Continuing on the theme of the ‘This’ game for engaging people in enterprise-architecture exploration and development, as described in the two previous posts ‘This: an exploratory game for service-oriented EA‘ and ‘More on the ‘This’ game for enterprise-architecture‘.
The final note in that last post was about EA toolsets, and the need for appropriate support for the output of the game – and perhaps even the game itself – within the toolset. And that point actually brings together a whole stream of different threads that I’ve been tracking for some years here: enterprise as story, toolsets and their user-interfaces, metamodels and architecture-repositories, whole-enterprise scope, notation-agnostic modelling and a whole lot more.
There are (at least) two fundamentally-different viewpoints on enterprise-architecture: as structure, and as narrative. Most current EA toolsets focus only on the ‘structure’ side, and do so variously well; but there’s almost nothing to help us tackle the narrative side of the story, and even less to help us bring those two sides together. Which, in practice, is a serious problem, because story is actually what engages people in the architecture…
In short, we need our EA toolsets to help us bring a better balance between structure and story in the architecture.
To put into context, consider a few scenarios:
Scenario 1: The team reckon they’ve done well with their work on the new business-model, all laid out on the wall on a Business Model Canvas. But how are they going to implement it? Will it actually work in real-world practice? What are the pitfalls and hidden ‘gotchas’ that could cripple the new model’s viability?
To address these concerns, they set up for a game of ‘This’. One of the architecture-team leads, Maria, takes on the role of modeller, using an application on her iPad, the screen hooked up to a data-projector on the wall, but also coupled to the other team-members’ tablets and laptops. (The screen will also show the current manually-selected or randomly-selected ‘This’ question-card.) She also sets up a conference-microphone to capture an audio-channel.
Maria uses the camera on her iPad to take a snapshot of the current model on Business Model Canvas, and pulls the photo into the application. There, she marks up the graphic with zones and links, each of which – behind the scenes – is also noted as a Service or flow-relation in the underlying Enterprise Canvas.
The team choose an arbitrary starting-point, and build outward from there, as per the guidelines for the game. Instead of using the rather sparse Enterprise Canvas notation, Maria pulls up more-descriptive icons and images from a palette – trucks, parcels, people, machines, money, whatever – and places them on the screen as the current ‘This’; behind the scenes, though, the application stores the information in Enterprise Canvas notation. The audio-channel is attached both to the overall model, and to the entity for the current ‘This’; later, the audio-track can be played back, highlighting in matching sequence each of the items described in the model.
During the game, the discussion indicates that some changes will need to be made to the initial business-model. Maria uses the underlying Enterprise Canvas to recreate a new version of that model, in Business Model Canvas layout.
Scenario 2: Two days after the business-model meeting, Maria re-checks some of the people-connections captured in the Enterprise Canvas model during the ‘This’-session, for the purpose of building a list of stakeholders for one of the side-projects arising from the new business-model. She notices that she didn’t capture one person’s name, the process-owner for a related business-process – she remembers that his first-name was Steve, but not the surname. She clicks on the respective icon, and plays back the audio-channel that was captured at the time: Steve’s surname – Cartwright – is now clear, and she types the full name into the model. As she does so, a link to the company’s HRM-system brings up further contact-details for Steve, including several photographs. She selects one photograph, and sets it as the surface-view for that icon in Enterprise Canvas.
Later that day, Arjun reviews the business-model, using the zooming model-display. In the drill-down into the ‘Key Activities’ section of the Business Model Canvas, Steve’s photograph now appears in place of the previous abstract ‘person’-icon. Clicking on the photograph, Arjun sees all of the information on Steve’s role in the proposed business-model, and can also play back the captured audio both from that meeting, and another discussion that took place earlier in the day.
