Representing Mosaic Factor at the event was Head of Sales Joan Sampablo, who attended on behalf of Mosaic Factor to explore the latest developments shaping the future of connectivity, artificial intelligence, and digital infrastructure.

Telecom as the backbone of AI 

MWC 2026 highlighted how the telecom industry is moving beyond connectivity to become a core enabler of the next generation of AI-powered services. Leadership from the GSMA outlined three key pillars expected to drive the next phase of digital growth:  

• The completion of 5G standalone network rollouts.
• Broader access to open and inclusive AI technologies.
• Stronger global digital safety and trust frameworks 

These priorities reflect a broader shift toward networks that are not only faster but also capable of supporting distributed intelligence and AI-driven services. 

The rise of on-device intelligence

A major theme throughout the event was the rise of AI everywhere, particularly the shift toward on-device and network-native intelligence. Chipmakers and device manufacturers showcased powerful new system-on-chip architectures designed for local AI inference, enabling capabilities such as:

• Real-time translation
• On-device summarization
• Advanced photo processing
• AI assistants capable of performing complex tasks without relying on the cloud.

For developers and enterprises, this shift signals a new design standard where applications are built with local AI processing and multimodal interaction in mind, combining camera, voice, and text interfaces to deliver richer experiences.

Future of autonomous systems

Another prominent topic was the emergence of agentic AI systems, where autonomous AI agents can coordinate tasks across networks, infrastructure, and physical environments. Telecom providers and startups demonstrated how such systems could be applied to network orchestration, automated operations, and enhanced cybersecurity.

Next generation of connected systems

One of the most talked-about concepts at this year’s congress was “kinetic compute” and “kinetic tokens.” These represent ultra-fast compute units designed to synchronise real-world actions across robotics, drones, autonomous vehicles, and other distributed systems. Telecom operators argue that their networks are uniquely positioned to deliver the millisecond-level coordination required to power these emerging technologies. 

Security, digital trust, and global inclusion

Security and global digital inclusion also featured prominently across the conference agenda. With cybercrime costs continuing to rise worldwide, industry leaders emphasised the importance of:

• Privacy-preserving AI
• Stronger digital identity frameworks
• AI models capable of supporting more global languages
• Cross-border infrastructure standards

These priorities reflect the growing recognition that technological innovation must be accompanied by strong governance and inclusive digital access.

Mosaic Factor at MWC 2026

According to Joan, attending MWC provides valuable insights into how the telecom and technology landscape is evolving at a rapid pace. The event highlighted the growing importance of AI-enabled infrastructure and edge computing, as well as the increasing role telecom networks will play in enabling intelligent applications and connected systems.

For Mosaic Factor, attending the congress offers an opportunity to stay closely aligned with emerging industry trends and innovations that will shape the next generation of digital solutions.

As the industry moves deeper into the so-called IQ-Era, the convergence of AI, advanced connectivity, and distributed computing is expected to redefine how devices, networks, and businesses interact, creating new opportunities for innovation across sectors worldwide.

La entrada Mobile World Congress 2026: Entering the IQ Era se publicó primero en Mosaic Factor.

Driving efficiency and innovation with digital twins

Persi highlighted the MyEV Digital Twin, a two-layer architecture with a full off-board version for simulations and a lighter in-vehicle version, fully connected and interoperable with AI applications to enable continuous updates and optimisation. 

This design enables continuous updates and interoperability with advanced AI applications, ensuring that software-defined EV functions can be optimised for energy efficiency, safety, and driver experience throughout the vehicle’s lifecycle. 

TwinOps Methodology: Continuous Optimisation

At the heart of Twin-Loop is the TwinOps concept, which merges: 

• Model-based engineering (MBE) principles 
• DevOps practices 
• Digital twin continuous integration 

This methodology allows digital twins to remain synchronised with evolving vehicle designs, supporting efficient design, validation, and operational decision-making. TwinOps also leverages vehicle and fleet data to enhance energy optimisation, safety, and system integrity without interfering with core EV functions. 

Energy, safety and sustainability

Energy efficiency was a key focus of the presentation. Persi outlined how optimised in-vehicle algorithms and compressed data transmission can reduce energy usage while maintaining high performance. He also highlighted how TwinOps integrates environmental modeling, supporting lifecycle emission reduction and the transition toward software-defined vehicles (SDVs). 

