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STRYDE Lens - In-field Processing Software
The only fully integrated in-field onshore seismic data processing solution. Introducing STRYDE Lens, the only solution on the market today focused on delivering a subsurface image in the fastest possible way by processing the data right where it was acquired.
Powered by highly skilled and experienced land processing geophysicists equipped with state-of-the-art technology, STRYDE Lens enables remote login to the STRYDE acquisition system, allowing processing to begin the minute the data is downloaded from the seismic recording devices.
Now, companies can access seismic images, right at the site of acquisition, streamlining their operations and optimising their decision making like never before.
- Reduces project turnaround time by accelerating seismic deliverables
- Overcome data export restrictions by accessing best-of-class land processing experts remotely
- Significantly reduces seismic data imaging project costs
- The in-field preliminary product can inform the quality of the current survey design and allow adjustment mid-survey if needed.
- No need for expensive high-performing computing centres
- Removal of cloud data costs
- Fewer NAS drives required, reducing costs further
- No need to wait weeks for data while it is being transported to the processing centre
STRYDE Lens is an integrated processing solution that converts the STRYDE acquisition system into a processing environment that can be accessed remotely, from anywhere in the world, by our highly experienced processing team to perform in-field processing or in-country processing.
Processing with STRYDE Lens can start as soon as enough data is acquired, without the need to wait until the seismic survey is completed. This will allow a head-start on the processing sequences which significantly accelerates the final processing run.
STRYDE processing experts are very familiar with the STRYDE format and common single sensor acquisition pitfalls and can save weeks if not months of work avoiding them. We also use our semi-automated Mega-Flow which explores several scenarios simultaneously and help the team converge towards the optimum parametrisation of the processing flow.
