Our Mission

Airborne Electromagnetic (AEM) surveys are essential for detecting conductive materials beneath the Earth’s surface. Despite their effectiveness, the full potential of these surveys is often unrealized due to the high computational costs associated with advanced data inversion techniques. This challenge can increase risks in mining projects and deter investments, ultimately slowing the exploration of critical minerals.

Maximizing returns on the substantial investment in AEM surveys demands proficient and accurate data inversions. Vorticity’s Astrape technology meets these challenges head-on by enabling sophisticated 2.5D and 3D inversions. This capability revolutionizes resource estimation processes for mining companies, mitigating risks and promoting sustainable development.

​

Meeting the Surge in Demand for Critical Minerals

In the context of a global shift towards a battery-led sustainable future, the demand for critical minerals such as lithium, nickel, and cobalt has surged, driven largely by their essential roles in electric vehicle (EV) technology and renewable energy systems. This growing demand highlights the need for efficient and sustainable exploration practices to ensure responsible discovery and utilization of these crucial resources.

​

Leading the Way with Advanced Technology

Astrape stands at the forefront of this vital transition. By harnessing our advanced technological software, we enable more precise and environmentally considerate exploration methods for these essential minerals. Our commitment to enhancing exploration efficiency not only supports the mining industry’s shift towards sustainable practices but also contributes significantly to the broader push for a green energy future.