The continuous advancement of modern technology and the introduction of new methods have significantly influenced the map production process. In particular, the technique known as photogrammetry highlights modern technological developments in this field. It is a method based on image geometry that uses photographs typically captured from high altitudes, such as from aircraft or satellites, to create topographic maps. Today, maps produced using this technology are rapidly surpassing traditional local mapping methods.

However, despite these advancements, terrestrial classical map production will always have specific areas of application. Although the number of these applications has decreased, they remain essential due to the unique conditions and requirements involved. Local geographical characteristics and the need for high measurement accuracy often necessitate the use of this method.

For example, construction and manufacturing processes commonly rely on this type of mapping. When constructing a building or a road, mapping and surveying services are required to ensure the originality and precision of the project. This makes it possible to accurately monitor every stage of construction and to identify potential problem areas.

In addition, underground surveys also require terrestrial mapping services. During the identification and extraction of natural resources such as underground mines, water resources, oil, and gas reserves, this type of mapping service is essential. As is well known, any activity carried out underground creates a need for precise mapping and measurement.

Finally, terrestrial map production services are also used in special project procurements. Such projects—particularly private investment projects or infrastructure development projects—require an in-depth understanding of local conditions and characteristics. In these cases, terrestrial classical map production is used as the most effective tool to accurately represent these conditions and features.

These examples demonstrate that terrestrial classical map production still holds significant relevance. However, the rise of technologies such as photogrammetry offers insight into how the future of map production may evolve. This may result in the integration of both methods or the complete replacement of one by the other. Ultimately, this technological transformation aims to achieve more accurate and efficient map production.