Kuwait develops national geotechnical database to underpin smart-city infrastructure

The Kuwait Institute for Scientific Research (KISR) has announced plans to establish a national geotechnical database, integrating soil, subsurface, and structural-foundation data. An initiative that will support Kuwait’s smart-city ambitions and strengthen infrastructure risk management. According to KISR scientists, the initiative is aligned with Kuwait’s urban vision and major construction projects under the national development strategy. 

Engineer Dana Al-Enezi of KISR’s Environment and Life Sciences Research Center emphasized that the database will enhance project planning, foundation design, land-use decisions, and the assessment of geotechnical hazards such as subsidence or sinkholes. She noted that many of Kuwait’s planned developments, including the Al-Mutlaa City, Abdali Economic Zone, and South Saad Al-Abdullah, are driving the need for a unified subsurface data platform.

According to KISR, the geotechnical platform will deliver benefits across economic, environmental, social and security domains. These include cost reduction in feasibility studies, improved infrastructure quality, better soil-condition knowledge, more reliable foundation design, and enhanced disaster-risk resilience, particularly for seismic or ground-failure hazards.

The database also aims to support smart-city and digital-twin initiatives by enabling artificial-intelligence (AI)-driven soil-property classification, predictive modelling of geological risks, and integration with GIS (geographic information systems). This combining of subsurface engineering data with digital technologies aligns with the broader ambition of Kuwait's “New Kuwait 2035” vision. 

Geotechnical specialists say the timing is critical: Kuwait is experiencing rapid urban expansion and land development, and a comprehensive subsurface dataset will underpin sustainable infrastructure. Beyond reducing foundation design risks, the database will aid in managing natural hazards, such as sinkhole formation, ground settlement and soil liquefaction, that can threaten urban growth and resilience.