AMC 2025
in a nutshell
The 2025 OI4 All Members Convention brought together members and industry leaders with one clear message: progress through collaboration. With lively discussions on AI, Robotics, and the Asset Administration Shell, and plenty of hands-on exchange, the day was all about moving ideas into action. The energy and commitment in the room made it clear — the OI4 community is ready to keep driving industrial transformation forward.
CONTENT RECAP BELOW
Breakout
session #1

Initiative: OI4 Software-Defined Automation Stack
The session revisited the results of the first project phase, where OI4 members demonstrated that automation can indeed be software-defined — decoupling control applications from dedicated hardware through containerized environments. At the Convention, the focus shifted to scaling this concept. Phase 2, presented as the OI4 SDA Stack, is building the foundation for a modular automation ecosystem in which apps can be flexibly deployed, updated, and orchestrated across devices from different vendors. Using OpenDevStack for continuous integration and deployment and aligning with margo compliance, the initiative now aims to prove interoperability at scale within real industrial environments. The discussions centered on architecture, orchestration challenges, and how the SDA Stack links to the broader Manufacturing‑X ecosystem.
Factory‑X Architecture & MX-Port in Practice
This session highlighted how companies can implement the Factory‑X architecture to establish secure and interoperable data spaces in production environments. Experts explained the core building blocks — including the MX-Port components that handle data discovery, access control, and policy-based connection between shop-floor systems and data spaces. Real implementation examples demonstrated how these interfaces bridge brownfield and greenfield setups, making trusted cross-company data exchange possible. Participants gained an understanding of how Factory‑X’s reference architecture translates into practical use, how it fits into existing infrastructures, and how it connects to OI4 technologies through shared principles of openness and interoperability.


ZETA and AAS Business Action
ZETA and partners shared their experiences applying the Asset Administration Shell (AAS) beyond the prototype level into real production contexts. The session showed how standardized AAS data models streamline processes across engineering, operations, and maintenance — connecting manufacturers, suppliers, and system integrators. Concrete use cases illustrated measurable business impact: shorter engineering cycles, fewer interface errors, and improved data consistency across the lifecycle. The presentation emphasized that AAS is no longer just a technical framework but a proven enabler for business value creation, enabling collaboration and transparency across vendors and domains.
Digital Twin Roadmap — Examples from Uhlmann
Conplement, Twindustrial, and Uhlmann presented their joint work on the Digital Twin Roadmap, using practical examples to demonstrate the maturity and value of AAS-based twins in manufacturing. The talk showed how Uhlmann applies digital twins to connect engineering, production, and service data, improving traceability and reusability across the entire product lifecycle. Beyond the technical showcase, the discussion also focused on methodology — how companies can systematically identify use-case potential, structure their data models, and align different systems under a common twin framework. The examples provided clear guidance for others seeking to turn digital twin concepts into operational tools that create tangible value.

Breakout
session #2

Margo — first joint project
The session introduced the Margo Edge Interoperability Project, presenting a shared vision for open and vendor-independent automation. Demonstrations showed how Margo-compliant apps and devices can seamlessly work together, regardless of manufacturer or management platform. This setup allows apps to run on devices from various vendors, devices to host applications from different ecosystems, and management systems to orchestrate all of them transparently. The discussion focused on how this approach lays the groundwork for a true multi-vendor ecosystem, where interoperability and flexibility replace proprietary dependencies.
AI is a Gamechanger! Shaping AI in OI4
Led by Novazoon, this session explored the growing role of artificial intelligence as an operational enabler for industrial innovation. Instead of focusing on generic AI trends, the discussion revolved around practical use cases — from predictive maintenance and production optimization to intelligent resource management. Speakers illustrated how AI, when embedded in the OI4 architecture, can help bridge OT and IT by turning real-time data into actionable insights. The audience engaged in conversations about challenges such as data governance, explainability, and organizational readiness for AI-driven transformation. The session underlined that AI in OI4 is not a buzzword but a key component of the ecosystem’s roadmap — one that supports automation, efficiency, and new data-based business models.


The OPEN InnoCommunity — Funding and Collaboration in Practice
In this session, members learned how the OI4 Alliance became part of the OPEN InnoCommunity, coordinated by the Virtual Automation Lab at Hochschule Esslingen. The OPEN InnoCommunity operates under the DATIpilot program of the German Federal Ministry of Education and Research (BMBF) and brings together companies, researchers, and software providers to co-develop digitally assisted, manufacturer-independent solutions for industrial automation. During the session, the structure and process of the community were explained — from idea submission and public Hyper-Pitch-Days to transparent evaluation and collaborative project selection. Participants also discussed how easy it is to join, how to prepare project ideas, and how funding mechanisms within DATIpilot accelerate innovation. The OI4 team shared how it contributes practical experience in Asset Administration Shells, Digital Twins, and data-driven service architectures, connecting real industrial needs with applied research and academic expertise.
POC AAS Sync + Dataspace 4 Everybody
The session, presented by Fraunhofer IESE, connected two closely related initiatives showing how Asset Administration Shells (AAS) and dataspaces complement each other. In the POC AAS Sync project, participants saw how an AAS can be automatically generated for a product made up of several components — forming the foundation for the Digital Product Passport 4.0. The project also explored how carbon footprints are calculated from individual parts and when Type or Instance AASs are used, assuming component AASs are already available and synchronized into a consistent overall product view. The Dataspace 4 Everybody environment demonstrated how this concept can be tested and scaled. It enables fast prototyping, flexible integration of AAS repositories, and ready-to-use blueprints for different dataspace setups. Members were shown an open testing environment based on Eclipse BaSyx and practical examples such as Furniture‑X, where digital product passports for the furniture industry are being developed and validated within the dataspace.

and that’s
a wrap!
The Convention ended with genuine excitement and a sense of shared purpose. People stayed long after the last session, still talking, exchanging ideas, and planning what to do next. It was clear that this community doesn’t come together out of duty, but out of passion — for technology, for collaboration, and for making things real. You could feel the drive in every conversation: everyone here wants to move industry forward, together, and have fun doing it.
Sounds like something you’d like to join next time?
All of these topics are LIVED intensely in the Open Industry 4.0 Alliance. Join our community and live digital transformation instead of just talking about how great it can be.

