Manufacturing-X

The Global Initiative for Industrial Data Ecosystems


Manufacturing-X is the initiative for establishing an open, secure, and interoperable data ecosystem within the industrial sector. Its objective is to empower companies across the entire value chain to share their production and product data in a sovereign, trustworthy, and cross-sectoral manner. In doing so, it creates the digital foundation for a resilient, sustainable, and competitive industry - in Germany, Europe, and worldwide.

Against the backdrop of global crises, disrupted supply chains, and rising sustainability requirements, Manufacturing-X relies on strong partnerships among business, government, and academia. Supported by the Federal Ministry for Economic Affairs and Climate Action (BMWK) and underpinned by international cooperation, an infrastructure is emerging that combines future technologies with digital sovereignty.

As a leading organization for applied research, the Fraunhofer-Gesellschaft contributes its scientific and technological expertise to the initiative - with practical solutions, open standards, and a clear vision for the industry of tomorrow.

Structure of the Manufacturing-X Ecosystem

The figure illustrates the architecture of Manufacturing-X, showing how the shared data ecosystem is structured and the role that individual building blocks play within the overall concept. At its core lies the secure, sovereign, and interoperable exchange of data along industrial value chains - spanning across company and industry boundaries. This is underpinned by a three-tier model.

The lower layer forms the technological foundation. Here, open standards, regulatory frameworks, and shared services - such as identity management or data access control - are defined. This shared infrastructure enables the development of digital solutions that are scalable, reusable, and secure.

Building upon this foundation, industry-specific data spaces emerge at the intermediate level - such as Catena-X, Factory-X, or Healthtrack-X - which implement concrete use cases. Despite their respective specializations, they draw upon the same technical foundations, thereby facilitating interoperability and the transfer of solutions across domains.

The uppermost level serves the purposes of exchange, scaling, and knowledge transfer. Initiatives such as Transfer-X and Scale-MX ensure that best practices are shared, solutions are disseminated, and synergies are leveraged. In this way, a networked ecosystem is fostered that combines shared standards with individual innovative power - paving the way toward a resilient, digital industry.

© Federal Ministry for Economic Affairs and Climate Action (BMWK)
The architecture behind Manufacturing-X

Our contributions to secure data exchange

1. Development of Secure and Interoperable Data Rooms

The Fraunhofer-Gesellschaft researches and shapes the technological foundations for networked data spaces that enable the efficient, sovereign, and legally compliant exchange of data. Small and medium-sized enterprises, in particular, benefit from practical and scalable solutions that facilitate access to digital ecosystems.

One result of this work is the VDMA study on the design of a Manufacturing-X data space, which the Fraunhofer-Gesellschaft produced jointly with the German Mechanical Engineering Industry Association (VDMA) and the German Electrical and Electronic Manufacturers' Association (ZVEI). The study examines the requirements of companies of various sizes and demonstrates how a digital data economy can be designed to create added value while simultaneously ensuring data sovereignty.

2. Technological Implementation and Standardization

Within the framework of Manufacturing-X, the Fraunhofer-Gesellschaft supports the development of decentralized, open-source-based data spaces that can be flexibly integrated into existing production and IT infrastructures. The goal: sovereign, secure, and interoperable data exchange across company and industry boundaries.

To this end, technology modules are being developed that define core standards and services - independent of the specific use case. These form the technical foundation for all industry-specific data spaces. These technology modules include, in particular:

  • Common Technological Foundation: open standards, standardized data spaces, and semantically defined data models;
  • Shared Services: e.g., identity management, data access control, data marketplaces, connectors & API protocols, as well as trust and compliance services;
  • Open-Source Components: such as Eclipse Tractus-X or Asset Administration Shell (AAS) platforms, applicable across multiple domains;
  • Technical Infrastructure: for data networking, test environments, and interoperability testing;
  • Data Modeling & Exchange Technologies: e.g., Digital Product Passport (DPP), Asset Data Modeling, and exchange via the Asset Administration Shell (AAS);
  • Governance and Security Architectures: for the trustworthy and compliant operation of distributed data spaces.

In this process, companies always retain control over which data they share with which partners. The focus lies not only on technical feasibility but, above all, on the concrete benefits for the industry.

3. Industry-Specific Applications for a Connected Industry

Based on these technology building blocks, the Fraunhofer-Gesellschaft supports the development and testing of concrete data spaces for various industrial sectors. In close collaboration with industry partners, use cases are being implemented, including:

  • Traceability of products and components, 
  • ESG reporting across complex supply chains, 
  • Decarbonization across multiple production stages (Product Carbon Footprint), 
  • Promotion of the circular economy - from design to recycling, Management and utilization of Digital Product Passports (DPPs), 
  • Capacity and demand management within and across industries, 
  • Quality assurance and damage analysis in networked manufacturing processes.

