A very long week after PLM Roadmap / PDT Europe 2025

November 19, 2025 in Artificial Intelligence, Asset Lifecycle Management, Cloud, Data centric, Digital Enterprise, digital thread, Digital Twin, MBSE, PLM, Standards | Leave a comment

For those of you following my blog over the years, there is, every time after the PLM Roadmap PDT Europe conference, one or two blog posts, where the first starts with “The weekend after ….”

This time, November has been a hectic week for me, with first this engaging workshop “Shape the future of PLM – together” – you can read about it in my blog post or the latest post from Arrowhead fPVN, the sponsor of the workshop.

 

Last week, I celebrated with the core team from the PLM Green Global Alliance our 5th anniversary, during which we discussed sustainability in action. The term sustainability is currently under the radar, but if you want to learn what is happening, read this post with a link to the webinar recording.

Last week, I was also active at the PTC/User Benelux conference, where I had many interesting discussions about PTC’s strategy and portfolio. A big and well-organized event in the town where I grew up in the world of teaching and data management.

And now it is time for the PLM roadmap / PDT conference review

The conference

The conference is my favorite technical conference 😉 for learning what is happening in the field. Over the years, we have seen reports from the Aerospace & Defense PLM Action Groups, which systematically work on various themes related to a digital enterprise. The usage of standards, MBSE, Supplier Collaboration, Digital Thread & Digital Twin are all topics discussed.

This time, the conference was sold out with 150+ attendees, just fitting in the conference space, and the two-day program started with a challenging day 1 of advanced topics, and on day 2 we saw more company experiences.

Combined with the traditional dinner in the middle, it was again a great networking event to charge the brain. We still need the brain besides AI. Some of the highlights of day 1 in this post.

 

 

PLM’s Integral Role in Digital Transformation

As usual, Peter Bilello, CIMdata’s President & CEO, kicked off the conference, and his message has not changed over the years. PLM should be understood as a strategic, enterprise-wide approach that manages intellectual assets and connects the entire product lifecycle.

I like the image below explaining the WHY behind product lifecycle management.

It enables end-to-end digitalization, supports digital threads and twins, and provides the backbone for data governance, analytics, AI, and skills transformation.

Peter walked us briefly through CIMdata’s Critical Dozen (a YouTube recording is available here), all of which are relevant to the scope of digital transformation. Without strong PLM foundations and governance, digital transformation efforts will fail.

 

The Digital Thread as the Foundation of the Omniverse

Prof. Dr.-Ing. Martin Eigner, well known for his lifetime passion and vision in product lifecycle management (PDM and PLM tools & methodology), shared insights from his 40-year journey, highlighting the growing complexity and ever-increasing fragmentation of customer solution landscapes.

In his current eco-system, ERP (read SAP) is playing a significant role as an execution platform, complemented by PDM or ECTR capabilities. Few of his customers go for the broad PLM systems, and therefore, he stresses the importance of the so-called Extended Digital Thread.

Prof Eigner describes the EDT more precisely as an overlaying infrastructure implemented by a graph database that serves as a performant knowledge graph of the enterprise.

The EDT serves as the foundation for AI-driven applications, supporting impact analysis, change management, and natural-language interaction with product data. The presentation also provides a detailed view of Digital Twin concepts, ranging from component to system and process twins, and demonstrates how twins enhance predictive maintenance, sustainability, and process optimization.

Combined with the  NVIDIA Omniverse as the next step toward immersive, real-time collaboration and simulation, enabling virtual factories and physics-accurate visualization. The outlook emphasizes that combining EDT, Digital Twin, AI, and Omniverse moves the industry closer to the original PLM vision: a unified, consistent Single Source of Truth 😮that boosts innovation, efficiency, and ROI.

For me, hearing and reading the term Single Source of Truth still creates discomfort with reality and humanity, so we still have something to discuss.

 

Semantic Digital Thread for Enhanced Systems Engineering in a Federated PLM Landscape

Dr. Yousef Hooshmand‘s presentation was a great continuation of the Extended Digital Thread theme discussed by Dr. Martin Eigner. Where the core of Martin’s EDT is based on traceability between artifacts and processes throughout the lifecycle, Yousef introduced a (for me) totally new concept: starting with managing and structuring the data to manage the knowledge, rather than starting from the models and tools to understand the knowledge.

It is a fundamentally different approach to addressing the same problem of complexity. During our pre-conference workshop “Shape the future of PLM – together,” I already got a bit familiar with this approach, and Yousef’s recently released paper provides all the details.

All the relevant information can be found in his recent LinkedIn post here.

In his presentation during the conference, Yousef illustrated the value and applicability of the Semantic Digital Thread approach by presenting it in an automotive use case:  Impact Analysis and Cost Estimation (image above)

To understand the Semantic Digital Thread, it is essential to understand the Semantic Data Model and its building blocks or layers, as illustrated in the image below:

In addition, such an infrastructure is ideal for AI applications and avoids vendor- or tool lock-in, providing a significant long-term advantage.

I am sure it will take time for us to digest the content if you are entering the domain of a data-driven enterprise (the connected approach) instead of a document-driven enterprise (the coordinated approach).

However, as many of the other presentations on day 1 also stated: “data without context is worthless – then they become just bits and bytes.” For advanced and future scenarios, you cannot avoid working with ontologies, semantic models and graph databases.

Where is your company on the path to becoming more data-driven?

Note: I just saw this post and the image above, which emphasizes the importance of the relationship between ontologies and the application of AI agents.

 

Evaluation of SysML v2 for use in Collaborative MBSE between OEMs and Suppliers

It was interesting to hear Chris Watkins’ speech, which presented the findings from the AD PLM Action Group MBSE Collaboration Working Group on digital collaboration based on SysML v2.

The topic they research is that currently there are no common methods and standards for exchanging digital model-based requirements and architecture deliverables for the design, procurement, and acceptance of aerospace systems equipment across the industry.

The action group explored the value of SysML v2 for data-driven collaboration between OEMs and suppliers, particularly in the early concept phases.

Chris started with a brief explanation of what SysXML v2 is – image below:

As the image illustrates, SysML v2-ready tools allow people to work in their proprietary interfaces while sharing results in common, defined structures and ontologies.

When analyzing various collaboration scenarios, one of the main challenges remained managing changes, the required ontologies, and working in a shared IT environment.

👉You can read the full report here: AD PAG reports: Model-Based Systems Engineering.

An interesting point of discussion here is that, in the report, participants note that, despite calling out significant gaps and concerns, a substantial majority of the industry indicated that their MBSE solution provider is a good partner. At the same time, only a small minority expressed a negative view.

Would Data-Centric Systems Engineering change the discussion? See table 1 below from Yousef’s paper:

An illustration that there was enough food for discussion during the conference.

 

PLM Interoperability and the Untapped Value of 40 Years in Standardization

In the context of collaboration, two sessions fit together perfectly.

First, Kenny Swope from Boeing. Kenny is a longtime Boeing engineering leader and global industrial-data standards expert who oversees enterprise interoperability efforts, chairs ISO/TC 184/SC 4, and mentors youth in technology through 4-H and FIRST programs.

Kenny shared that over the past 40+ years, the understanding and value of this approach have become increasingly apparent, especially as organizations move toward a digital enterprise. In a digital enterprise, these standards are needed for efficient interoperability between various stakeholders. And the next session was an example of this.

 

Unlocking Enterprise Knowledge

Fredrik Anthonisen, the CTO of the POSC Caesar Association (PCA), started his story about the potential value of efficient standard use.

According to a Siemens report, “The true costs of downtime” a  $1,4 trillion is lost to unplanned downtime.

The root cause is that, most of the time, the information needed to support the MRO activity is inaccessible or incomplete.

Making data available using standards can provide part of the answer, but static documents and slow consensus processes can’t keep up with the pace of change.

Therefore, PCA established the PCA enterprise reference data cloud, where all stakeholders in enterprise collaboration can relate their data to digital exposed standards, as the left side of the image shows.

Fredrik shared a use case (on the right side of the image) as an example. Also, he mentioned that the process for defining and making the digital reference data available to participants is ongoing. The reference data needs to become the trusted resource for the participants to monetize the benefits.

