Enterprise Architecture
One of the more interesting developments in the tech space taking place right now is the emergence of digital twin technology. For those of you asking What is a digital twin? right now, allow us to elaborate.
In previous blog posts, we have written about various analysis techniques that help you get more value from your models, as well as dashboarding techniques to visualize data in all kinds of ways. These two topics point to a more general theme: the new possibilities you get from enriching your models with various types of external data. We call this Business Intelligence 2.0.
Interviews are where jobs are won or lost. A résumé – especially a strong one – will ensure you get your foot in the door but to actually secure the position you need to shine during the interview, which means being prepared. Preparation makes you look knowledgeable and relaxed, two traits that people generally prize in their work colleagues.
In the two previous installments, we discussed planning and roadmapping in the context of enterprise architecture, and how you can use the concepts of the ArchiMate language to model your roadmaps. We showed how you can model the evolution of your enterprise at coarse-grained level, using concepts such as ArchiMate’s ‘plateau’. In this installment, we will discuss more fine-grained modeling of change in Enterprise Studio. Specifically, we will show you how you can model the lifecycles of individual elements of your architecture. Moreover, our platform supports analysis based on life cycles and the dependencies between elements, for instance, to find conflicts in your transition plans.
The promise of enterprise architecture is that it helps improve decision making. Typically, the role of the enterprise architect is to advise and enable other stakeholders to make better decisions. Therefore, Enterprise Architecture – more than anything else – is a social discipline, in that it demands social skills and interaction in order for practitioners to successfully engage with stakeholders and change their behavior. Read more
In our previous blog post on planning and roadmapping, we discussed the general idea of planning and roadmapping in the context of enterprise architecture and capability-based planning. We addressed different levels of roadmaps, ranging from short-term sprints of a few weeks to long-term, multi-year roadmaps. We also provided some first insights into the use of ArchiMate concepts for modeling roadmaps. In this installment, we want to go deeper into different ways of modeling the evolution of your architecture.
A key driver for management in general and enterprise architecture in particular is to get a better grip on the future, on the evolution of your enterprise. A common technique to support this is roadmapping. A roadmap is a strategic plan that shows the main steps or milestones needed to achieve a desired outcome. It articulates the strategic direction of your enterprise and shows the path forward. It helps you identify what is needed and what the main dependencies and priorities are, and serves as a communication instrument to align the organization along a common course of action.
In a previous blog post on the features of our collaboration platform, we have explained how you can support people in working together on architectures and other models via structured workflows. In that post, we looked ahead at future features to support this kind of collaboration. Time to update you on the latest developments!
– Marc Lankhorst, Fabian Aulkemeier
In my recent blog post on stakeholder communication, I described various basic forms of communication about architecture, with diagrams, tables, heatmaps and the like. What I did not touch upon in that post is how you can enrich your architecture (and other) models with additional data and display the results in various dashboards. That is the topic of this post.
In my previous blog post (https://bizzdesign.com/blog/a-pattern-for-sizing-archimate-diagrams) I described why it is useful to reduce complexity when creating architecture diagrams. It supports the architect by guiding the creation of diagrams and it supports the reader by not creating overly complex diagrams (too many different types of concepts). Each viewpoint addresses a specific concern, e.g. a capability map to show what the capabilities of a company are. In this blog I will focus on the application layer to provide practical examples using the viewpoint creation pattern described in the previous blog post. The examples are quite generic. They are meant to be used as a starting point for professionals looking to learn more on the subject so they appeal to a large audience.
Enterprise architecture is often perceived as an abstract, conceptual, and somewhat esoteric discipline practiced by ‘high priests’ who provide guidance with their lofty ‘architecture principles.’ It’s true that architects are often concerned with overarching, cross-cutting concerns that are not always visible to the people ‘in the trenches,’ but this view of enterprise architecture is misguided at best and increasingly misses the mark.
In our previous blog post, we outlined why Enterprise Architecture and Agile/DevOps are key in becoming an adaptive enterprise. We also described several use cases where EA can strengthen Agile and DevOps practices. Now, we want to focus on the ways in which you can connect these in practice, using architecture models and appropriate tool support.
In today’s business landscape, effective transformation is critical for enterprises to stay competitive. By definition, transformation happens over time.
Enterprises (or some subsection thereof) have a current state which needs to change for the better. That change – however small or large – results in a different future state. With the widespread adoption of Agile working practices and DevOps-based continuous delivery, these changes can be very small and very frequent.
-Nick Reed and Bart Molenkamp
Marc Lankhorst, Fabian Aulkemeier
Enterprise architecture, agile software development, and DevOps are sometimes seen as being at odds. We think they can fruitfully collaborate and interface, but how do you do that? How can you align the concepts and processes from these worlds and bridge the cultural gap?
In the previous instalments in this series, we discussed common drivers for architecture in defence and industry, commonalities between the architecture practice in defence and the civil sector, and why the ArchiMate language was chosen as a recommended standard for expressing architectures in the NATO Architecture Framework v4. In this final instalment, we discuss the work that still needs to be done for using ArchiMate in the context of NAF v4.
– Kevin Wallis (MOD ISS) & Marc Lankhorst (BiZZdesign)
In the previous two instalments in this series, on drivers for architecture in defence and industry and on comparing NATO Architecture Framework practice with the civil sector, we described the common drivers for architecture in defence and industry. We also discussed the commonalities between the architecture practice in defence and civil sectors. We noted that collaboration and interoperability in networks of organizations is an increasingly important driver for architecture, and we highlighted the growing use of commercial “off-the-shelf” products in both defence and civil organizations. Where architecture practice is concerned, we also explained how processes are largely similar (as captured, for example, by TOGAF’s Architecture Development Method), that architecture artefacts play an increasingly important role in public procurement and other arenas, and that both worlds are increasingly using reference models to capture commonalities and share knowledge.
In the first instalment of this series, we compared drivers for enterprise architecture in defence and industry and found that there is are increasing commonalities: a growing focus on interoperability and collaboration in complex ecosystems. a blend of the physical and IT worlds, and the preference for “off-the-shelf” products over custom development. These commonalities also lead to increased usage of the same methods and standards for enterprise architecture. In this instalment, we’ll compare the architecture practices of defence and civil sectors.
-Kevin Wallis (MOD ISS) & Marc Lankhorst (BiZZdesign)
In this blog series, we want to update you on the UK Ministry of Defence’s (MOD) use of the ArchiMate modelling language as described in the NATO Architecture Framework version 4, which was officially approved by the NATO Consultation, Command and Control Board (C3B) in January. The document states: “NAF v4 compliant architectures can be created using the following meta-models; The Open Group®’s ArchiMate® and the Object Management Group®’s Unified Architect Framework (UAF)® Domain Meta-Model (DMM)®.” In addition, the approved method for architecture is based on The Open Group’s TOGAF® framework.
Previously, I have blogged about stakeholder management and showed you some useful techniques to support this important part of enterprise architecture. In this blog post, I want to address different ways to share architecture information with different types of stakeholders involved in changing your enterprise.
Artificial Intelligence (AI) seems to be a buzzword lately, promising techniques and tools that could influence our lives, our work and the way we do business. For many designers and enterprise architects, the question becomes: What would be the role of designers on all levels (strategic, EA, BPM, data, technical) in incorporating AI in a company? There are even ethical questions that may arise when instituting AI in a company, which you must take into account before making the change.