Eni S.p.A. E is extending its technology agenda beyond traditional energy operations through a new agreement with Generative Bionics, an Italian deep-tech company developing humanoid robots powered by Physical AI. The memorandum of understanding centers on testing and evaluating advanced robotic systems, starting with GENE.01. The agreement adds another layer to Eni’s push toward digitalization, operational efficiency and technology-led competitiveness.
Eni Tests Robotics Across Industrial Operations
The collaboration will evaluate the use of humanoid robots for inspection, teleoperation, remote assistance and other complex industrial tasks. The initiative is aimed at improving workplace safety, enhancing operational efficiency and strengthening data-driven monitoring across E’s asset base.
Eni will assess whether its industrial sites can support future production, assembly and testing of advanced robotic systems. The agreement includes cooperation on battery use, disposal and recycling, broadening the partnership beyond robotics deployment into related industrial processes.
Eni’s Materials & Computing Add Strategic Depth
Eni’s collaboration with Generative Bionics goes beyond deploying humanoid robots. Versalis and Finproject will assess materials and design solutions for GENE.01’s foot and footwear system, with a focus on improving strength, grip, durability, impact absorption and ease of assembly. The partners will also explore opportunities to industrialize and commercialize sensor-equipped footwear.
E will evaluate the use of its High Performance Computing infrastructure to advance the development and testing of Generative Bionics’ Physical AI models. The initiative highlights Eni’s efforts to combine advanced materials, computing resources and industrial expertise to support innovation and improve operational efficiency over time.
Shell & Chevron Show the Industrial Case
Eni’s robotics push reflects a broader trend across the energy sector. Shell plc SHEL has been using robotic systems, including drones, autonomous inspection tools and machine-vision technologies, to support leak detection, corrosion monitoring and asset inspections. These initiatives are helping Shell reduce manual intervention in higher-risk tasks while improving data collection and operational efficiency. The growing use of automation across SHEL’s operations highlights how advanced robotics is becoming increasingly relevant to large integrated energy companies.
Similarly, Chevron Corporation CVX is expanding the use of robotics across its operations. Chevron uses robots for tank inspection and cleaning, drones for visual and thermal inspections, and remote tools for activities involving greater operational risk. CVX has stated that robotic tank inspections have generated more than $25 million in savings and about 43,000 working hours since 2024. The progress at Chevron underscores the potential for robotics to support cost efficiency, productivity and safer operations across the energy sector.
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