Affordable seismic imaging technology and fast-track data processing solutions for conventional and high-density seismic acquisition
As the creators of the world’s smallest, lightest, and most affordable seismic node, STRYDE has redefined the entry price of onshore seismic acquisition, enabling any industry to image the subsurface in high-definition.
At STRYDE, we help organisations acquire an ultra-high-definition image uplift of the onshore subsurface:
STRYDE Nodes™ are compact and affordable. This means reduced outlay on receiver equipment, faster layout and retrieval using fewer field crew and vehicles, and less line clearing
STRYDE allows users to achieve a significantly greater trace density for any given budget, leading to a significant uplift in seismic image quality
Environmentally damaging line clearing is eliminated, since equipment can be hand carried. You also need far fewer vehicles, reducing CO2 emissions and land disruption
The lightweight design of the nodes means you need fewer people in the field, reduced driving and line clearing - minimising exposure to HSE risk and reducing costs
Learn more →
Learn more →
Learn more →
Learn more →
With over 760,000 of STRYDE Nodes™ deployed in over 50 countries worldwide, STRYDE is helping customers around the globe to acquire an unparalleled understanding of the subsurface in a way that has never been done before.
"I believe there is a huge untapped potential in better understanding the subsurface for a wide range of industries, particularly on land. STRYDE allows companies to acquire the seismic data quality that they want, removing the need to compromise on cost, quality, and HSSE risk. We have already revolutionised the seismic industry, making it far safer, faster, and cost-effective... and we are still only just getting started!"
Learn more →
Learn more →
Learn more →
Learn more →
10th Nov 2024
Lagos, Nigeria
Sam Moharir
Learn more →
11th Nov 2024
Europe
Nick Tranter
Learn more →
13th Nov 2024
Online
Mehdi Tascher
Claudio Cardama
Learn more →
14th Nov 2024
Online
Mehdi Tascher
Jamie Checa
Learn more →
