SLB and Qualcomm bring edge AI to energy operations
edge AI solutions for energy operations. The initiative aims to bring data processing and artificial intelligence directly to wells, facilities, and production systems to facilitate real-time operational decisions.
Furthermore, the collaboration combines Qualcomm's low-power edge computing capabilities with SLB's Agora™ portfolio of artificial intelligence and IoT solutions. Both companies aim to address a growing need in the energy industry : intelligent systems capable of operating close to production assets with less reliance on centralized infrastructure.
Edge AI accelerates decisions in the energy sector
Currently, energy operators face challenges related to connectivity, latency, and operational continuity in remote locations. In this context, edge AI emerges as an alternative for processing information directly at the point of data generation.
According to SLB, this approach allows for faster analysis and operational responses, an especially relevant aspect in facilities where every second can influence production efficiency, equipment maintenance, and process safety.
Therefore, the alliance with Qualcomm seeks to enable new intelligent processing capabilities at the edge of the network, bringing artificial intelligence closer to the energy infrastructure without depending exclusively on centralized platforms.
Automation accelerates autonomous systems
As digitalization advances in the sector, energy companies are increasing their adoption of technologies geared towards industrial automation . This shift is generating a growing demand for platforms capable of performing complex tasks with minimal human intervention.
Consequently, Edge AI- based systems are emerging as a tool to support more agile and consistent operations. The ability to analyze data locally allows for rapid response to operational variations and facilitates the evolution toward more autonomous environments.
Furthermore, the integration of artificial intelligence into equipment and workflows can contribute to improving asset availability and optimizing the management of distributed processes in remote areas.
Securer infrastructures for the AI era
Another objective of the collaboration is to help operators modernize legacy technological environments. Many energy facilities continue to use systems developed under traditional architectures that have limitations for incorporating new digital capabilities.
In this scenario, combining SLB's solutions with Qualcomm's technologies could facilitate a gradual transition to more connected and intelligent infrastructures.
Similarly, both companies emphasize the importance of strengthening cybersecurity within operational technology environments. As the connectivity of industrial assets increases, protecting systems becomes increasingly crucial to ensuring business continuity.
A trend that is gaining ground throughout the energy industry
The collaboration between SLB and Qualcomm reflects a broader trend within the sector. Energy companies are looking to incorporate artificial intelligence directly into their operations to improve efficiency, increase infrastructure resilience, and optimize resource management.
Therefore, the development of edge AI solutions could become an increasingly important component of the energy industry 's digital transformation strategies. With the ability to process information close to production assets, these technologies aim to support more autonomous operations better suited to the demands of modern industrial environments.
News of additional interest
TMC will equip new vessels for underwater works
Yantai CIMC Raffles Offshore has commissioned TMC Compressors to supply the marine compressed air system for two underwater rock installation vessels it is building for Van Oord. The contract includes instrumentation air compressors and air dryers to support the operations of these specialized vessels. While the value of the agreement was not disclosed, both companies emphasized the technical importance of the project.
The new vessels will be designed for large-scale work on the seabed. They will have a cargo capacity of 35,000 tons and will be able to handle large rocks. They will also incorporate a DP-2 dynamic positioning system that will allow them to maintain a precise location even under challenging weather conditions. Their design includes engines compatible with biofuel and methanol, battery energy storage, and solutions aimed at improving operational efficiency and reducing emissions.
Stade is preparing to receive LNG in September
The Stade floating liquefied natural gas (LNG) terminal is scheduled to begin operations in September after successfully completing a phase of technical analysis and safety reviews. Deutsche Energy Terminal (DET), the company responsible for the project, reported that the work carried out in recent months has allowed them to finalize the timeline for starting LNG supplies from this new facility.
As part of the preparations, the storage and regasification vessel Energos Force will return to Germany to participate in the commissioning of the terminal. The vessel had been temporarily deployed to Jordan while construction progressed. Its return is scheduled to coincide with the final phase of the project at the port of Stade-Bützfleth in Lower Saxony.
FRV accelerates its battery plan in Italy
FRV announced the development of a portfolio of battery energy storage systems with a total capacity of 2.9 GW and 11 GWh in Italy. The company anticipates that the projects will reach the construction-ready stage between 2026 and 2029. The initiative is in an advanced stage of development and covers several regions of the country, with a significant presence in Sicily, Friuli-Venezia Giulia, and Apulia.
The projects will be distributed across ten Italian regions and aim to strengthen the electrical system's capacity to handle a greater share of renewable energy. Sicily leads the portfolio with 745 MW planned, followed by Friuli-Venezia Giulia with 663 MW and Apulia with 445 MW. The remaining capacity will be distributed among other strategic areas of the country to strengthen the grid and improve operational flexibility.
Suniva and SUNation join forces to grow in the US.
Suniva and SUNation Energy have signed a merger agreement that will create a company focused on strengthening the U.S. solar supply chain. The transaction will combine Suniva's solar cell manufacturing capabilities with SUNation's expertise in installation, energy storage, and services for residential and commercial customers. Following the expected closing in the second half of 2026, the company will operate under the Suniva brand and maintain its listing on the Nasdaq.
The merger comes at a time when the United States is seeking to boost domestic production of energy technologies. Suniva currently has a 1 GW manufacturing plant in Georgia and is working on a 4.5 GW expansion in South Carolina. The resulting company aims to leverage that capacity to meet the growing demand for domestically manufactured solar components and reduce reliance on imports in a segment considered strategic for the energy sector.