Summary

Day 1 had many more interesting and advanced concepts related to standards and the potential usage of AI.

Jean-Charles Leclerc, Head of Innovation & Standards at TotalEnergies, in his session, “Bringing Meaning Back To Data,” elaborated on the need to provide data in the context of the domain for which it is intended, rather than “indexed” LLM data.

Very much aligned with Yousef’s statement that there is a need to apply semantic technologies, and especially ontologies, to turn the data into knowledge.

More details can also be found in the “Shape the future of PLM – together” post, where Jean-Charles was one of the leading voices.

The panel discussion at the end of day 1 was free of people jumping on the hype. Yes, benefits are envisioned across the product lifecycle management domain, but to be valuable, the foundation needs to be more structured than it has been in the past.

“Reliable AI comes from a foundation that supports knowledge in its domain context.”

 

 

Conclusion

For the casual user, day 1 was tough – digital transformation in the product lifecycle domain requires skills that might not yet exist in smaller organizations. Understanding the need for ontologies (generic/domain-specific) and semantic models is essential to benefit from what AI can bring – a challenging and enjoyable journey to follow!

 

Five years PLM Green Global Alliance – discussing the trends and future directions

November 17, 2025 in Circulair Economy, Climate Change, Design for Sustainabillity, Green Development, Green Energy, Life Cycle Analysis, Life Cycle Assessment, PLM, Sustainability | Leave a comment

On November 11th, we celebrated our 5th anniversary of the PLM Green Global Alliance (PGGA) with a webinar where ♻️ Jos Voskuil (me) interviewed the five other PGGA core team members about developments and experiences in their focus domain, potentially allowing for a broader discussion.

In our discussion, we focused on the trends and future directions of the PLM Green Global Alliance, emphasizing the intersection of Product Lifecycle Management (PLM) and sustainability.

Probably, November 11th was not the best day for broad attendance, and therefore, we hope that the recording of this webinar will allow you to connect and comment on this post.

Enjoy the discussion – watch it, or listen to it, as this time we did not share any visuals in the debate. Still, we hope to get your reflections and feedback on the interview related to the LinkedIn post.

The discussion centered on the trends and future directions of the PLM Green Global Alliance, with a focus on the intersection of Product Lifecycle Management (PLM) and sustainability.

 

Short Summary

♻️ Rich McFall shared his motivations for founding the alliance, highlighting the need for a platform that connects individuals committed to sustainability and addresses the previously limited discourse on PLM’s role in promoting environmental responsibility. He noted a significant variance in vendor engagement with sustainability, indicating that while some companies are proactive, others remain hesitant.

The conversation delved into the growing awareness and capabilities of how to perform a Life Cycle Assessment (LCA) with ♻️ Klaus Brettschneider, followed by the importance of integrating sustainability into PLM strategies, with ♻️ Mark Reisig discussing the ongoing energy transition and the growing investments in green technologies, particularly in China and Europe.

♻️ Evgeniya Burimskaya raised concerns about implementing circular economy principles in the aerospace industry, emphasizing the necessity of lifecycle analysis and the upcoming digital product passport requirements. The dialogue also touched on the Design for Sustainability initiative, led by ♻️ Erik Rieger, which aims to embed sustainability into the product design phase, necessitating a cultural shift in engineering education to prioritize sustainability.

Conclusion

We concluded with understanding the urgent realities of climate change, but also advocating for an optimistic mindset in the face of challenges – it is perhaps not as bad as it seems in the new media. There are significant investments in green energy, serving as a beacon of hope, which encourage people to remain committed to collaborative efforts in advancing sustainable practices.

We agreed on the long-term nature of behavioral change within organizations and the role of the Green Alliance in fostering this transformation, concluding with a positive outlook on the potential for future generations to drive necessary changes in sustainability.

A week after Shaping the Future of PLM – No time to lose!

November 12, 2025 in Artificial Intelligence, Asset Lifecycle Management, Data centric, Digital Enterprise, Digital Twin, ISO 15926, Knowledge Management, Multidisciplinary, PLM, Standards | Leave a comment

Together with Håkan Kårdén, we had the pleasure of bringing together 32 passionate professionals on November 4th to explore the future of PLM (Product Lifecycle Management) and ALM (Asset Lifecycle Management), inspired by insights from four leading thinkers in the field. Please, click on the image for more details.

The meeting had two primary purposes.

  • Firstly, we aimed to create an environment where these concepts could be discussed and presented to a broader audience, comprising academics, industrial professionals, and software developers. The group’s feedback could serve as a benchmark for them.
  • The second goal was to bring people together and create a networking opportunity, either during the PLM Roadmap/PDT Europe conference, the day after, or through meetings established after this workshop.

Personally, it was a great pleasure to meet some people in person whose LinkedIn articles I had admired and read.

The meeting was sponsored by the Arrowhead fPVN project, a project I discussed in a previous blog post related to the PLM Roadmap/PDT Europe 2024 conference last year. Together with the speakers, we have begun working on a more in-depth paper that describes the similarities and the lessons learned that are relevant. This activity will take some time.

Therefore, this post only includes the abstracts from the speakers and links to their presentations. It concludes with a few observations from some attendees.

 

Reasoning Machines: Semantic Integration in Cyber-Physical Environments

Torbjörn Holm / Jan van Deventer: The presentation discussed the transition from requirements to handover and operations, emphasizing the role of knowledge graphs in unifying standards and technologies for a flexible product value network

The presentation outlines the phases of the product and production lifecycle, including requirements, specification, design, build-up, handover, and operations. It raises a question about unifying these phases and their associated technologies and standards, emphasizing that the most extended phase, which involves operation, maintenance, failure, and evolution until retirement, should be the primary focus.

It also discusses seamless integration, outlining a partial list of standards and technologies categorized into three sections: “Modelling & Representation Standards,” “Communication & Integration Protocols,” and “Architectural & Security Standards.” Each section contains a table listing various technology standards, their purposes, and references. Additionally, the presentation includes a “Conceptual Layer Mapping” table that details the different layers (Knowledge, Service, Communication, Security, and Data), along with examples, functions, and references.

The presentation outlines an approach for utilizing semantic technologies to ensure interoperability across heterogeneous datasets throughout a product’s lifecycle. Key strategies include using OWL 2 DL for semantic consistency, aligning domain-specific knowledge graphs with ISO 23726-3, applying W3C Alignment techniques, and leveraging Arrowhead’s microservice-based architecture and Framework Ontology for scalable and interoperable system integration.

The utilized software architecture system, including three main sections: “Functional Requirements,” “Physical Twin,” and “Digital Twin,” each containing various interconnected components, will be presented. The Architecture includes today several Knowledge Graphs (KG): A DEXPI KG, A STEP (ISO 10303) KG, An Arrowhead Framework KG and under work the CFIHOS Semantics Ontology, all aligned.

👉The presentation: W3C Major standard interoperability_Paris

 

Beyond Handover: Building Lifecycle-Ready Semantic Interoperability

Jean-Charles Leclerc argued that Industrial data standards must evolve beyond the narrow scope of handover and static interoperability. To truly support digital transformation, they must embrace lifecycle semantics or, at the very least, be designed for future extensibility.

This shift enables technical objects and models to be reused, orchestrated, and enriched across internal and external processes, unlocking value for all stakeholders and managing the temporal evolution of properties throughout the lifecycle. A key enabler is the “pattern of change”, a dynamic framework that connects data, knowledge, and processes over time. It allows semantic models to reflect how things evolve, not just how they are delivered.

By grounding semantic knowledge graphs (SKGs) in such rigorous logic and aligning them with W3C standards, we ensure they are both robust and adaptable. This approach supports sustainable knowledge management across domains and disciplines, bridging engineering, operations, and applications.
Ultimately, it’s not just about technology; it’s about governance.

Being Sustainab’OWL (Web Ontology Language) by Design! means building semantic ecosystems that are reliable, scalable, and lifecycle-ready by nature.

Additional Insight: From Static Models to Living Knowledge
To transition from static information to living knowledge, organizations must reassess how they model and manage technical data. Lifecycle-ready interoperability means enabling continuous alignment between evolving assets, processes, and systems. This requires not only semantic precision but also a governance framework that supports change, traceability, and reuse, turning standards into operational levers rather than compliance checkboxes.