Safety and cybersecurity remain central to the framework: digital twins and apps are designed to operate behind core systems, with tools such as CyberCar, OFSCE, ModVV, and ZTBCar providing protection against individual vehicle attacks, fleet-level intrusions, and in-vehicle system violations. 

Fostering collaboration and European competitiveness

The Twin-Loop consortium brings together 12 partners from 8 countries, spanning academia, automotive manufacturers, technology providers, and consulting firms. Advisory board members include ZF Friedrichshafen AG, Volvo Group, Zunder, and Traton, and the project is supported by a €5 million budget. 

By developing an open framework for MyEV Digital Twins and a suite of connected applications, Twin-Loop aims to accelerate innovation, reduce development time, and strengthen European automotive competitiveness. The framework provides reusable modules, development guidelines, and shared services, simplifying complex digital system development. 

Looking ahead

The presentation highlighted how TwinOps and MyEV Digital Twins are driving a new era of smarter, safer, and more sustainable electric vehicles. By leveraging continuous improvement and fleet-level insights, these tools enhance energy efficiency, driver experience, and overall system resilience. Through Twin-Loop, the project is helping shape the future of software-defined vehicles and driving the European automotive industry toward the next generation of mobility.

La entrada TwinOps and MyEV Digital Twins: advancing SDV at RTR Conference se publicó primero en Mosaic Factor.

The meeting marked an important early milestone for ECAVA’s working structure. The day began with a road mapping of current European initiatives in autonomous driving, highlighting both the depth of activity already underway and the need for better alignment. With global competition intensifying and “China speed” referenced repeatedly throughout the discussions, participants pointed to the rapid pace at which China is advancing in the tech and autonomous driving space. The shared understanding was that Europe must strengthen coordination and accelerate execution to build its own competitive, high-performance European AI capable of matching that momentum. 

From strategy to software foundations

A key part of the dialogue centred on advancing a European Autonomous Driving software stack. Rather than duplicating efforts, participants explored how shared foundations and clearer governance could support scalable innovation while reinforcing Europe’s technological sovereignty. 

Two priority areas shaped the exchanges: 

• Technical governance and coordination across initiatives 
• Structured collaboration on a European AD software stack 

Parallel discussions on Autonomous Driving Deployment and AI and data pooling added practical depth to the conversation. Topics ranged from deployment pathways and cross-border testing to how data sharing and computing capabilities can underpin competitive, trustworthy AI systems. 

Momentum across the ecosystem

The strong turnout signalled growing alignment across the automotive value chain. Industry leaders shared perspectives on deployment models and real-world implementation, sparking thoughtful debate and reinforcing the need to move beyond discussion toward tangible progress. 

To maintain continuity and avoid fragmentation, a dedicated core team will be formed under the leadership of soon-to-be-elected co-chairs. Further structural details are expected at the next Steering Committee meeting in March, reflecting ECAVA’s ambition to remain lean, focused, and outcome-oriented. 

Mosaic Factor’s CEO, Stefano, attended the sessions as part of the broader industry dialogue, contributing to the collective effort shaping Europe’s autonomous driving roadmap. 

The takeaway from Brussels was simple and practical: Europe has the expertise and industrial capacity. The next step is disciplined, coordinated execution. 

Read more about our trustworthy AI solutions.

La entrada Driving trustworthy AI in autonomous mobility: insights from ECAVA se publicó primero en Mosaic Factor.

The discussion formed part of the broader work around the CIDAI white paper, created through its think tank with contributions from public and private stakeholders. As participants in this effort, we were pleased to contribute to the roundtable, where Stefano Persi shared practical examples and case studies highlighting the role of AI and trusted data sharing in real logistics environments.

Industry insight

Rail freight volumes remain below the European average and a €5M fee exacerbates the challenge. Transporting goods by rail continues to face operation and structural challenges, even as demand is expected to grow significantly.

In line with the Climate Neutrality 2050 objectives, rail freight volumes are projected to double compared to recent historical averages. Achieving this growth will require not only infrastructure investment, but also better coordination, optimisation, and collaboration across the logistics ecosystem.

From CIMALSA’s perspective, multimodality is a central lever for improving logistics efficiency and sustainability. The optimal model combines rail for medium- and long-distance transport and road transport primarily for first and last-mile operations. AI enables this shift by supporting the reallocation of transport flows from truck to rail, optimising routes, schedules, and capacity usage. This approach can significantly reduce emissions compared to road-only transport, while maintaining operational flexibility.

