Last month, our team had the honor of hosting the General Assembly Meeting for the Twin-Loop project in the vibrant city of Catania, Sicily. Held at the iconic Museo Diocesano -a place where heritage meets innovation-, the event marked a pivotal moment for the Horizon Europe initiative focused on revolutionising energy efficiency in electric vehicles.
As proud coordinators of Twin-Loop, we are thrilled to lead this groundbreaking effort to develop an Open Framework for TwinOps and Digital Twin technologies tailored to Electric Vehicles. The project’s ultimate goal: to significantly reduce EV energy consumption and pave the way for smarter, more sustainable mobility.

Assembly Highlights
- Collaborative Breakthroughs. Partners from across Europe came together in dynamic sessions centered on the Advisory Board and Use Cases, aligning on technical strategies and shared goals.
- Project Progress Review. A thorough evaluation of milestones, deliverables, and future objectives ensured all stakeholders are moving forward with clarity and cohesion.
- Networking & Synergy. Informal gatherings and structured networking activities fostered new relationships and deepened existing ones, reinforcing the collaborative spirit of Twin-Loop.
- Hands-On Workshops. Interactive sessions sparked fresh ideas and actionable insights, equipping participants with renewed momentum and a clear roadmap for the next phase.


As Twin-Loop continues to evolve, the energy and engagement from this General Assembly will serve as a powerful catalyst for innovation, impact, and progress toward a more efficient EV future.
Advancing Digital Twin Intelligence for the Future of SDV in electric vehicles
Twin-Loop is pioneering a new generation of Digital Twin innovation by harnessing the expanding capabilities of cloud-native architectures and High-Performance Computing (HPC). As Electric Vehicles transition into fully Software-Defined Vehicles, the project taps into real-time data orchestration and edge-to-cloud integration to redefine how digital replicas interact with physical systems. Our ambition is to elevate the EV experience: enhancing personalisation, improving energy efficiency, and embedded cybersecurity.
Current Digital Twin solutions often overlook the granular complexity of EVs, where each vehicle operates with a distinct blend of hardware, firmware, and software updates. Twin-Loop embraces this individuality, using fleet-wide operational intelligence and lifecycle-wide data fusion to build adaptive models that evolve with each vehicle. This approach unlocks the potential to reduce energy consumption intelligently, without sacrificing performance, comfort, or safety.
Through the development of an Open TwinOps Framework and a modular suite of digital tools, Twin-Loop will enable continuous optimisation across the four critical stages of the EV lifecycle: design, production, operation, and end-of-life.
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