Scenario 3: Juan has been tasked with developing the IT-architecture for the e-commerce component of the new business-model. His business-unit has standardised on Archimate notation for all IT-architecture models. He opens the Enterprise Canvas model, and, using it as an active backplane, identifies Canvas entities that would map directly to Archimate equivalents: Canvas ‘Service’ to Archimate ‘Business Service’, ‘Application Service’ or ‘Infrastructure Service’, Canvas ‘Exchange’ to Archimate ‘Business Interface’, ‘Business Object’ and so on. He explores the additional detail recorded in the ‘This’ session to identify Archimate ‘Business Function’, ‘Business Event’, ‘Business Actor’ and the like. As he adds these entities to the Archimate model, they’re also attached to the Enterprise Canvas model in the backplane via composition-relation links into the respective Canvas ‘Service’, ‘Exchange’ entities and flow-relations.
Scenario 4: The following morning, one of the business-model team, Vasily, remembers that more detail was needed about warehouse configuration, for potential locations – both physical and logical – for new sensors that will be needed for logistics-tracking in the new business-model. He goes down to the warehouse, takes his smartphone out of his pocket, calls up the Enterprise Canvas model, selects the ‘New Sensors’ entity, and starts a new game of ‘This’ with that entity as its starting-point. He manually selects the question ‘What are the locations of This?’, and attaches to that card the photos that he takes, direct from the phone’s camera application.
In the Enterprise Canvas, Juan has already been identified as one of the people responsible for the ‘New Sensors’ component of the business-model. He receives a notification that new items have been added to the Enterprise Canvas; he opens that part of the model, reviews it, and adds new entities to his Archimate model, which are automatically linked back to the Enterprise Canvas.
So there we are.
Plenty of other scenarios we could add, too: about a meetup in a cafe, about people exchanging ideas in the elevator, about how this information might be used by a project-manager and her team, by a process-designer to gather feedback from the factory floor, by managers using a dashboard in high-level resource-planning, and so on. But that’s detail enough for now: four interlinked scenarios, all working on the same models in different ways, with different software-applications, on different hardware-platforms, for different purposes, all supporting each other.
So is that what actually happens in practice at present? Is that how we do our everyday architecture work?
In which case, why not? Seriously: why not?
On the surface, it’s all straightforward enough: the work itself is essentially what architects and others do already. The only trouble is that it’s well-nigh impossible to do most of this in any existing EA toolset: most tools now should be able to cope with the Archimate-specific part of the modelling, but that’s about it – and they probably wouldn’t be able to link any of that model to anything else. As for the rest? – well, forget it, guys, you’re outta luck…
It should all be seamless, pretty much exactly as described in those scenarios above. In practice, it isn’t. In fact, the way we have to do it at present is a frustration-filled, kludge-ridden, error-prone mess of manual translations, bits of paper, scribbled notes, anguished phone-calls and worse. Hence no surprise that it often doesn’t work very well – if at all.
Yet there really is no need for it be that way, and no reason for it to be that way either.
To which the only remaining question is: Why? Why is it this way?
To me at least, it seems that the only real reason is that the current EA-toolset market is crippled by its own lack of imagination – and that’s all that’s holding us back.
Okay, yes, sure, there’s a sizeable amount of development-work required. But seriously, none of it would be hard to an experienced developer, someone who’s familiar with the current generation of development tools. Everything I’ve described above is already available in various apps and elsewhere – there’s nothing new as such in any of it. The only reason I haven’t done it myself is that I’m way out of date on that whole area, and it would take me months or years to do what a current developer would know how to do in days.
Have a wander around this blog: I’ve already done most of the conceptual work that’s needed for this, on toolset-ecosystem, overall requirements, metamodels, user-interface, underlying notation-agnostic structures and so on. For example, take a look at these posts:
- The toolset-ecosystem
- More on that enterprise-architecture ‘help-needed’
- EA metamodel: two questions
- EA metamodel – the big picture (and the small picture too)
- Simplifying the Enterprise Canvas
- Using Enterprise Canvas as a service-viability checklist
So I’m serious about this: it’s all there – a huge market, just waiting for the first person with the nous to pick this up and run with it.
Is anyone up to this challenge? And if not, what do we enterprise-architects do about it?