NEOM

Front End successfully completed a comprehensive electromagnetic (EM) data processing project for NEOM. This involved airborne EM data (TDEM) covering approximately 6,400 line-kilometers with variable line spacing, as well as ground EM data (tTEM) over two blocks totaling 200 line-kilometers. The processed data played a crucial role in supporting hydrogeological/groundwater resource investigations and geotechnical assessments across diverse project regions. The project encompassed EM data processing, EM data inversion, modeling, uncertainty analysis, and EM interpretation, providing valuable insights into the LINE infrastructure area.

In 2022, Front End conducted groundwater hydro geophysics aerial and land EM/Mag data acquisition for NEOM, covering approximately 7,000km². The survey utilized Heliborne TDEM loop and ground ATV towed tTEM systems to collect detailed time domain electromagnetic and magnetic data. The survey aimed to provide geological, hydrogeological, and structural information, assisting in future infrastructure planning and sustainable groundwater aquifer quantification.

Front End, in partnership with exclusive partner SpaceKnow, a world leader in cloud-based analytics tools, offers geospatial analytics services. This platform connects to an extensive virtual constellation of more than 300 satellites, enabling access to satellite imagery archives spanning up to eight years. The platform integrates over 130 proprietary state-of-the-art algorithms, with continuous algorithm development. 

In 2023, Front End and SpaceKnow joined forces to showcase the power of this Al-powered Satellite Analytics through a series of Proof-of-Concept (POC) projects, aiming to deliver critical insights across vast stretches of the NEOM landscape, including detailed oversights on construction progress activities, hot spots activities, suspicious activities, land encroachment, traffic analysis, asset monitoring, optimization of planning and resource management.