We designed the STRYDE seismic imaging system with a singular focus: to make high-density, large-scale and mega surveys of the future possible. A 1 million+ channel crew is what we have been waiting for.
The size, cost and architecture of our node and data management system is unlike any other system on the market today.
STRYDE is proven to deliver high-quality, dense seismic data in record time through unrivalled operational seismic survey efficiencies and effective in-field data management hardware and software.
The STRYDE Pro System™ has been designed specifically to manage >1 million seismic channels and the mega data that is produced from this in the field.
The system is made up of 5 x 20ft shipping containers. These are dust proof sealed environments that house the data harvesting, cleaning and data management hardware and software required roll receiver spreads efficiently and handle daily tape generation of a approximately ~500TB of seismic data per day, right where the seismic was acquired and harvested.
~500TB of seismic data will be generated from a 1 million+ seismic crew every day, choosing the technology that is capable of managing this volume of data in the field will have a direct impact on the success of your endeavour.
The data management system must possess sufficient robustness to keep pace with seismic operations; otherwise, operators may face the prospect of halting survey operations to accommodate the data team's efforts to catch up.
Efficient operations and swift data turnover rely heavily on the vital process of collecting seismic data, transferring it onto NAS drives, and subsequently onto seismic tapes in the field.
Additional costs and delays may be incurred if the data handling solution is not decoupled from delays outside of the field crew (e.g. data processing centre)
Poor data management is a known a bottleneck on large-scale projects and can incur hundreds of thousands of dollars in loss per day when it goes wrong
rotated and harvested daily with STRYDE
Our data management system has been designed and coded by world-class high-performance programming experts who have successfully implemented high-speed, million channel data management systems on the marine side for major corporations.
Our hardware and software are enclosed within a sealed, dust-proof container, enabling seismic tapes to be written on-site. This ensures the integrity of tape drives, swift turnaround times, and minimised data management expenses
Scalable solutions for harvesting, charging and data handling...
Our dedicated containers for node charging, harvesting, and testing, with 4x20ft containers for a >1 million node crew, STRYDE is capable of cycling up to 80,000 nodes in 24 hours
Dedicated containers housing operator workspace, workstations, servers, and data storage, providing a comfortable environment for data management and QC tasks
Dedicated containers for node cleaning with the capacity to clean up to 40,000 nodes in 24 hours
Over 1 million STRYDE Nodes™ and the associated peripheral hardware required to deploy, retrieve and handle the nodes efficiently and effectively.
On behalf of CCED, AGS are currently undergoing the current largest nodal survey ever to be acquired on land that is yielding impressive operational, data management and data-quality results using STRYDE's system.
The next biggest MENA competitor node crew is 30,000 nodes, STRYDE is proven with a 6 times bigger channel count, therefore STRYDE is the obvious choice when it comes to technology for high-channel count surveys.
Seismic channels
Receiver points deployed
Trace density per sq km
of seismic data acquired per day
Testimonial
"CCED are currently acquiring the world’s largest 3D node survey over our blocks 3 & 4 (29, 219 sqkm), onshore Oman.
This nodal technology approach (+165,000 channels) provides multiple benefits to CCED, by cutting down on data acquisition costs, minimizing HSE footprints in the field (less manual handling, reducing vehicle count from c.160 to c.40, reduced field crew size 600 to c.220 etc.), and expanded land access in our sabkha-dune environment, all to acquire high quality, operationally efficient (high density, point receiver geometries providing increased spatial sampling density, with no compromise to data quality) outcomes."
Exploration and Appraisal Director, CCED
