, asset management, street space management, green space management, tree registries, maintenance planning, and the digital documentation of public spaces. This gives cities a better overview of their assets. Measures can be planned more effectively, responsibilities can be more clearly defined, and data can be kept up to date over the long term.

A smart city is not created solely by individual digital applications, but by a reliable database. Only when street spaces, infrastructure, traffic areas, and public facilities are accurately mapped can digital processes be meaningfully interconnected. The 3D geodata, 360° imagery, point clouds, and location information generated by JAWESO help cities make sustainable decisions. Among other things, they support climate adaptation, sustainable mobility, resource-efficient maintenance, digital administration, smart infrastructure, and data-driven urban development. This enables municipalities to better identify where action is needed, which measures should be prioritized, and how public spaces can be made more efficient and livable in the long term.

With JAWESO, smart city applications become more precise, traceable, and easier to plan. The combination of mobile mapping, LiDAR, 360° panoramic images, 3D point clouds, geodata, GIS integration, and digital workflows creates a modern foundation for smart cities. Whether it’s digital twins, traffic management, public safety, infrastructure monitoring, urban analysis, property inventory, or municipal geodata management—JAWESO provides the data foundation that enables cities to become more efficient, sustainable, and better aligned with the needs of their residents.