United forces - driven by motivation and technology
Radiant Rite represents the culmination of Pytheas and nAIxt Technologies' expertise and innovation.
By integrating Pytheas' advanced resource exploration technologies with nAIxt Technologies' AI-driven data analysis and software capabilities, "Radiant Rite" will revolutionize the industry.
The synergistic combination of Pytheas and nAIxt Technologies' cutting-edge solutions provides an unprecedented level of accuracy, efficiency, and reliability. With "Radiant Rite," companies can expect enhanced resource discovery, reduced exploration costs, and improved decision-making processes. By leveraging the power of AI and advanced geospatial analysis, businesses can gain a competitive edge and unlock new avenues for growth and sustainability.
Driven by AI and Innovation
nAIxt Technologies GmbH is the result of founder and entrepreneur Jonas Szalanczi's departure as CEO and co-founder of his AI-focused IT consultancy. With nAIxt Technologies, he is dedicated to harnessing the full potential of AI technologies, technologies, particularly in combination with other cutting-edge technologies, to maximise business value. With a understanding of AI and extensive experience working with large enterprises, nAIxt Technologies is an expert in delivering concrete applications of in delivering concrete applications of AI technologies.
Pytheas by Jörg Enge, has been at the forefront of exploring natural resources from space. By leveraging an integrative approach that combines traditional geo data with advanced geo-statistical methods, Pytheas has successfully extracted valuable insights into the subsurface of the earth. Their innovative VDDT (Visual Dynamic Data Time-series) technology utilizes time series of images to isolate surface features caused by the dynamics of the inner earth, enabling accurate modeling of the subsurface. Furthermore, their LDDT (Localized Detailed Data Time-series) technologies offer a comprehensive analysis of geo-tectonics, providing invaluable data for subsurface continuation modeling.