👉The presentation: Beyond Handover – Building Lifecycle Ready Semantic Interoperability

 

The first two presentations had a lot in common as they both come from the Asset Lifecycle Management domain and focus on an infrastructure to support assets over a long lifetime. This is particularly visible in the usage and references to standards such as DEXPI, STEP, and CFIHOS, which are typical for this domain.

 

How can we achieve our vision of PLM – the Single Source of Truth?

Martin Eigner stated that Product Lifecycle Management (PLM) has long promised to serve as the Single Source of Truth for organizations striving to manage product data, processes, and knowledge across their entire value chain. Yet, realizing this vision remains a complex challenge.

Achieving a unified PLM environment requires more than just implementing advanced software systems—it demands cultural alignment, organizational commitment, and seamless integration of diverse technologies. Central to this vision is data consistency: ensuring that stakeholders across engineering, manufacturing, supply chain, and service have access to accurate, up-to-date, and contextualized information along the Product Lifecycle. This involves breaking down silos, harmonizing data models, and establishing governance frameworks that enforce standards without limiting flexibility.

Emerging technologies and methodologies, such as Extended Digital Thread, Digital Twins, cloud-based platforms, and Artificial Intelligence, offer new opportunities to enhance collaboration and integrated data management.

However, their success depends on strong change management and a shared understanding of PLM as a strategic enabler rather than a purely technical solution. By fostering cross-functional collaboration, investing in interoperability, and adopting scalable architectures, organizations can move closer to a trustworthy single source of truth. Ultimately, realizing the vision of PLM requires striking a balance between innovation and discipline—ensuring trust in data while empowering agility in product development and lifecycle management.

👉The presentation: Martin – Workshop PLM Future 04_10_25

 

The Future is Data-Centric, Semantic, and Federated … Is your organization ready?

Yousef Hooshmand, who is currently working at NIO as PLM & R&D Toolchain Lead Architect, discussed the must-have relations between a data-centric approach, semantic models and a federated environment as the image below illustrates:

Why This Matters for the Future?

  • Engineering is under unprecedented pressure: products are becoming increasingly complex, customers are demanding personalization, and development cycles must be accelerated to meet these demands. Traditional, siloed methods can no longer keep up.
  • The way forward is a data-centric, semantic, and federated approach that transforms overwhelming complexity into actionable insights, reduces weeks of impact analysis to minutes, and connects fragmented silos to create a resilient ecosystem.
  • This is not just an evolution, but a fundamental shift that will define the future of systems engineering. Is your organization ready to embrace it?

👉The presentation: The Future is Data-Centric, Semantic, and Federated.

 

Some of first impressions

 

👉 Bhanu Prakash Ila from Tata Consultancy Services– you can find his original comment in this LinkedIn post

Key points:

  1. Traditional PLM architectures struggle with the fundamental challenge of managing increasingly complex relationships between product data, process information, and enterprise systems.
  2. Ontology-Based Semantic Models – The Way Forward for PLM Digital Thread Integration: Ontology-based semantic models address this by providing explicit, machine-interpretable representations of domain knowledge that capture both concepts and their relationships. These lay the foundations for AI-related capabilities.

👉 from ArchNova consulting – you can find her full comment in this LinkedIn post.

Today’s discussions provided valuable insights into how the PLM language is evolving in the AI era and how we can better bridge the gap between business and technology to achieve fundamental transformation.
It’s clear that as AI, semantic technologies, and data intelligence mature, the way we think and talk about PLM must evolve too – from system-centric to value-driven, from managing data to enabling knowledge and decisions.

 

A quick & temporary conclusion

Typically, I conclude my blog posts with a summary. However, this time the conclusion is not there yet. There is work to be done to align concepts and understand for which industry they are most applicable. Using standards or avoiding standards as they move too slowly for the business is a point of ongoing discussion. The takeaway for everyone in the workshop was that data without context has no value. Ontologies, semantic models and domain-specific methodologies are mandatory for modern data-driven enterprises. You cannot avoid this learning path by just installing a graph database. 

These infrastructures are necessary to implement AI meaningfully, which extends beyond data retrieval to managing and exploring knowledge. Due to the limited time we had in this workshop, we were not able to explore other dimensions of this transformation
For the participants of the workshop – stay tuned and we will send you the final conclusions

PLM and Sustainability: talking with Direktin

November 3, 2025 in Data centric, Design for Sustainabillity, Digital Twin, Green Energy, Life Cycle Assessment, Sustainability | Tags: , , | Leave a comment

Recently, we initiated the Design for Sustainability workgroup, an initiative from two of our PGGA members, Erik Rieger and Matthew Sullivan. You can find a recording of the kick-off here on our YouTube channel.

Thanks to the launch of the Design for Sustainability workgroup, we were introduced to Dr. Elvira Rakova, founder and CEO of the startup company Direktin.

Her mission is to build the Digital Ecosystem of engineering tools and simulation for Compressed Air Systems.  As typical PLM professionals with a focus on product design, we were curious to learn about developments in the manufacturing space. And it was an interesting discussion, almost a lecture.

Compressed air and Direktin

Dr. Elvira Rakova has been working with compressed air in manufacturing plants for several years, during which she has observed the inefficiency of how compressed air is utilized in these facilities. It is an available resource for all kinds of machines in the plant, often overdimensioned and a significant source of wasted energy.

To address this waste of energy, linked to CO2 emissions, she started her company to help companies scale, dimension, and analyse their compressed air usage. A mix of software and consultancy to make manufacturing processes using compressed air responsible for less carbon emissions, and for the plant owners, saving significant money related to energy usage.

For us, it was an educational discussion, and we recommend that you watch or listen to the next 36 minutes

What I learned

  • The use of compressed air and its energy/environmental impact were like dark matter to me.
    I never noticed it when visiting customers as a significant source to become more sustainable.
  • Although the topic of compressed air seems easy to understand, its usage and impact are all tough to address quickly and easily, due to legacy in plants, lack of visibility on compressed air (energy usage) and needs and standardization among the providers of machinery.
  • The need for data analysis is crucial in addressing the reporting challenges of Scope 3 emissions, and it is also increasingly important as part of the Digital Product Passport data to be provided. Companies must invest in the digitalization of their plants to better analyze and improve energy usage, such as in the case of compressed air.
  • In the end, we concluded that for sustainability, it is all about digital partnerships connecting the design world and the manufacturing world and for that reason, Elvira is personally motivated to join and support the Design for Sustainability workgroup

Want to learn more?

Conclusions

 The PLM Green Global Alliance is not only about designing products; we have also seen lifecycle assessments for manufacturing, as discussed with Makersite and aPriori. These companies focused more on traditional operations in a manufacturing plant. Through our lecture/discussion on the use of compressed air in manufacturing plants, we identified a new domain that requires attention. 

Don’t forget to register for our sustainability in action event on November 11th

 

 

The future of PLM in 2025 or 2050?

October 28, 2025 in Artificial Intelligence, Brain, Circulair Economy, Climate Change, Cloud, Data centric, Design for Sustainabillity, Digital Enterprise, Education, Green Development, Platform, PLM, Product Innovation, Sustainability | Leave a comment

This week is busy for me as I am finalizing several essential activities related to my favorite hobby, product lifecycle management or is it PLM😉?

And most of these activities will result in lengthy blog posts, starting with:
“The week(end) after <<fill in the event>>”.

Here are the upcoming actions:
Click on each image if you want to see the details:

In this Future of PLM Podcast series, moderated by Michael Finocciaro, we will continue the debate on how to position PLM (as a system or a strategy) and move away from an engineering framing. Personally, I never saw PLM as a system and started talking more and more about product lifecycle management (the strategy) versus PLM/PDM (the systems).

Note: the intention is to be interactive with the audience, so feel free to post questions/remarks in the comments, either upfront or during the event.

You might have seen in the past two weeks some posts and discussions I had with the Share PLM team about a unique offering we are preparing: the PLM Awareness program. From our field experience, PLM is too often treated as a technical issue, handled by a (too) small team.

We believe every PLM program should start by fostering awareness of what people can expect nowadays, given the technology, experiences, and possibilities available. If you want to work with motivated people, you have to involve them and give them all the proper understanding to start with.

