Low-cost onshore seismic solutions for the CIS region

Traditionally, onshore seismic data in the CIS region has been acquired through complex cabled geophones or large nodal devices that are restrictive, inefficient and expensive technology for conventional and high-density seismic acquisition.

The use of miniature, low-cost nodal devices like STRYDE’s Nodes™ enables companies to deploy significantly more receiver devices, efficiently, at an affordable price point.

This results in denser seismic and elimination of blind spots, helping fast-track and better reconstruction of the subsurface image during processing to deliver a high-resolution seismic images.

Exploring for energy and mineral resources in Central Asia requires seismic technologies capable of operating efficiently across vast, remote, and geologically complex environments. High-resolution seismic data is essential for accurately imaging the subsurface, identifying structural traps, and reducing exploration risk. However, conventional land seismic systems are often bulky, expensive, and difficult to deploy across challenging terrain and areas with limited infrastructure.

STRYDE is transforming land seismic acquisition. We have developed the world’s smallest, lightest, and most cost-effective autonomous seismic receiver technology, designed to enable high-density seismic surveys in even the most demanding onshore environments.

STRYDE nodes allow operators to efficiently acquire ultra-high-resolution seismic data across large areas of steppe, desert, and mountainous terrain. Their compact design simplifies logistics, accelerates deployment, and reduces operational costs, making it possible to deliver superior subsurface imaging while improving productivity and safety in remote Central Asian exploration projects.