• Products
    • VDS
      VDS

      Access VDS full commercial engine to store subsurface data that is cloud-ready and streamable for high-performance workflows.

    • OpenVDS
      OpenVDS

      Access the open-source API version of VDS, available on The Open Group OSDU™ Data Platform.

    • OpenVDS+
      OpenVDS+

      Download Bluware’s freeware industry-leading compression technology.

    • InteractivAI
      InteractivAI

      Take full control of your subsurface data interpretation with an interactive deep learning tool.

    • FAST
      FAST

      Stream subsurface data from the cloud to your existing interpretation applications. Rapidly visualize large data volumes and run your applications faster than ever before.

    • Headwave
      Headwave

      Remove the limitations created by subsurface data size to enable full visualization, interactivity, and computation across your E&P workflows.

    • Teleport
      Teleport

      Transfer subsurface data for earlier processing within 24 hours of acquisition.

  • Solutions
  • Services
    Consulting Services

    Solve your subsurface challenges with our software development and consulting services with expertise in deep learning.

  • Resources
    • Use Cases
      Use Cases

      See Bluware solutions in action helping geoscientists to better understand the subsurface.

    • Resources
      Resources

      Get access to both geoscience and developer resources through videos, webinars, whitepapers, and more.

    • News
      News

      Get the latest news and information about Bluware.

    • Blog
      Blog

      Learn about the latest trends on geoscience, data science, AI, and more.

    • Documentation
      Documentation

      Access documentation related to Bluware product releases.

  • Company
    • About
      About

      Bluware increases E&P workflow productivity through cloud solutions and deep learning, so geoscientists can deliver faster and smarter decisions about the subsurface.

    • Leadership
      Leadership

      With more than 20 years of experience delivering technology, we’re changing the industry one petabyte at a time.

    • Partnership & Investors
      Partnership & Investors

      Support for Bluware continues to grow. Learn about our strategic investors, partners, and alliances.

    • Events
      Events

      Check out the upcoming industry events we are participating in.

    • Careers
      Careers

      If you get excited by the thought of moving the needle and affecting change, rather than being another cog in the wheel, you should keep reading.

  • Contact
    Contact

    Are you ready to enter the next generation of subsurface data workflows?

Bluware's Chief Geologist, Erik Holtar, is featured in EAGE First Break to demonstrate why utilizing deep learning for interpreting the seismic expression of injectites has potential, by delineating the complex features after training input on well-defined examples in the seismic cube.

The geometry and reservoir properties of injectites have always challenged seismic interpreters. The breakthroughs in understanding deposition, formation, and impact from fluid migration, coupled with 3D seismic data in the early 2000's, have given more ways for geoscientists to assess lithology and fluid nature. 

Given decent imaging of the injectite geometry, the actual interpretation is difficult and time consuming using traditional interpretation tools. 

The use of artificial intelligence utilizing deep learning for interpreting the seismic expression of injectites can have a large potential. Furthermore, AI-based interpretation enables the use of multiple versions of seismic data, such as angle stacks and different surveys covering the same area. Several alternative versions of the injectites gives the interpreter a better basis for analysis of uncertainty.

Download CASE STUDY

Complete the form below to read this case study.