Join us for the online event to understand the value and ask your questions. We are looking forward to your participation.

This is another event related to the future of PLM; however, this time it is an in-person workshop, where, inspired by four PLM thought leaders, we will discuss and work on a common understanding of what is required for a modern PLM framework. The workshop, sponsored by the Arrowhead fPVN project, will be held in Paris on November 4th, preceding the PLM Roadmap/PDT Europe conference.

We will not discuss the term PLM; we will discuss business drivers, supporting technologies and more. My role as a moderator of this event is to assist with the workshop, and I will share its findings with a broader audience that wasn’t able to attend.

Be ready to learn more in the near future!

Suppose you have followed my blog posts for the past 10 years. In that case, you know this conference is always a place to get inspired, whether by leading companies across industries or by innovative and engaging new developments. This conference has always inspired and helped me gain a better understanding of digital transformation in the PLM domain and how larger enterprises are addressing their challenges.

This time, I will conclude the conference with a lecture focusing on the challenging side of digital transformation and AI: we humans cannot transform ourselves, so we need help.

At the end of this year, we will “celebrate” our fifth anniversary of the PLM Green Global Alliance. When we started the PGGA in 2020, there was an initial focus on the impact of carbon emissions on the climate, and in the years that followed, climate disasters around the world caused serious damage to countries and people.

How could we, as a PLM community, support each other in developing and sharing best practices for innovative, lower-carbon products and processes?

In parallel, driven by regulations, there was also a need to improve current PLM practices to efficiently support ESG reporting, lifecycle analysis, and, soon, the Digital Product Passport. Regulations that push for a modern data-driven infrastructure, and we discussed this with the major PLM vendors and related software or solution partners. See our YouTube channel @PLM_Green_Global_Alliance

In this online Zoom event, we invite you to join us to discuss the topics mentioned in the announcement. Join us in this event and help us celebrate!

I am closing that week at the PTC/User Benelux event in Eindhoven, the Netherlands, with a keynote speech about digital transformation in the PLM domain. Eindhoven is the city where I grew up, completed my amateur soccer career, ran my first and only marathon, and started my career in PLM with SmarTeam. The city and location feel like home. I am looking forward to discussing and meeting with the PTC user community to learn how they experience product lifecycle management, or is it PLM😉?

With all these upcoming events, I did not have the time to focus on a new blog post; however, luckily, in the 10x PLM discussion started by Oleg Shilovitsky there was an interesting comment from Rob Ferrone related to that triggered my mind. Quote:

The big breakthrough will come from 1. advances in human-machine interface and 2. less % of work executed by human in the loop. Copy/paste, typing, voice recognition are all significant limits right now. It’s like trying to empty a bucket of water through a drinking straw. When tech becomes more intelligent and proactive then we will see at least 10x.

This remark reminded me of one of my first blog posts in 2008, when I was trying to predict what PLM would look like in 2050. I thought it is a nice moment to read it (again). Enjoy!

 

PLM in 2050

As the year ends, I decided to take my crystal ball to see what would happen with PLM in the future. It felt like a virtual experience, and this is what I saw:

  • Data is no longer replicated – every piece of information will have a Universal Unique ID, also known as a UUID. In 2020, this initiative became mature, thanks to the merger of some big PLM and ERP vendors, who brought this initiative to reality. This initiative dramatically reduced exchange costs in supply chains and led to bankruptcy for many companies that provided translation and exchange software.
  • Companies store their data in ‘the cloud’ based on the concept outlined above. Only some old-fashioned companies still handle their own data storage and exchange, as they fear someone will access their data. Analysts compare this behavior with the situation in the year 1950, when people kept their money under a mattress, not trusting banks (and they were not always wrong)
  • After 3D, a complete virtual world based on holography became the next step in product development and understanding. Thanks to the revolutionary quantum-3D technology, this concept could even be applied to life sciences. Before ordering a product, customers could first experience and describe their needs in a virtual environment.
  • Finally, the cumbersome keyboard and mouse were replaced by voice and eye recognition. Initially, voice recognition

    and eye tracking were cumbersome. Information was captured by talking to the system and by recording eye movements during hologram analysis. This made the life of engineers so much easier, as while researching and talking, their knowledge was stored and tagged for reuse. No need for designers to send old-fashioned emails or type their design decisions for future reuse
  • Due to the hologram technology, the world became greener. People did not need to travel around the world, and the standard became virtual meetings with global teams(airlines discontinued business class). Even holidays can be experienced in the virtual world thanks to a Dutch initiative inspired by coffee. The whole IT infrastructure was powered by efficient solar energy, drastically reducing the amount of carbon dioxide.
  • Then, with a shock, I noticed PLM no longer existed. Companies were focusing on their core business processes. Systems/terms like PLM, ERP, and CRM no longer existed. Some older people still remembered the battle between those systems over data ownership and the political discomfort this caused within companies.
  • As people were working so efficiently, there was no need to work all week. There were community time slots when everyone was active, but 50 per cent of the time, people had time to recreate (to re-create or recreate was the question). Some older French and German designers remembered the days when they had only 10 weeks holiday per year, unimaginable nowadays.

As we still have more than 40 years to reach this future, I wish you all a successful and excellent 2009.

I am looking forward to being part of the green future next year.

 

 

There is more than THE BOM!

October 13, 2025 in Asset Lifecycle Management, Configuration Management, CTO, Data centric, Digital Enterprise, digital thread, ETO, PDM, PLM, SmarTeam | Leave a comment

Over the last month, I have been actively engaged in the field; however, unfortunately, I have not been able to respond to all the interesting and sometimes humorous posts in my LinkedIn stream.

The fun started with a post from Oleg referring to a so-called BOM battle presented at Autodesk University by Gus Quade.

The image seems fake; however, the muscle power behind the BOM players looks real.

Prof. Dr. Jörg Fischer, also pictured, is advocating for rethinking PLM and BOM structures, and I share his discomfort.

Prof. Fischer wrote recently:  “Forget everything you know about EBOM and MBOM. CTO+ is rewriting the rules of PLM. “

I am not a CTO expert, but I can grasp the underlying concepts and understand why it is closely associated with SAP. It aligns with the ultimate goal of maintaining a continuous flow of information throughout the company, with ERP (SAP?) at its core.

My question is, how far are we from that option?

Current PLM implementations often focus on a linear process and data collection from left to right, as illustrated in the old Aras image below. I call this the coordinated approach.

During the recent Dutch PLM platform meeting, we also discussed the potential need for an eBOM, mBOM, and potentially the sBOM. A topic many mid-sized manufacturing companies have not mastered or implemented yet – illustrating the friction in current businesses.

Meanwhile, we discuss agentic AI, the need for data quality, ontologies and graph databases. Take a look at the upcoming workshop on the Future of PLM, scheduled for November 4th in Paris, which serves as a precursor to the PLM Roadmap/PDT Europe 2025 conference on November 5th and 6th.

The reality in the field and future capabilities seem to be so far apart, which made me think about what the next step is after BOM management to move towards the future.

The evolution of the BOM

For those active in PLM, this brief theory ensures we share a common understanding of BOMs.

 

Level 0: In the beginning, there was THE BOM.

Initially, the Bill of Materials (BOM) existed only in ERP systems to support manufacturing. Together with the Bill of Process (BOP), it formed the heart of production execution. Without a BOM in ERP, product delivery would fail.

 

Level 1: Then came a new BOM from CAD.

With the rise of PDM systems and 3D CAD, another BOM emerged — reflecting the product’s design structure, including assemblies and parts. Often referred to as the CAD or engineering BOM, it frequently contained manufacturing details, such as supplier parts or consumables like paint and glue.

This hybrid BOM bridged engineering and manufacturing, linking CAD/PDM with ERP. Many machine manufacturers adopted this model, as each project was customer-specific and often involved reusing data by copying similar projects.

Many industrial manufacturers still use this linear approach to deliver solutions to their customers.

 

Level 2: The real eBOM and mBOM arrived.

Later, companies began distinguishing between the engineering BOM (eBOM) and manufacturing BOM (mBOM), especially as engineering became centralized and manufacturing decentralized.

The eBOM represented the stable engineering definition, while the mBOM was derived locally, adapting parts to specific suppliers or production needs.

