The energy transition is often driven by ambitious narratives.
However, it can only be properly assessed through reliable and comparable data.
Recent studies now provide a clearer picture of how major oil and gas players are actually engaging with this transition.
According to a study published in Nature Sustainability in October 2025 and relayed by AEF Info, the 250 largest oil and gas companies contribute only 1.42% to global renewable energy production.
This highlights a persistent gap between public commitments and actual investments.
Limited participation in renewable energy projects
The study also shows that only 49 out of these 250 companies hold stakes in operational renewable energy projects. These activities represent just 0.13% of their overall business.
While some initiatives do exist, they remain marginal compared to the historical and economic weight of these groups in the global energy system.
The central role of usable data
Indicators such as greenhouse gas emissions, installed renewable capacity or methane leaks provide a more objective view of corporate trajectories.
Beyond investment figures, the key challenge lies in the ability to measure and monitor so-called “sustainable” commitments.
However, without consistent data collection, long-term traceability and a coherent analytical framework, this data remains difficult to use and compare across organisations.
Traceable data as a management lever
In this context, assessing the energy transition requires systems capable of producing structured, traceable and auditable data.
Such data is essential for investors, public authorities, auditors and governance bodies.
At kShuttle, we support organisations in structuring these data frameworks with ExRP® (Extended Regulatory Platform).
The platform is designed to centralise and govern ESG, financial, tax and other sensitive data within a sovereign cloud environment, ensuring both legal and operational control.
From reporting to long-term data governance
ExRP® enables organisations to collect heterogeneous data, maintain historical records, document calculation methods and ensure consistency between regulatory requirements and business use cases.
This approach goes beyond a purely declarative logic.
It embeds the energy transition, alongside broader compliance and governance challenges, into a sustainable management framework, built on reliable, controlled and comparable data over time.