These industry-specific use cases demonstrate the potential of interoperable data spaces: improved supply chains, sustainable resource utilization, and optimized industrial processes. Manufacturing-X positions itself as an ecosystem of ecosystems: companies integrated into a sector-specific data space can benefit from the added value generated by other data spaces - facilitated by shared standards and interoperable technologies. An overview of current project involvements can be found below.

Why Manufacturing-X with Fraunhofer?

The Fraunhofer Institutes support companies in practically leveraging the opportunities offered by Manufacturing-X. Through proven technologies, insights into the development of open standards, and rigorous research, we facilitate your entry into secure and interoperable data spaces. The potential benefits for your company include:

  •  Sovereign data exchange with partners
  • Faster processes and greater transparency within the supply chain 
  • Access to new business models and ecosystems 
  • Practical support for digitalization and standardization

Whether for product passports, capacity management, or quality assurance - the Fraunhofer-Gesellschaft puts Manufacturing-X into practice and guides you on your journey toward a connected industry.

Current Project Participations of the Fraunhofer Institutes

 

Catena-X: The Digital Ecosystem of the Automotive Industry

The consortium is developing a collaborative, data-sovereign ecosystem spanning the entire automotive value chain. The project relies on uniform standards for data flows, new digital business models, and more efficient processes. It also enables small companies to connect easily - fostering greater transparency, sustainability, and competitiveness within the automotive industry.

 

Semiconductor-X: Digital Twins for the Semiconductor Industry

The project develops digital twins for the semiconductor industry based on the Gaia-X/Catena-X architecture. Through AI-driven analytics, the project optimizes supply chains, manufacturing processes, and sustainability assessments. Key focus areas include secure data exchange, resilient networks, and the reduction of CO₂ emissions and resource consumption - aiming for efficient and sustainable semiconductor production.

 

Aerospace-X: The Digital Future of Aerospace

Under the leadership of Airbus, the consortium is driving the digital transformation of the aerospace industry. The goal of this funded project is to establish a digital ecosystem for seamless collaboration across the entire value chain. The focus lies on innovative solutions for CO₂ management, the circular economy, and quality control - paving the way for a sustainable and connected future.

 

Factory-X: Open Data Ecosystem for Production

Led by Siemens and SAP, this flagship project - together with 47 partners - is developing an open, collaborative data ecosystem for the manufacturing industry. It enhances cross-vendor data consistency, optimizes CO₂ and energy management, and fosters digital business models. Furthermore, it strengthens traceability along the supply chain and supports the development of an international Manufacturing-X community.

 

Healthtrack-X: Connected Data Ecosystem for Healthcare

The project is developing an open, decentralized data ecosystem for the healthcare sector that strengthens data sovereignty, efficiency, and trust. Based on Gaia-X and Catena-X, it enables a networked supply chain, automated digital accompanying documents, CO₂ accounting, and the early detection of bottlenecks—for a sustainable healthcare system.

 

Energy-Data-X: Data Ecosystem for the Energy Transition

The initiative establishes a sustainable data ecosystem for the energy sector. Through a standardized data space, it enables efficient, secure data exchange and data-driven business models - in alignment with Gaia-X standards. In doing so, the project supports the digital networking of all market participants and drives forward the energy transition.

 

Transfer-X: Digitalization Expertise for SMEs

This initiative empowers small and medium-sized enterprises through a neutral knowledge platform focused on Industry 4.0 technologies, particularly within the automotive sector. By providing clearly presented content, best-practice training, and a robust partner network, it supports the successful implementation of digital solutions - thereby enhancing the competitiveness.

 

DAVID: Interoperability for Manufacturing-X

This cross-cutting project ensures digital interoperability within Manufacturing-X through the Asset Administration Shell (AAS). It enables the validation of technical and semantic standards for open data ecosystems and provides methodological support to MX projects. A particular focus lies on standardization and the development of an SME adapter, aimed at preparing small and medium-sized enterprises for the Industry 4.0 data space.

Construct-X: Digital Networking for the Construction Industry

The consortium is creating a digital ecosystem for the construction and plant engineering sectors to optimize resilient supply chains, sustainability, and productivity. Through the use of digital twins, AI-driven risk management, and connected planning, the entire construction process is made more transparent, efficient, and sustainable.

 

DaFoX-OWL: Onboarding for Using the Factory-X Data Space

The DaFoX-OWL project supports small and medium-sized enterprises (SMEs) in digitizing their manufacturing processes through the use of data spaces such as Factory-X. Under scientific guidance, production data is rendered usable in order to sustainably enhance efficiency, flexibility, and sustainability in production.