At the same time, many organizations aimed to evolve toward a Configure-to-Order (CTO) business model — a long-term aspiration in aligning engineering and manufacturing flexibility, as noted by Prof. Jörg Fischer in his CTO+ concept.

 

A side step: The impact of modularity

Shifting from Engineer-to-Order (ETO) to Configure-to-Order (CTO) relies on adopting a modular product architecture. Modularity enables specific modules to remain stable while others evolve in response to ongoing innovation.

It’s not just about creating a 200% eBOM or 150% mBOM but about defining modules with their own lifecycles that may span multiple product platforms. Many companies still struggle to apply these principles, as seen in discussions within the North European Modularity (NEM) network.

See one of my reports: The week after the North European Modularity network meeting.

We remain here primarily in the xBOM mindset: the eBOM defines engineering specifications, while the mBOM defines the physical realization—specific to suppliers or production sites.

 

Level 3: Extending to the sBOM?

To support service operations, the service BOM (sBOM) is introduced, managing serviceable parts and kits linked to the product. Managing service information in a connected manner adds complexity but also significant value, as the best margins often come from after-sales service.

Click on the image above to understand the relations between the eBOM, mBOM(s) and sBOM.

However, is the sBOM the real solution or only a theme pushed by BOM/PLM vendors to keep everything within their system? So far, this represents a linear hardware delivery model, with BOM structures tied to local ERP systems.

For most hardware manufacturers, the story ends here—but when software and product updates become part of the service, the lifecycle story continues.

 

The next levels: Software and Product Services require more than a BOM

As I mentioned earlier, during the Dutch PLM platform discussion, we had an interesting debate that began with the question of how to manage and service a product during operation. Here, we reach a new level of PLM – not only delivering products as efficiently as possible, but also maintaining them in the field – often for many years.

There were two themes we discussed:

  • The product gets physical updates and upgrades – how can we manage this with the sBOM – challenges with BOM versions or revisions ( a legacy approach)
  • The product functions based on software-driven behavior, and the software can be updated on demand – how can we manage this with the sBOM (a different lifecycle)

The conclusion and answer to these two questions were:

We cannot use the sBOM anymore for this; in both cases, you need an additional (infra)structure to keep track of changes over time, I call it the logical product structure or product architecture.

 

The Logical Product Structure

Since 2008, I have been involved in Asset Lifecycle Management projects, explaining the complementary value of PLM methodology and concepts related to an MRO environment, particularly for managing significant assets, such as those in the nuclear plants industry.

Historically, the configuration management of a plant was a human effort undertaken by individuals with extensive intrinsic knowledge.

A nuclear plant is an asset with a very long lifecycle that requires regular upgrades and services, and where safety is the top priority. However, thanks to digitization and an aging workforce, there was also a need to embed these practices within a digital infrastructure.

What I learned is that the logical product structure, also known as the plant breakdown structure (PBS), became an essential structure for combining the as-designed and as-operated structures of the plant.

In the SmarTeam image below, the plant breakdown structure was represented by the tag structure.

Coming back to our industrial products in service, it is conceptually a similar approach, albeit that the safety drivers and business margins might make it less urgent. For a product, there can also be a logical product structure that represents the logical components and their connections.

The logical structure of a product remains stable over time; however, specific modules or capabilities may be required, while the physical implementation (mBOM) and engineering definition (eBOM) may evolve over time.

Additionally, all relevant service activities, including issues and operational and maintenance data, can be linked to the logical structure. The logical structure is also the structure used for a digital twin representation.

 

The logical product structure and software

The logical product structure is also where hardware and software meet. The software can be managed in an ALM environment and provides traceability to the product in service through the product structure.

Note: this is a very simplified version, as you can imagine, it looks more like a web of connected datasets – the top level shows the traceability between the various artifacts – HW and SW

Where is the product structure defined?

The product structure originates from a system architect, and it depends on the tools they are using, where it is defined – historically in a document, later in an Excel file – the coordinated approach.

In a modern data-driven environment, you can find the product structure in an MBSE environment and then connect to a PLM system – the federated and connected approach.

There are also PLM vendors that have the main MBSE data elements in their core data model, reducing the need for building connectivity between the main PLM and MBSE elements. In my experience, the “all-in-one” solutions still underperform in usability and completeness.

Conclusion

I wrote this post to raise awareness that a narrow focus on BOM structures can create a potential risk for the future. Changing business models, for example, the product-service system, require a data-driven infrastructure where both hardware and software artifacts need to be managed in context. Probably not in a single system but supported by a federated infrastructure with a mix of technologies. And I feel sorry that I could not write about a model-based enterprise at this time!

I am looking forward to discussing the future of PLM with a select group of thought leaders on November 4th in Paris, as a precursor to the upcoming PLM Roadmap/PDT Europe conference. For the workshop on November 4th, we almost reached our maximum size we can accommodate, but for the conference, there is still the option to join us.

Please review the agenda and join us for engaging and educational discussions if you can.

And if you are not tired of discussing PLM as a term, a system or a strategy – watch the recording of this unique collection of PLM voices moderated by Michael Finochario.

Working on the long term

September 24, 2025 in Change, Climate Change, Design for Sustainabillity, Education, Green Development, Life Cycle Analysis, Life Cycle Assessment, PLM, Social Media, Sustainability | Leave a comment

Last week we celebrated World Ozone Day on September 16 again. Forty years ago, many nations united to protect the ozone layer through science and action.

For those who missed the excitement, it started with a historic environmental agreement: the Montreal Protocol on Substances that Deplete the Ozone Layer.

 

What has happened?

In the 1970s and 1980s, scientists discovered that CFCs from refrigerators, sprays, and foams were damaging the ozone layer. In 1985, the “ozone hole” over Antarctica was confirmed. Also, the ozone layer at the Arctic side showed signs of depletion.

As a result of these findings, the Montreal Protocol was adopted on September 16, 1987. It is a global treaty signed by virtually all countries concerning the rapid elimination of substances that deplete the ozone layer.

Countermeasures are slowly restoring the ozone layer, making the treaty a success story.

 

What were the reasons for success?

Although scientists engaged in a discussion about the scientific evidence, there were no significant economic forces behind the scenes influencing the scientific research.

The lack of substantial financial dependencies, combined with the absence of social media and  Duning-Kruger experts, led to the belief that human influence on the Earth’s atmosphere could be stopped.

And probably an even more important fact, the depletion of the ozone layer was at the poles, making, in particular, the richer countries more vulnerable to the effects.

Where most attention focused on the hole above the South Pole, affecting New Zealand and Australia, the thinner layer at the North Pole was making Canada, the US, and Northern Europe vulnerable.

 

What have we learned?

  1. Switching from CFCs was a minor inconvenience for consumers. Now we all accept the current solutions.
  2. There was enough consensus in science when the majority of scientists agreed. In addition, there were no undermining forces with financial stakes in CFCs. Science was leading.
  3. Today, science struggles as stakeholders sponsor research to protect their interests. In addition, social media is used to recruit supporters in a polarized environment (the side effect of social media)
  4. Ultimately, after 40 years, the hole in the Ozone layer gets smaller and smaller and hopefully becomes normal. We keep on working on the long term.

 

The PLM Green Global Alliance

When Rich McFall approached me at the end of 2019 to start the PLM Green Global Alliance together, there was a kind of consensus that we human beings both influence the planet’s climate and its natural resources.

Where Rich focused on the causes and consequences of climate change due to human-generated greenhouse gas emissions (GHG) from products and processes, my additional focus was broader, encompassing Sustainability in the context of where PLM practices could have an impact.

Our idea was to bring people together to address these issues by sharing thoughts and practices or enabling discussions in the context of PLM-related technologies.

Can we develop more eco-friendly products, and what are the conditions required?

Meanwhile, six years later, a lot has happened for better and for worse. Here is a set of observations

 

The PLM Green Global Alliance continues to grow.

Currently, we have over 1,500 registered members in our LinkedIn group.

Historically, most members came from Europe and then the US; now, India is catching up and approaching the number of US members.

This trend suggests that the focus of the alliance should shift slightly and seek more contributors from Asian countries.

