Jaxon Caines，Hart Energy 技术记者：地震数据的处理需要时间和大量的计算能力。一家公司正在通过其新的内场数据处理服务加快这一过程。

Amine Ourabah，STRYDE首席地球物理学家：从本质上讲，STRYDE Lens 将 STRYDE 采集系统转换为处理环境，使我们的专家团队能够在世界任何地方远程访问该系统，以处理采集到的数据。STRYDE 系统服务器实际上是功能极其强大的计算机，用于从地震节点收集数据。实际上，硬件已经存在，并且与我们将用于 STRYDE Lens 的硬件完全相同。

JC：STRYDE 镜头的下一步是什么？

AO：自适应调查设计，调查设计可以随着现场处理的完成而改变。您将能够引入某种先进的 QAQC 以及越来越多的自动化来进一步简化处理。这将使我们的客户能够比以往更快地访问地下图像，并克服一些国家对地震数据的出口限制。它还将使他们能够确保拥有一流的地震陆地专家来处理世界各地的数据。

Jaxon Caines, technology reporter, Hart Energy: Processing of seismic data takes time and lots of computing power. One company is speeding that process up through its new infield data processing service.

Amine Ourabah, chief geophysicist, STRYDE: Essentially, STRYDE Lens converts the STRYDE acquisition system into a processing environment, allowing our team of experts to remotely access the system anywhere in the world to process the data where it has been acquired. The STRYDE system servers are actually extremely powerful computers that are used to harvest the data from the seismic nodes. So actually, the hardware is already there and it's exactly the same hardware we are going to be using for STRYDE Lens.

JC: What's next for STRYDE Lens?

AO: Adaptive survey design, where the survey design can change as the processing is done in the field. You will be able to introduce some sort of advanced QAQC and also more and more automation to streamline the processing even further. It would allow our customers to access a subsurface image faster than ever to also have them overcome export restrictions for seismic data in some countries. It'll also allow them to make sure that they have the best of class seismic land experts in processing—working on that data anywhere in the world.