Seequent is a pioneering company in the realm of geoscience and geospatial technology. Our mission is to transform how geo-professionals work by eliminating barriers to understanding and fostering collaboration among teams.

Leading the Way for Over a Decade

For over a decade, Seequent has led the world in visualizing complex data to drive meaningful differences in industries, organizations, and environmental initiatives. We continuously push the boundaries of technology and geoscience, from cloud computing to real-time modeling and remote collaboration.

Bridging Natural and Built Environments

As a Bentley Company, we bridge the natural and built environments, providing innovative solutions for complex decision-making. Our intuitive, collaborative, and integrated software empowers users to harness the power of geo-data, turning it into a compelling narrative. We combine in-depth analysis, 2D and 3D visualization, and data management to enable seamless workflows.

Customer-Centric Innovation

At Seequent, we value customer feedback and industry insights, driving our commitment to research and development. With customers in over 100 countries, our technologies are changing the world every day across various industries, from mining to energy, civil engineering, environmental management, hydrocarbon exploration, and more.

Unlocking the Subsurface for a Better World

Seequent is leading the way in unlocking the subsurface for a better understanding of global challenges, ultimately benefiting industries and society as a whole.

Specialized UXO Detection Solutions

Seequent also offers specialized solutions for UXO detection, ensuring safety and cost-efficiency for your projects in both marine and land environments:

UXO Marine

For offshore UXO target detection, our UXO Marine software is designed to process and analyze marine geophysical surveys, significantly reducing the need for expensive clearance and diving costs.

UXO Land & UX-Analyze

In onshore environments, we provide UXO Land & UX-Analyze, enabling you to accurately locate and classify unexploded ordnance (UXO) using magnetic, electromagnetic, and advanced electromagnetic induction data.