We look forward to having Asian representatives in our PLM Green Global Alliance to gain a deeper understanding and engage in discussions about global issues.

Please feel free to contact us if you are interested in joining the core team. It might be a challenge to have group meetings that accommodate all time zones, but the planet is still relatively small compared to the universe – nothing is impossible.

 

The tools are there ..

In PLM, we often discuss people, processes, and then the tools. Here, we can confirm that, through our work and discussions with major PLM vendors, they are all providing tools and, in some cases, embedded practices to support a more sustainable product development process.

Have a look at our YouTube channel: The PLM Green Global Alliance channel.

The tools for generative design, life cycle assessment, and, of course, digital twins for the various lifecycle phases can help companies to develop and manufacture more sustainable products.

However, as mentioned, the tools will only be practical when the people have the mandate and when the processes are transformed into data-driven ones.

 

The need for a data-driven approach

Two years ago, during the PLM Roadmap/PDT Europe conference in Gothenburg, I had already mentioned that Sustainability might prompt companies to invest more time and effort in achieving a digital transformation in their PLM domain.

Compliance with regulations can be challenging when you still need to collect data from various sources with a lot of “guesstimate”. Greenhouse gas reporting, ESG reporting, and the upcoming Digital Product Passport can only be done efficiently if data is directly accessible without requiring people to collect it.

Unfortunately, in my recent discussions with companies, particularly management, they are not seeking a fundamental digital transformation from a document-driven approach to a data-driven and model-based approach.

Part of this challenge is the lack of education among top management, who are primarily focused on efficiency gains rather than adopting new approaches or mitigating risk.

The other challenge is that, as most companies lag behind on this topic, they do not feel the pressure of competition and do not want to take the risk of being first.

I  will discuss this last topic in my upcoming PLM blog

 

It is about the people!

However, first and foremost, the most critical factor in driving sustainability within organizations is the people. Where companies are challenged in creating a green image, including the introduction of the Chief Sustainability Officer (CSO), there has always been resistance from existing business leaders, who prioritize money and profitability.

The global shift towards right-wing capitalism and efforts to remove regulations supporting sustainability are currently impacting these efforts. The term “Sustainability” has become negatively connoted, similar to “PLM” (Product Lifecycle Management – Don’t mention the P** word), and there is a need to reframe discussions at the management level to focus on risk mitigation and business strategies.

Where politicians might avoid a long-term vision, there are examples of companies like Ørsted, Pacific Gas & Electric, Maersk, the Holcim group, BlackRock, IKEA  and more that are adopting sustainable practices as a risk mitigation strategy for the future and securing their companies’ long-term existence.

An interesting game changer for both businesses and behavior might be the rising costs of insurance against natural disasters. As the graph shows, the estimated global insured losses due to natural disasters over the last 15 years have increased significantly, starting in 2019.  In the richer countries, the governments might be pushed to provide financial help after a disaster, but this will also have a (taxpayer) limit.

We are the people!

There is a lot we can do as a PLM Green Global Community. Have you read CIMdata’s commentary, written by our Sustainability & Energy core team member Mark Reisig – read the full article here: How PLM is Decarbonizing Automotive Transport—Amid Political Uncertainty, addressing the importance of modern digital PLM to support digital twin, digital thread and digital product passport implementations.

Or the paper from our core team member, LCA specialist Klaus Brettschneider, with the title The Sustainability Thread – Rethinking the digital thread to drive sustainability performance and green R&D, again stressing the importance of extending the digital thread to include sustainability metrics, enabling companies to design, produce, and operate products more efficiently while reducing environmental impact and supporting green R&D.

Additionally, there are the monthly ESG newsletters from Vincent De La Mar of Sustaira, as well as the recent interview with Vincent, in which PGGA and Sustaira continue to discuss sustainability. Sustaira helps companies with a sustainability reporting platform on top of their existing enterprise systems. A first step that is needed to understand where measures have an impact.

A regular guest at our discussions, Dave Duncan, Head of Sustainability at PTC, who published this year a very comprehensive, free-to-download book: Product Sustainability for Dummies. We also had a great discussion about the Product Service System, a mandatory business model for sustainable business.

And recently, we saw the kick-off for the Design for Sustainability workgroup, organised by Erik Reiger and Matthew Sullivan. They are in the process of establishing this workgroup, where there will be more discussion and information exchanged between the workgroup members about the people and process angle (Erik‘s focus) and the tools and technology dimension (Matthew‘s focus)

The post concludes with Rich McFall, who, in 2018, observed that there was so little organized action fighting climate change and started to motivate people to launch the PLM Green Global Alliance. It was his initiative to bring people together and raise awareness about the fact that, as a PLM community, we can help one another and start making a difference. Rich helped us a lot in setting up the website and ensuring that we have regular updates and a persistent storage of the information generated.

Working on the long term

We are still in the awareness phase and are seeing progress in the field. There is more to come and share, and we need your help. Working on the long term in a hectic day-to-day environment can be a challenge. However, in the end, if each of us helps our business and social ecosystem move towards a more sustainable economy and planet, we are moving in the right direction. It will take time, but we have an undeniable mission. Join and help us!

 

My PLM life in decades

September 15, 2025 in Artificial Intelligence, Change, Cloud, Data centric, Digital Enterprise, digital thread, PDM, Platform, PLM | Leave a comment

After a summer holiday in the south of Greece, it is time to resume my activities. The south of Crete is largely an analogue environment, far from any digital hype.

Tempted by LinkedIn posts, I noticed the summer was full of memories, with Martin Eigner sharing 40 years of PLM experience, Oleg Shilovitsky sharing 30 years of PDM Evolution, and Michael Finochario publishing posts on PLM vendors, CAD kernels, and more.

So where do I stand? While digesting all these historical experiences, I reflected on what we can learn from them and what we didn’t learn from them.

 

It started with technology.

From 1990 to 1999, I worked with mid-market companies, where data management was the most significant challenge. The introduction of MS Windows made data management more user-friendly, evolving from drawing management systems with version and status management capabilities.

Who remembers Automanager Workflow from Cyco, before SmarTeam came on the market?

For that reason, in the early days, PDM was an IT job. As the PDM system primarily dealt with engineering data, it was relatively easy to implement as an organizational change process. We transitioned from analogue to electronic in the department.

Connecting with other systems, particularly ERP, was a serious IT job and a financial challenge. Connecting with other systems, particularly ERP, was a serious IT job and a financial challenge. The rapid decline of IT components, combined with the rapid growth of global connectivity, has created new opportunities for collaboration.

As part of the Dassault/IBM/SmarTeam organization, I explained and taught these new capabilities worldwide.

In 2008, my VirtualDutchman blog and coaching journey began, evolving from explanations of technology to modern methodologies, which led to organizational change and expectation management – skills not traditionally associated with IT.

 

Then came digital transformation

With growing connectivity, smartphones and Web 2.0 technology have led to more PLM-like discussions. PLM vendors expanded their scope and developed capabilities beyond mechanical engineering.

The expansion of capabilities was also the moment when the confusion about the term PLM reached its peak: a PLM strategy or a PLM system?

At the time, they were largely considered the same in discussions and advertisements..

Meanwhile, digital transformation was occurring at the marketing and sales levels – companies invested in direct communication with their customers through the web.

Meanwhile, the internal ways of working for R&D, engineering, and manufacturing did not change significantly. Still, they were following linear processes, and despite the existence of 3D CAD, the 2D drawing remained the primary carrier of legal information between engineering, manufacturing, and suppliers.

Note: the option where the most benefits could be achieved – connected supply chains – had the lowest focus in 2017 – something that would change with COVID-19.

Fundamental digital transformation in the PLM domain occurred gradually. ARAS came with its overlay approach (the platform), connecting various disciplines and enterprise systems. In contrast, Dassault Systèmes introduced its 3DEXPERIENCE platform, utilizing its own software brands as platform components.

The Aras overlay approach

Most PLM vendors rapidly countered Aras’ overlay approach with their low-code offerings based on Mendix, ThingWorx or Netvibes, to enable data flows beyond the traditional PDM scope. The Coordinated Digital Thread was born.

The good news is that PLM has now clearly become a strategy based on a federated system infrastructure. The single PLM system no longer exists, although many of us still use the term’ PLM system’ to refer to the main component of a PLM infrastructure – the System of Record.