Data sharing and the role of Data Spaces

A recurring challenge identified is the reluctance of operators and logistics agents to share information. While concerns around privacy are legitimate, they often limit system-wide optimisation. Data spaces were highlighted as a key enabler, providing:

• Secure data exchange and controlled access
• Clear rules on how data is shared and used
• Technical foundation for AI tools to suggest routes, estimate costs, and simulate operational scenarios.

By ensuring data trust, data spaces allow AI to support better decision-making without compromising sensitive business information.

Challenges facing the sector

Five major challenges shape the future of rail freight and logistics:

• Pressure for sustainability and decarbonisation
• Resilience in the face of global and geopolitical crises
• Urban congestion and last-mile regulation
• Digitalisation interoperability, and cybersecurity vulnerabilities
• Organisational readiness and technological transformation

These challenges are closely interconnected and require coordinated responses.

Where AI can deliver tangible value 

AI is already demonstrating measurable benefits in transportation and distribution operations, where it can deliver improvements in efficiency, cost, and sustainability. For Mosaic Factor, this includes automation projects for container loading and unloading at ports.

Despite its potential, barriers hinder AI adoption. These challenges include:

• Lack of an AI strategy within organisations,
• governance issues and data fragmentation,
• lack of quality historical data, difficulty in evaluating the ROI of AI initiatives,
• and a complex and inconsistent regulatory environment. Addressing these barriers requires clearer strategic alignment between technology, operations, and regulation.

Participants aligned on a three-level model for the sector:

1. Digitalisation: basic digitisation and automation, where progress is already visible.
2. Data sharing: secure exchange of data, enabling network visibility.
3. Visibility and success stories: more networks than logistics and gaining visibility of success stories.

Advancing through these levels is essential to unlocking the full potential of AI in logistics.

Key takeaways

Logistics efficiency depends on the effective combination of innovation, sustainability, and regulation. The key question for operators is what value is created by sharing data. AI, when combined with multimodality and trusted data-sharing frameworks, can significantly enhance the efficiency, sustainability, and resilience of rail freight and logistics systems.

During the roundtable, Stefano highlighted three projects Mosaic Factor contributed to:

1. Pioneers: Container Transport Forecast (EU Green Ports Initiative)
2. Port of Antwerp-Bruges: Cargo Flow Predictor
3. Disruptive: Detection & Classification of Logistics Network Disruptions

Together, these projects show the practical impact of AI and data collaboration in real logistics operations, grounding the CIDAI roundtable discussion in tangible solutions.

Click here to read the full white paper from CIDAI.

La entrada The role of AI in Multimodal Logistics and Sustainable Rail Freight se publicó primero en Mosaic Factor.

Key sessions featuring AI

Agentic AI in the Car: From Orchestration to Agentic Personalisation

• Speaker: Dogukan Sonmez, Project Lead Machine Learning Platform, BMW AG
• Focus: generative AI applications beyond text, handling 3D models, sensor streams, and domain-specific data.
• Highlight: explored multi-agent system architectures and orchestration techniques, showing how agentic AI can improve efficiency, adaptability, and decision-making in SDVs.

This session revealed groundbreaking approaches to embedding AI into the very core of vehicle intelligence, making it one of the most forward-looking talks of the event.

Scalable Function Deployment for SDV

• Speaker: Michael Niklas-Höret, AUMOVIO

• Focus: the ongoing (R)evolution of E/E architectures in vehicles, from decentralised domain-centric to Server Zone and Central Compute/Zero Edge, and the resulting challenge in deploying functions across these diverse architectures.
• Highlight: introduction of a new function development pattern designed to enable the re-use of functions across the three main architectures (and their hybrids), aiming to ease OEM migration to new E/E platforms and increase re-use across vehicle lines.

From Code to Car – Accelerating SDV Integration with Shift-Left and CI/CT

• Speaker: Felix Pretscheck, Bosch
• Focus: how the introduction of next-generation Compute ECUs, combined with a shift-left approach, virtualisation, and a modular CI/CT (Continuous Integration/Continuous Testing) framework, is transforming and accelerating the software and system integration process for Software-Defined Vehicles (SDV).
• Highlight: showcasing key methodologies and architectural enablers that streamline integration and validation, leading to improved software quality, faster integration cycles, and more agile, scalable, and production-ready complex automotive systems.

Coding for Cars: AI in the Driver’s Seat

• Speaker: Mikhail Vink, VP of Business Development, JetBrains
• Focus: the role of AI-driven development in regulated industries, ensuring the quality and security of AI-generated code, and integrating AI into DevOps.
• Highlight: demonstrated how AI can streamline coding processes while maintaining compliance and safety standards.

