Lausanne, Switzerland – 28th August 2024 – Akselos, the leading provider of Structural Performance Management software, is pleased to announce a strategic enterprise agreement with SHELL INFORMATION TECHNOLOGY INTERNATIONAL B.V.
Under this agreement, Shell will leverage Akselos’ Structural Performance Management (SPM) software to monitor the structural health of critical assets across the Shell portfolio in near real-time. Akselos’ SPM software will help enable Shell to optimize the lifecycle of critical assets safely and sustainably.
“We are thrilled to join forces with Shell,” says Thomas Leurent, CEO of Akselos. “Shell’s expertise in plant operations, new energy discoveries and technical know-how complements our strengths and will enable us to accelerate our growth and enhance the value we provide to our customers.”
Shell has a strong track record of innovation in the energy sector, and this agreement will enable Shell to leverage Akselos’ simulation technology to enhance asset performance, ensure uninterrupted operations, extend asset life and ultimately support the safe operation of assets at maximum output.
Shell Ventures is a long-time investor in Akselos. With the mission of commercializing innovation in the energy industry, Shell Ventures’ business development team actively guides its portfolio companies to scale up and grow in the market.
Since 2015, Akselos and Shell have worked together on targeted projects and most recently completed a three-year Enterprise Framework Agreement (EFA).
Media contact
Aspectus Group
Jamee Kirkpatrick, Senior account director, Aspectus Group
Jamee.kirkpatrick@aspectusgroup.com
Akselos
Teodora Chaneva, Head of Marketing, Akselos
teodora.chaneva@akselos.com
About Akselos
Akselos provides groundbreaking Structural Performance Management (SPM) software powered by the world’s fastest and most advanced physics-based simulations. Founded in 2012 and with operations in Europe, the USA and Southeast Asia, Akselos’ digital twin products are designed to help protect the world’s critical infrastructure through near real-time structural health monitoring capabilities.