Energy companies face two defining challenges:

  1. Surviving a period of unprecedented market volatility and low prices accelerated by the global impact of COVID-19
  2. Navigating the opportunity of transitioning toward the low-carbon energy future

The energy industry’s success depends on its unlocking the enormous digital opportunity offered by data that is searchable, discoverable and consumable. This data has the potential to enable innovation at scale globally. However, the degree of technological sophistication required to manage existing energy systems — and power an increasing variety of new and evolving energy sources — demands a seamless infrastructure to unleash digital transformation across workflows, disciplines and operational boundaries.

Developing an architecture to accelerate innovation through open source

In order to tackle the deep-seated and longstanding data challenges facing the energy industry, The Open Group OSDUTM Forum focused on data management and governance, industry standards and driving interoperability across interpretation and analysis tools. In practice, this meant unlocking data from proprietary models, software, and applications. The resulting data and application architectures are flexible enough to allow the addition of new data types and ingestion mechanisms without the need to rewrite the whole codebase. Therefore, the system is flexible enough to allow this level of freedom and adaptability when including new data types and supporting new energy models.

The OSDU Forum’s first production release, the Mercury Release, will be available from March 24 to the entire oil and gas industry and surrounding ecosystem. The OSDU data foundation is an architectural design enabling a unified scalable data foundation, accessible through a set of standard APIs, based on industry data standards leveraging the full spectrum of subsurface data types and wells.

The Open Group Forum, now supported by 200 members, has outlined the much-anticipated integration of production, sensor and facilities data targeted for 1H 2021. Additionally, the roadmap outlines Edge support with a focus on real-time workflows and a future enabling LNG and new energy developments.

IBM Open Data for Industries – The right choice to power the OSDU data foundation

The Mercury Release data foundation can be enabled through an OSDU data platform provider.

IBM Open Data for Industries for IBM Cloud Pak® for Data delivers the only end-to-end open source, enterprise-grade platform supporting the OSDU data foundation. It enables infrastructure-agnostic, cloud-agnostic and vendor-neutral solutions to be installed anywhere, including on-premises behind the firewall or on any cloud from any provider.

By leveraging IBM hybrid cloud technology, built on the Red Hat® OpenShift® container platform, IBM Open Data for Industries empowers developers, users (geoscientists and engineers) and data scientists to work effectively across subsurface data to deploy software and technologies that help them model and visualize quickly and at scale.

IBM Open Data for Industries is also fully integrated with IBM Cloud Pak for Data, enabling the  energy industry to drive trusted data and AI insights across their workflows. This means the industry can benefit from seamless automation, data mining and analysis, and development of cloud applications and multicloud management directly within the IBM platform — without having to reinvent their entire IT infrastructure. With data virtualization, enterprises can connect data sources from inside and outside OSDU into a single self-balancing collection of data sources or databases, using the processing power of every data source and accessing what each one has physically stored, avoiding latency from moving and copying data. In addition, all repository data is accessible in real time, and governance and erroneous data issues are virtually eliminated. Deployable across any cloud or on premises, IBM Cloud Pak for Data delivers cutting-edge solutions to meet the demanding workflows of the energy industry.

Cloud independence:  Full control over your cloud journey

The OSDU Data Foundation helps prepare the energy industry to leverage cloud technology including the advantages of scalability and agility. Cloud technologies help unleash data and create new opportunities, and a hybrid cloud strategy is often the optimal path — delivering both efficiency and cost effectiveness for maximized flexibility and control over your infrastructure. Businesses can realize a 2.5X value with a hybrid cloud platform approach.

To meet the diverse operational and regulatory requirements of the energy industry, data sovereignty and security compliance, in-country cloud and cybersecurity are all essential. By choosing IBM Open Data for Industries, you can gain strategic control over your cloud journey and your infrastructure, providing the greatest flexibility to meet the unique needs of the upstream industry including on-premises hardware and behind-the-firewall security.

IBM is committed to open source technologies and to the Open Group OSDU Forum. Supporting collaboration across the energy industry and surrounding ecosystem will enable flexibility in the ongoing transition to new energies for a sustainable future.

Was this article helpful?
YesNo

More from Energy and Utilities

The different types of renewable energy 

5 min read - Renewable energy, also known as clean energy, is produced from natural resources that are generated and replenished faster than they are consumed—such as the sun, water and wind. Most renewable energy sources produce zero carbon emissions and minimal air pollutants. Fossil fuels (oil, coal and natural gas) on the other hand, are finite resources and release harmful greenhouse gas emissions (GHGs), including carbon dioxide (CO2) and methane, when burned. They are widely considered to be the main causes of climate…

What is vegetation management? 

4 min read - When North America suffered its largest blackout, it cost upwards of USD 6 billion  and left 50 million people without power for up to two days. What caused the blackout? Overgrown trees that came into contact with a power line.   Beyond causing blackouts, overgrown vegetation can also cause soil erosion and water quality problems, disrupting both our economy and the environment.  Vegetation management aims to mitigate these risks. But what exactly does vegetation management mean? It involves promoting desirable, stable…

10 ways the oil and gas industry can leverage digital twin technology

5 min read - The oil and gas industries have been the backbone of the global economy for decades. However, market volatility, environmental concerns and operational inefficiencies have also challenged these industries to adapt and innovate. The use of digital twins is one such innovation. In the era of digital transformation, digital twins are emerging as a potent solution to energy production challenges. Digital twin technology, an advancement stemming from the Industrial Internet of Things (IIoT), is reshaping the oil and gas landscape by…

IBM Newsletters

Get our newsletters and topic updates that deliver the latest thought leadership and insights on emerging trends.
Subscribe now More newsletters