Between Research and Current Development in ADAS

• Speaker: Khaled Alomari, Manager Connected Vehicles, MHP (A Porsche Company)
• Focus: bridging cutting-edge research with real-world Advanced Driver Assistance Systems (ADAS) development.
• Highlight: emphasized collaboration between academia, industry, and regulators to accelerate AI-powered ADAS adoption.

Khaled’s insights underscored the critical role of AI in enhancing safety and efficiency, making this session a must-attend for anyone interested in the future of connected vehicles.

Mastering Complexity with Digital Twins

• Speaker: Ignacio Izaguirre, VP of Product, Concentrio AG
• Focus: leveraging digital twins at the signal level for software management.
• Highlight: showed how applying AI to dependency nets can identify anomalies and vulnerabilities, improving OTA updates and system reliability.

AI-Driven Autonomy in SDVs

• Speaker: Shashank Pathak, Product Management, ZF Friedrichshafen AG
• Focus: how AI enables perception, planning, and control in autonomous SDVs.
• Highlight: discussed challenges of deploying AI on automotive hardware and strategies for safe, scalable autonomy.

Workshops and world café sessions

The workshop sessions “Challenge Your Peers” brought attendees together in small, moderated roundtables where we debated pressing industry questions using collective intelligence and mind maps. Topics ranged from how software testing evolves under SDV architectures, the role of AI in automotive development, and the future of ASPICE compliance, to redefining in-car experiences through advanced HMI and exploring AI-driven autonomy.

Each workshop encouraged participants to share experiences, challenge assumptions, and co-create solution concepts. Similarly, the World Café format provided a dynamic environment for peer learning, cross-industry networking, and the generation of actionable insights that complemented the more formal presentations and case studies.

Our takeouts

The conference highlighted that AI is no longer a peripheral tool but a central pillar in the evolution of software-defined vehicles. From agentic personalisation at BMW to AI-powered ADAS at MHP, the sessions demonstrated how intelligence is being woven into every layer of automotive innovation.

These talks not only showcased current applications but also pointed toward a future where vehicles are adaptive, intelligent, and deeply connected.

La entrada Software-Defined Vehicles Conference Berlin 2025 se publicó primero en Mosaic Factor.

Here are the key trends and developments that stood out.

Digital Twins take center stage

Digital Twin (DT) technology was one of the most prominent themes across exhibitor stands. Cities are increasingly adopting DTs to simulate and manage complex urban systems. The most common applications showcased included:

• Emergency and disaster management
• Human behaviour modelling
• Traffic and parking optimisation
• Energy demand forecasting
• Urban planning, such as identifying areas where new childcare facilities are needed

Several companies also presented the evolution of the Citiverse concept, part of a European initiative that integrates Digital Twins with cybersecurity, IoT, and other advanced technologies (European Commission Citiverse Project). Another highlight was the introduction of 4D Digital Twins, which incorporate the time dimension to enable predictive urban simulations (Nfold ROI).

Smart Cities and visual Language Models

AI innovation was another major focus. NVIDIA unveiled its Visual Language Model (VLM) platform for cities, designed to transform sensor-captured image data into an intelligent “city brain” capable of interpreting current and potential urban scenarios.

Practical applications were demonstrated in Leipzig, where AI-driven DTs are being used to optimise parking spaces and bicycle infrastructure. Meanwhile, the University of Hamburg showcased collaborative, open-source AI projects, emphasizing their interest in joining European-funded initiatives (DCS Intro 2024).

Cybersecurity and Global Engagement

Cybersecurity was a recurring theme throughout the expo, underscoring its critical role in safeguarding smart city infrastructures. Notably, the World Bank was actively involved, reflecting the global importance of secure digital ecosystems.

Our Contribution: Open Innovation Challenges

As part of our participation, we engaged in open innovation challenges, presenting proposals that leverage Large Language Models (LLMs) and Digital Twins for corporate applications. These initiatives demonstrate our commitment to pushing the boundaries of AI and urban technology, ensuring that cities of the future are not only smarter but also more resilient and inclusive.

Our presence at Smart City Expo Barcelona reaffirmed our role as a forward-looking technology provider. By contributing to discussions on Digital Twins, AI, cybersecurity, and open innovation, we continue to shape the future of urban living, driving solutions that make cities more adaptive, efficient, and human-centered.