Moving to a federated PLM infrastructure is already a challenge for companies, not because of the available technology, but first of all because of the legacy data and, closely related to that, legacy processes and people skills.

Legacy is creating the inertia, not technology!

 

Next came the cloud – SaaS

With the availability of cloud solutions that support real-time interactions between stakeholders, either within an enterprise or in a value chain, a new paradigm has emerged: the connected enterprise.

A connected enterprise no longer needs interfaces to transfer data from one system to another.

Instead, with apps and dashboards, combined data from different online sources is presented in a single, user-friendly working environment – A combination of the Systems of Record with the new environments – the Systems of Engagement.

The technology used to create dashboards and apps is based on modern data-driven technologies and principles (ontologies, graph databases, and the semantic web). The Connected Digital Thread was born.

However, legacy systems play an essential role again, as some systems of engagement can be implemented in a complementary manner to the systems of record, allowing companies to work within an integrated technology model.

People will work in a particular mode, either coordinated or connected, but organizations can operate in both modes simultaneously. A story I have been sharing a lot – it is not about migrations but about an evolutionary approach towards an integrated technology model.

At this point, it becomes essential that business objectives drive the implementation of a PLM infrastructure. Of course, you hear me say we should start from the business; however, the big difference now is that a company should coordinate the technologies, systems, and tools it acquires to avoid isolated islands of information.

Follow Yousef Hooshmand‘s 5 + 1 business transformation steps.

An open SaaS infrastructure enables a company to let data flow almost in real-time. There is a lot of discussion related to data quality and governance, and if you have missed it, please read these three articles I created together with Rob Feronne, the product Digital PLuMber:

There are some great insights in this dialogue and the associated LinkedIn comments.

Despite the increasing availability of technology, it is the legacy of people, processes, and culture that is hindering progress.

Rob Feronne had a shocking lightbulb moment 😲 in our discussion about the future of PLM, where the participants – see below –  answered a question related to the importance of technology in our PLM domain – shocking also for me.

My thumb was up because modern technology matters! The question inspired Oleg Shilovitsky to write a whole blog post on this topic. If you’re truly shocked, read his post, where I agree with the content; the question is too simple to answer with a thumbs up/down.

As technology has become more accessible than before, you no longer need an IT department to establish a PLM infrastructure. And then indeed, the people and process side needs and deserves much more attention..

 

And now there is AI

If you haven’t read anything about AI recently, you must be living in an isolated location. Regardless of the business discussions you are following, it is all about the potential of AI.

Although AI is not a new concept, the fact that various AI capabilities have now reached the end-user level is what drives the hype. Currently, I believe we are at the peak of the hype.

Last week, I participated in an interesting discussion in the series: The Future of PLM moderated by Michael Finochario, this time talking with the analysts. Click on the link to see Michael’s excellent summary and access to the recording of the event.

It was an interesting discussion for a little more than an hour, and the majority of our discussion was about the potential impact of AI on businesses. First, the impact AI can have on the traditional work of an analyst and next, the effects on the PLM domain.

I believe we agreed that AI at this moment is mainly providing higher user efficiency and performance, very much aligned with the interesting research I have been reading in the MIT NANDA report with the title The GenAI Divide: STATE OF AI IN BUSINESS 2025

The report’s interesting findings included high adoption of tools but low transformation. Despite significant investment in Generative AI (GenAI), most organizations are not achieving meaningful business transformation. ​

  • 95% of organizations report zero return on GenAI investments. ​
  • Only 5% of integrated AI pilots generate millions in value. ​
  • 80% of organizations have explored or piloted tools like ChatGPT, but these primarily enhance individual productivity.
  • 60% of organizations evaluated enterprise-grade systems, but only 20% reached the pilot stage, and just 5% reached production. ​
  • Key barriers include brittle workflows, a lack of contextual learning, and operational misalignment. ​

Therefore, the question is – Is current AI the next bubble?

In 2014, I wrote about the lack of digital transformation in the PLM domain, and two images (below) from a report by The Economist could be used again. The report can be found here: The Onrushing Wave.

Click on the image to read the 2013 predictions.

I realized that my current job, as a recreational therapist and firefighter at the time, was not at risk, and that some of the predictions from 10 years ago had become a reality. Who is still bothered by telemarketers or retail salespersons?

However, many of the AI symptoms mentioned in the MIT NANDA report are similar to the hype surrounding digital transformation.

The only reservation I have now – will it take a decade before we understand and demonstrate the value of AI, or are we accelerating?

In this context, the upcoming PLM Roadmap/PDT Europe conference on 5 – 6 November will be interesting, as here we will discuss reality.

For a few of you interested in more, there is the day before the conference, a (free) workshop where we will discuss with some thought leaders and experts from various companies how the future of PLM could look like – based on standards, AI tools and more. Click on the image below the conclusion.

 

Conclusion

The summertime was a nice moment to reflect, inspired by others in my network. What is clear is that there is a shift from technology towards people and change. The rapid expansion of AI tools, along with connected technologies, has created an overwhelming array of possibilities. Now it is time for business leadership to understand them and utilize them for significant business improvement, where the fear is that substantial change will always be slowed down by organizational inertia.

 

Building the Future: Data Quality and Governance in the Digital Age (part 3)

August 4, 2025 in Artificial Intelligence, Change, Competitiveness, Data centric, Data Governance, Data Quality, Digital Enterprise, digital thread, Industry 4.0, PLM | Leave a comment

In the past three weeks, between some short holidays, I had a discussion with Rob Ferrone, who you might know as
“The original product Data PLuMber”.

Our discussion resulted in this concluding post and these two previous posts:

If you haven’t read them before, please take a moment to review them, to understand the flow of our dialogue and to get a full, holistic view of the WHY, WHAT and HOW of data quality and data governance.

A foundation required for any type of modern digital enterprise, with or without AI.

 

A first feedback round

Rob, I was curious whether there were any interesting comments from the readers that enhanced your understanding. For me, Benedict Smith’s point in the discussion thread was an interesting one.

From this reaction, I like to quote:

To suggest it’s merely a lack of discipline is to ignore the evidence. We have some of the most disciplined engineers in the world. The problem isn’t the people; it’s the architecture they are forced to inhabit.

My contention is that we have been trying to solve a reasoning problem with record-keeping tools. We need to stop just polishing the records and start architecting for the reasoning. The “what” will only ever be consistently correct when the “why” finally has a home. 😎 

Here, I realized that the challenge is not only about moving From Coordinated to Coordinated and Connected, but also that our existing record-keeping mindset drives the old way of thinking about data. In the long term, this will be a dead end.

What did you notice?

Jos, indeed, Benedict’s point is great to have in mind for the future and in addition, I also liked the comment from Yousef Hooshmand, where he explains that a data-driven approach with a much higher data granularity automatically leads to a higher quality –  I would quote Yousef:

The current landscapes are largely application-centric and not data-centric, so data is often treated as a second or even third-class citizen.

In contrast, a modern federated and semantic architecture is inherently data-centric. This shift naturally leads to better data quality with significantly less overhead. Just as important, data ownership becomes clearly defined and aligned with business responsibilities.

Take “weight” as a simple example: we often deal with “Target Weight,” “Calculated Weight,” and “Measured Weight.” In a federated, semantic setup, these attributes reside in the systems where their respective data owners (typically the business users) work daily, and are semantically linked in the background.

I believe the interesting part of this discussion is that people are thinking about data-driven concepts as a foundation for the paradigm, shifting from systems of record/systems of engagement to systems of reasoning. Additionally, I see how Yousef applies a data-centric approach in his current enterprise, laying the foundation for systems of reasoning.

 

What’s next?

Rob, your recommendations do not include a transformation, but rather an evolution to become better and more efficient – the typical work of a Product PLuMber, I would say. How about redesigning the way we work?

Bold visions and ideas are essential catalysts for transformations, but I’ve found that the execution of significant, strategic initiatives is often the failure mode.

One of my favourite quotes is:

“A complex system that works is invariably found to have evolved from a simple system that worked.”

John Gall, Systemantics (1975)

For example, I advocate this approach when establishing Digital Threads.

