Toruk 101, which has been produced in a manner open for development in the Technocity of Hacettepe University provides significant information in foundation excavation works in construction, soil survey works, seam detection in mineral deposits and determining the area of the found mine, in detecting underground water resources in terms of depth and amount. Infrastructure material detection in municipalities and institutions is used in finding water and natural gas pipelines. Between 2017-2018; Toruk successfully passed more than 700 tests in 7 regions, 35 provinces and 5 countries. Durability and electrical safety tests were also among them. Our device, which has the CE certificate; is in a ready position to start to be sold in several European countries. Measures the geomagnetic fields on the earth in high resolution and detects the magnetic differences coming from the underground on the measurement area. With our inserted software and unique algorithms, spot area scanning is performed to create stable matrices of the measurement field free from interference. The raw data collected are processed and analyzed with our software specific to TORUK 101, so that different materials in the soil are visualized by anomaly mapping method. Depending on the mass and volume size of the materials, depth information up to 30 meters can be accessed in the measurement area, the measurements are directly proportional to the depths, as the mass and volume grow, the depth of perception increases, and as it gets smaller, the perceptibility depth decreases. TORUK 101 offers (2B) 2D, (3B) 3D and (3B) projection anomaly maps for easier and more understandable viewing of the data obtained as well as ease of use. As TORUK 101 can calibrate itself according to the soil structure during measurement, it achieves efficient results in countries and regions as well as in continents that show geographical differences. Thanks to the hardware and software designed in coherent, it offers efficient and effective solutions in the determination of infrastructures such as infrastructure line detection, archaeological structure and ruins, void structures, precious metals, excavation, rock structures. Field measurements of the desired size can be taken starting from an area of at least 1 m² with a minimum of 5×5 matrix.