La entrada Smart City Expo Barcelona se publicó primero en Mosaic Factor.

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.

→ Check our Digital Twins solution

La entrada Twin-Loop project meeting in Catania se publicó primero en Mosaic Factor.

Here are the key trends and developments that stood out.

Digital Twin Innovations

The fair featured numerous Digital Twin solutions, emphasizing virtual commissioning and real-time manufacturing services:

• Delta Electronics presented a Digital Twin for virtual commissioning of robotic gluing cells, enhancing automation efficiency.
• An open-source initiative by IDTA (Eclipse Foundation) garnered attention for advancing accessibility in Digital Twin technology.
• Circularity emerged as a critical theme, with contributions from Fraunhofer or Schneider promoting sustainable manufacturing practices. These projects spanned sectors such as food production and automotive component recycling.
• Siemens showcased a wind tunnel simulation using Digital Twin and AI technologies, it demonstrates the potential for advanced testing methods.

AI driving innovation

AI applications in manufacturing were prominently displayed, extending beyond traditional machine learning:

• The importance of Explainable AI (XAI) and Certified AI was highlighted, reflecting the industry’s commitment to transparency and reliability.
• Schneider utilised AI in plant-based milk production to optimise processes, ensuring consistent sugar content—an example of machine learning automating complex tasks.
• DFKI‘s AI solutions included temperature configuration analysis for heating systems and quality assurance for car body construction, combining image analysis, sensors, and Digital Twin technology.
• Robotics-integrated AI applications also introduced explainability for tasks such as detecting assembly errors and automating quality checks.

Robotics and AI convergence

The robotics exhibits presented diverse applications:

• Project ROX demonstrated process automation.
• Siemens unveiled projects combining robots with virtual PLCs, powered by AI and large language models (LLMs). One application involved assembling toys based on customer instructions via a digital interface.

Hannover Messe proved that the synergy of Digital Twins, AI, and Robotics is transforming manufacturing. These technologies not only enhance efficiency but also pave the way for sustainable and innovative production solutions.

La entrada Hannover Messe: Exploring the Future of Manufacturing se publicó primero en Mosaic Factor.

There were so many things going on at the same time. If you want to have a global grasp of everything that took place there, you can check McKinsey’s global key take-aways from MWC2025, but here is a highlight of some of the most relevant moments of our participation.

Conferences

We were at various conferences on GenAI at 4YFN with magnificent talks such as “Prompting Business Models to Life” moderated by Oisin Lunny with speakers Miguel A. de Kfund, Pilar Manchón from Google, and Shahid Azim on how Generative AI rewrites business models.

Related to the topic above, we also participated in “Do AI Agents speak business?” and “The convergence of AI, GenAI and open RAN“.

Finally, we attended a conference on how collaboration facilitates the culture of innovation, as well as talks on how to enact equity in the digital age.

New Tech

Discover the latest tech trends that captivated us at the event. From groundbreaking advancements to game-changing innovations, here’s what you need to know.

1. AI Agents

At Mobile World Congress 2025, one of the most prominent trends was that of artificial intelligence (AI) agents. Not only do these agents respond to queries, but they can also adapt and personalize their responses based on the user’s history, preferences, and emotional tone.

This ability to personalise and adapt is known as Personality Engineering.

In addition, the integration of these agents in mobile devices, such as the Samsung Galaxy S25, which can process voice commands and perform actions between different applications without human intervention, was highlighted

This trend promises to reduce the need for direct interaction with devices, automating tasks based on user preferences.

2. AI-driven semiconductors

AI–powered semiconductors were also a central theme.

Intel introduced its new Xeon 61, a system–on–chip (SoC) with AI integration that significantly improves radio access network (RAN) capacity and energy efficiency. This chip offers up to 2.4x more RAN capacity and 70% better performance per watt compared to previous generations. Built–in AI acceleration enables up to 3.2x higher AI RAN performance.

AMD highlighted advances in AI–powered high–performance semiconductor technologies, especially in edge computing. These technologies allow data to be processed closer to where it is generated, improving the speed and efficiency of applications in real-time.

An AI-powered platform was introduced to redefine telecom operations, optimising network performance in real-time. This platform seeks to integrate AI directly into network infrastructure, such as radios, routers, and edge computing nodes, to improve efficiency and reduce costs. These innovations are designed to improve network connectivity and performance, making AI more viable at scale.

