Exchange Outperforms OpenSpirit in Independent Testing

Benchmark results comparing Exchange and OpenSpirit performance

Independent testing shows Exchange is faster and more accurate than OpenSpirit at a major global energy operator.

With OpenSpirit no longer supported, many subsurface data teams are evaluating modern, supported alternatives to manage data movement between their interpretation and data-management environments.

At Company A, a major global energy operator. the immediate need was to identify a reliable solution for transferring seismic data between OpenWorks and Petrel.

To validate potential options, Dr Jagadish Maddiboyina, Principal Geoscience Consultant at Cognizant and working with Company A, conducted a detailed technical evaluation of Petrosys Exchange. The results confirmed that Exchange delivers fast, accurate, and transparent data transfers, supported by an active development roadmap shaped by customer feedback.

Challenge

As OpenSpirit now at end of life, Company A needed a dependable and forward-looking way to continue transferring seismic data between OpenWorks and Petrel.

The new solution had to be robust, transparent, and easy to maintain, while integrating smoothly into existing workflows and supporting future cloud adoption.

Approach

Company A, with the help of an independent contractor evaluated Exchange and OpenSpirit using 341 3D seismic volumes, testing a representative 20 % sample (60 volumes). The assessment measured transfer speed, amplitude consistency, metadata visibility, and ease of use to determine whether Exchange could support Company A’s production workflows.

Results

Metric OpenSpirit Petrosys Exchange Improvement
Transfer Time (60 volumes) 157 minutes 117 minutes 25% faster
Amplitude Accuracy Amplitude mismatch on rescans Consistent amplitude values Reliable results
Data Realisation in Petrel Manual “realise” step required Direct seismic volume transfer Streamlined workflow
Metadata Reporting Limited visibility Full job logs, success status, and timing Transparent & auditable

“Exchange outperforms OpenSpirit in transfer time, accurate amplitude computation, and eliminating the need for additional steps to realise volumes in Petrel.”

— Dr Jagadish Maddiboyina, Principal Geoscience Consultant, Cognizant

Outcome

Petrosys Exchange delivered measurable efficiency and accuracy gains, providing a supported, modern replacement for OpenSpirit. With consistent amplitude handling, faster transfers, and detailed metadata, Company A’s geoscientists now spend less time fixing data and more time interpreting results, all while preparing for their move to AWS-hosted environments.

Future Enhancements Suggested

  • The ability to push bulk seismic volumes to Petrel, as the current version handled single volumes.
  • An option to select seismic survey lists directly from OpenWorks.
  • Support for Float 8 and Float 16 data formats, alongside Float 32, to reduce storage costs in AWS environments.

These insights are informing Petrosys Group’s continuous development of Exchange as the trusted data-integration bridge between desktop and cloud.

Action Taken by Petrosys Group

Feedback from this evaluation has directly influenced Exchange’s development roadmap. Two of the suggested enhancements from the report, bulk seismic-volume transfer and support for Float 8, Float 16 and Float 32, have already been implemented in Exchange V2026.2, with the option for direct seismic-list selection from OpenWorks in active development.

This reflects Petrosys Group’s commitment to listening to customers and continuously improving based on real-world insight.

Discover more about Exchange

Bridging Subsurface Workflows with OSDU

A global energy company wanted to align its subsurface data workflows with the OSDU™ Data Platform as part of a wider cloud and digital transformation strategy.

While the corporate data team had implemented an OSDU environment, day-to-day operations still relied heavily on desktop applications like Petrel™, OpenWorks, and ArcGIS. The company needed a reliable, secure way to connect these systems so that users could easily access and update data across both traditional and cloud-based platforms.

Challenge

  • Legacy interpretation tools were isolated from the new OSDU data platform
  • Manual data exchange led to duplication, version mismatch, and delays
  • Custom integration scripts were difficult to maintain and resource-intensive
  • Subsurface teams needed to access trusted OSDU data directly within their existing workflows

Solution

Exchange was deployed as a configurable integration layer connecting the OSDU environment with the company’s core subsurface applications.

Using Exchange, the company could:

  • Read and write well, seismic, and spatial data between OSDU, Petrel™, and OpenWorks
  • Filter and organize data transfers by region, project, or dataset type
  • Automate workflows to keep information synchronized between on-premise and cloud systems
  • Empower users to manage connections without requiring custom code or complex IT intervention

Result

  • Seamless interoperability between OSDU and existing subsurface tools
  • More consistent, reliable access to shared datasets across disciplines
  • Reduced dependency on manual imports and ad-hoc scripts
  • A scalable integration framework supporting future digital initiatives

Key Takeaway

Exchange makes digital transformation practical by connecting the subsurface tools geoscientists already use with emerging data platforms like OSDU.

The result is a unified, governed environment where data moves freely, and teams can focus on insight, not integration.

Enabling OSDU™ Connectivity in HampsonRussell & Jason

GeoSoftware, a leading provider of advanced seismic reservoir characterisation technology, saw increasing demand from its customers for OSDU-aligned workflows. While many operators were moving toward cloud-based data ecosystems, day-to-day seismic interpretation and inversion work still depended on desktop environments like HampsonRussell and Jason.

To meet customer expectations and to avoid diverting engineering resources from core product development, GeoSoftware needed a reliable, proven way to bring OSDU interoperability directly into its applications.

Challenge

  • Customers wanted seamless OSDU integration without changing how they worked
  • HampsonRussell and Jason needed access to trusted OSDU well data within existing workflows
  • Building and maintaining custom connectors internally would be costly and slow
  • GeoSoftware required a solution that aligned with OSDU standards while preserving product stability

Solution

GeoSoftware embedded Exchange as a native integration layer within both HampsonRussell and Jason

Using Exchange, GeoSoftware was able to:

  • Connect directly to the OSDU Data Platform for secure read/write access to well data
  • Ensure interoperability between OSDU datasets and existing seismic interpretation workflows
  • Deliver integration capabilities without re-architecting core product components
  • Offer customers OSDU-ready functionality with minimal disruption

Result

  • Seamless OSDU-aligned workflows inside HampsonRussell and Jason
  • Faster access to trusted well data and improved workflow consistency
  • A significant reduction in internal development effort
  • More engineering capacity for advancing high-value seismic and reservoir analysis features

Key Takeaway

By embedding Exchange, GeoSoftware delivered OSDU-compliant capabilities quickly and confidently, without sacrificing focus on its core technology.

Exchange provided the integration layer, while HampsonRussell and Jason continued to deliver the science