It’s easy to imagine a Digital Thread, but building one that’s sustainable and delivers measurable value is a far more formidable challenge.

Therefore, my take on Digital Thread as a Service is not about a plug-and-play Digital Thread, but the Service of creating valuable Digital Threads.

You achieve the solution by first making the Thread work and progressively ‘leaving a trail of construction’.

The caveat is that this can’t happen in isolation; it must be aligned with a data strategy, a set of principles, and a roadmap that are grounded in the organization’s strategic business imperatives.

 

Your answer relates a lot to Steef Klein’s comment when he discussed: “Industry 4.0: Define your Digital Thread ML-related roadmap – Carefully select your digital innovation steps.” You can read Steef’s full comment here: Your architectural Industry 4.0 future)  

First, I liked the example value cases presented by Steef. They’re a reminder that all these technology-enabled strategies, whether PLM, Digital Thread, or otherwise, are just means to an end. That end is usually growth or financial performance (and hopefully, one day, people too).

It is a bit like Lego, however. You can’t build imaginative but robust solutions unless there is underlying compatibility and interoperability.

It would be a wobbly castle made from a mix of Playmobil, Duplo, Lego and wood blocks (you can tell I have been doing childcare this summer – click on the image to see the details).

As the lines blur between products, services, and even companies themselves, effective collaboration increasingly depends on a shared data language, one that can be understood not just by people, but by the microservices and machines driving automation across ecosystems.

 

Discussing the future?

I think that for those interested in this discussion, I would like to point to the upcoming PLM Roadmap/PDT Europe 2025 conference on November 5th and 6th in Paris, where some of the thought leaders in these concepts will be presenting or attending. The detailed agenda is expected to be published after the summer holidays.

However, this conference also created the opportunity to have a pre-conference workshop, where Håkan Kårdén and I wanted to have an interactive discussion with some of these thought leaders and practitioners from the field.

Sponsored by the Arrowhead fPVN project, we were able to book a room at the conference venue in the afternoon of November 4th. You can find the announcement and more details of the workshop here in Hakan’s post:. Shape the Future of PLM – Together.

Last year at the PLM Roadmap PDT Europe conference in Gothenburg, I saw a presentation of the Arrowhead fPVN project. You can read more here: The long week after the PLM Roadmap/PDT Europe 2024 conference.

And, as you can see from the acknowledged participants below, we want to discuss and understand more concepts and their applications – and for sure, the application of AI concepts will be part of the discussion.

Mark the date and this workshop in your agenda if you are able and willing to contribute. After the summer holidays, we will develop a more detailed agenda about the concepts to be discussed. Stay tuned to our LinkedIn feed at the end of August/beginning of September.

 

And the people?

Rob, we just came from a human-centric PLM conference in Jerez – the Share PLM 2025 summit – where are the humans in this data-driven world?

 

You can’t have a data-driven strategy in isolation. A business operating system comprises the coordinated interaction of people, processes, systems, and data, aligned to the lifecycle of products and services. Strategies should be defined at each layer, for instance, whether the system landscape is federated or monolithic, with each strategy reinforcing and aligning with the broader operating system vision.

In terms of the people layer, a data strategy is only as good as the people who shape, feed, and use it. Systems don’t generate clean data; people do. If users aren’t trained, motivated, or measured on quality, the strategy falls apart.

Data needs to be an integral, essential and valuable part of the product or service. Individuals become both consumers and producers of data, expected to input clean data, interpret dashboards, and act on insights. In a business where people collaborate across boundaries, ask questions, and share insight, data becomes a competitive asset.

There are risks; however, a system-driven approach can clash with local flexibility/agility.

People who previously operated on instinct or informal processes may now need to justify actions with data. And if the data is poor or the outputs feel misaligned, people will quickly disengage, reverting to offline workarounds or intuition.

Here it is critical that leaders truly believe in the value and set the tone, and because it rare to have everyone in the business care about the data as passionately as they do about the prime function of their unique role (e.g. designer);

therefore there needs to be product data professionals in the mix – people who care, notice what’s wrong, and know how to fix it across silos.

 

Conclusion

  • Our discussions on data quality and governance revealed a crucial insight: this is not a technical journey, but a human one. While the industry is shifting from systems of record to systems of reasoning, many organizations are still trapped in record-keeping mindsets and fragmented architectures. Better tools alone won’t fix the issue—we need better ownership, strategy, and engagement.
  • True data quality isn’t about being perfect; it’s about the right maturity, at the right time, for the right decisions. Governance, too, isn’t a checkbox—it’s a foundation for trust and continuity. The transition to a data-centric way of working is evolutionary, not revolutionary—requiring people who understand the business, care about the data, and can work across silos.

The takeaway? Start small, build value early, and align people, processes, and systems under a shared strategy. And if you’re serious about your company’s data, join the dialogue in Paris this November.

Where are you on the AI hype cycle ?

 

 

 

PLM and Sustainability: continue talking with Sustaira

July 20, 2025 in Cloud, Data centric, Life Cycle Analysis, Life Cycle Assessment, Platform, PLM | Tags: , , | Leave a comment

Just before or during the summer holidays, we were pleased to resume our interview series on PLM and Sustainability, where the PLM Green Global Alliance interviews PLM-related software vendors and service organizations, discussing their sustainability missions and offerings.

Following recent discussions in the PLM ecosystem, including PSC Transition Technologies (EcoPLM), CIMPA PLM services (LCA), and the Design for Sustainability working group (with multiple vendors & service partners), we now have the opportunity to catch up with Sustaira after almost three years.

In 2022, Sustaira was a startup company focused on building and providing data-driven, efficient support for sustainability reporting and analysis based on the Mendix platform, while engaging with their first potential customers. What has happened in those three years?

 

SUSTAIRA

Sustaira provides a sustainability management software platform that helps organizations track, manage, and report their environmental, social, and governance (ESG) performance through customizable applications and dashboards.

We spoke again with Vincent de la Mar, founder and CEO of Sustaira, and it was pretty clear from our conversation that they have evolved and grown in their business and value proposition for businesses. As you will discover by listening to the interview, they are not, per se, in the PLM domain.

Enjoy the 35-minute interview below.

Slides shown during the interview, combined with additional company information, can be found HERE.

 

What we have learned

  • Sustaira is a modular, AI-driven sustainability platform. It offers approximately 150 “sustainability accelerators,” which are either complete Software as a Service (SaaS) products (such as carbon accounting, goal/KPI tracking, and disclosures) or adaptable SaaS products that allow for complete configuration of data models, logic, and user interfaces.
  • Their strategy is based on three pillars:
    • providing an end-to-end sustainability platform (Ports of Jersey),
    • filling gaps in an enterprise architecture and business needs (Science-Based Target Initiatives)
    • Co-creating new applications with partners (BCAF with Siemens Financial Services)
  • The company has a pragmatic view on AI and thanks to its scalable, data-driven Mendix platform, it can bring integrated value compared to niche applications that might become obsolete due to changing regulations and practices (e.g., dedicated CSRD apps)
  • The Sustainability Global Alliance, in partnership with Capgemini, is a strategic alliance that benefits both parties, with a focus on AI & Sustainability.
  • The strong partnership with Siemens Digital Solutions.
  • Their monthly Sustainability and ESG Insights newsletter, also published in our PGGA group, already has 55.000 subscribers.

Want to learn more?

The following links provide more information related to Sustaira:

 

Conclusion

It was great to observe how Sustaira has grown over the past three years, establishing a broad portfolio of sustainability-related solutions for various types of businesses. Their relationship with Siemens Digital Solutions enables them to bring value and add capabilities to the Siemens portfolio, as their platform can be applied to any company that needs a complementary data-driven service related to sustainability insights and reporting.

Follow the news around this event – click on the image to learn more.

Translate

  1. Oleg Shilovitsky's avatar

    Hi Jos, Knowing your background in methodology and education, I wanted to share a longer article with you: “What is…

  2. Bart Willemsen's avatar

    Interesting reflection, Jos. In my experience, the situation you describe is very recognizable. At the company where I work, sustainability…

  4. Unknown's avatar
  5. Håkan Kårdén's avatar

    Jos, all interesting and relevant. There are additional elements to be mentioned and Ontologies seem to be one of the…