3. Smart Factory and the smart industrial revolution

A special focus was placed on smart factory systems, integrating signals, connectivity, and artificial intelligence (AI) to optimise processes and increase efficiency. This development underscores the importance of technological innovation in the transformation of the industry.

Meaningful connections

1. Digital Twins and sustainability with Fujitsu

We discovered Fujitsu’s innovative use of digital twins, based on data collected by marine drones. This project makes it possible to map and analyse the seafloor along the coast of Japan, providing information on carbon emissions, biodiversity, and environmental predictions. In addition, Fujitsu presented us with a Chat AI Agent designed for the automotive sector, along with a use case focused on the range and capacity of electric vehicle batteries.

2. Design, mobility and robotics: Pininfarina and Ducati

We had the pleasure of collaborating with the Pininfarina and Ducati teams, benchmarks in design and mobility, to explore technological and creative synergies, as they are now entering new technologies such as robotics.

3. EV charging solutions with Zunder

We explored the initiatives of Zunder, a leading leader in EV charging, which continues to lead the way towards more sustainable mobility.

Side events during MWC

In parallel, we also participated in Barcelona Woman Acceleration Week and Barcelona Open Data initiatives.

Barcelona Woman Acceleration Week
In BWOW 2025, we would highlight the speech of María González Veracruz, Secretary of State for Digitalization of Spain and AI, emphasizing the persistent gender equality gap in all industries, particularly in Tech: “We must work to create a new era of inclusive entrepreneurship”. Many women are not only qualified, but they are often overqualified, however, this does not always lead to opportunities in leadership roles.

Open Data day
We were also honored to participate in Open Data Day 2025, a global celebration of OpenData, with a session entitled “Women Leading Open Data for Equality.”

Organised by the Barcelona Open Data Initiative, this session highlighted the critical role that open data plays in addressing equality challenges. High-profile speakers -women at the forefront of data technologies and open data- shared their knowledge, experiences, and best practices in publishing and reusing open data. This event is part of Open Data Day, an annual global celebration that has been encouraging the adoption of open data in all countries and cultures for the past 12 years. Powered by the Open Knowledge Foundation and its network, the initiative underscores the importance of leveraging open data to drive innovation and promote equality globally.

La entrada Our take-aways from Mobile World Congress 2025 week se publicó primero en Mosaic Factor.

Co-creation interactive workshop

During the meetings, we organised a World Café: an interactive co-creation workshop to better define core technical tasks by defining, mapping, and discussing:

1. Recent initiatives in the topic.
2. What are the main challenges (difficulties by importance).
3. Which of the project’s key results is more relevant for exploitation purposes.

Innovation in Digital Twins for SDV

Twin-Loop builds on a new opportunity in cloud-computation capacity due to the implementation of High-Performance Computing combined with digitisation of EVs under the SDV architecture. Our main goals are to enhance EV driver experience, safety as well as cybersecurity. Current Digital Twin state of the art is far from the complexity of EVs core performance. Any vehicle is unique and has its own hardware and software version. By considering the unicity of a single vehicle and learning from the operational data of a vehicle fleet and the use of data and digital models across all EV’s lifecycle, it would be possible to unlock the necessary extra step to reduce energy consumption without compromising comfort and safety. Twin-Loop will develop an Open Framework for TwinOps for EVs along with a suite of digital tools to constantly improve the following elements across the four stages of the vehicle lifecycle:

• Energy Consumption
• Hardware Costs
• Driver Experience
• Vehicle Resiliency

The project will implement the Open Framework, integrate with EV-specific tools, and assess their effectiveness in realistic conditions across three different use cases, identified for their relevance to the topic. We will also focus on fostering synergies between various sectors and stakeholders, aligning with European priorities and strategic partnerships like 2ZERO and Chips JU. This ensures the transferability of expected outcomes and underscores Twin-Loop’s commitment to innovation management, research ambition, and market acceptance within the automotive industry.

Planning the HE project

Located in the beautiful “Barcelona Room” from Barcelona City Council Mobility buildings, the project consortium addressed several topics to kick off the Twin-Loop project:

• Software-defined EV trends and project requirements
• Efficient and effective EV development
• Open Framework for TwinOps and Digital Tools for EVs
• Driver profiling, Privacy and Cyber Security
• Use Cases and evaluation
• Project Overview & Planning
• Presentation by European Commission
• Policy Expectations
• Project Management & Administrative Topics

We will keep you posted on new developments from this exciting innovation project!

→ Check our Digital Twins solution

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