Tag: Geoffrey Moore

  • Treating Discovery Like Execution Will Kill Innovation

    Treating Discovery Like Execution Will Kill Innovation

    “In the end, these projects are all business model problems.” That’s what I said to my friend Steve Adelman about the projects we collaborate on as part of the Wharton-UQ Global Consulting Practicum program.

    “Why aren’t they market entry problems?” he replied.

    I was stumped by his question for a couple of days. Then I realised what was going on.

    GCP is a program where teams of 10 MBA students, 5 from Wharton and 5 from UQ (or other partner schools), work on a project for an Australian organisation that is trying to increase their business in North America. The program was originally designed as part of Wharton’s marketing program – so the projects were conceived as market entry problems, exactly as Steve said. However, out of the fifteen projects that we’ve run so far, only about three have been market entry problems, the rest have been business model problems.

    What causes the difference?

    It comes down to discovery versus execution.

    Steve Blank framed this problem as: existing firms execute, startups have to search before they can execute.

    discovery versus execution

    This includes Steve’s resources that go with each part of the process – and you can see that the tools that go with search/discovery are very different from those suitable for execution.

    Since all of our project organisations already exist, it’s natural to treat expansion as an execution problem. However, it’s not so simple. Product-Market Fit does not map across borders – which means that market entry becomes a discovery problem again. Our least successful GCP projects have been ones where we’ve treated discovery problems as execution problems – and it’s a common issue for existing organisations.

    All this is another way of saying that existing organisations need to be able to do both: discovery and execution.

    Blank originally looked at the two as either/or, and the big problem that he identified was startups trying to act like established firms. In other words, if they skipped discovery and went straight to execution (e.g. writing a business plan first), it increased the chance of failure.

    As he’s been working more with established firms trying to innovate, his view has evolved – now he shows how discovery and execution integrate:

    horizons-with-bus-model

    This, of course, is another version of the ambidextrous organisation issue that Ralph Ohr has been digging into deeply.

    In my work on the GCP projects, as well as with CSIRO and in consulting with private firms, I’ve seen that the problem of treating discovery like execution is pervasive in all kinds of organisations.

    With the lean startup movement, we now have a set of tools that startups can use to make sure that they do discovery first, then execution. The toolkit for established organisations is still being put together. Here are some thoughts to help with that:

    • Discovery is a lot messier than execution. Business-as-usual works for execution problems, but for discovery problems we have to invent a new business-as-usual. This means that uncertainty is much higher, because we don’t know what will work. This is fine to admit within a startup, but often dangerous in established organisations, where giving the illusion of false certainty is often viewed as less risky than honestly discussing the likelihood of success. Consequently:
    • Discovery processes can look like incompetent management. We’ve run into this on some of our GCP projects. The team asks what seems like a straightforward question about expected returns, competitive advantage, or supply chains. When the client doesn’t have an answer, the team often loses faith in them. Not knowing these things is indeed a danger sign for an execution project, but it’s completely normal for a discovery project. That’s why it’s critical to understand what you’re working on.
    • Business-as-usual metrics will kill discovery projects. I frequently see organisations go through a discovery process to build a new business model to support a great new idea, then blow the whole thing when they plug the result into their normal measures of success. In an execution project, we can use all the normal accounting tools – return on investment, expected margins, etc.

    This last point is crucial, and possibly the biggest issue for established firms that are looking to add business model innovation to their toolkit. Fortunately, there are some good thinkers working on this.

    Start by looking at Ralph Ohr’s work on ambidextrous innovation – this has been a top agenda item for a few years now.

    Paul Hobcraft just wrote a great post on building innovation metrics.

    The article that I still use on this topic is by Geoffrey Moore in the Harvard Business Review. It’s from 2007, and one of the first (and still one of the best) applications of the three horizons framework that I’ve seen. Includes a number of very practical steps for established firms to use to support innovation in H2 and H3 projects.

    One deceptive issue in discovery projects is that the initial target market looks a lot smaller than established firms might be used to. Even firms that are used to targeting a mass consumer market need to think about Product-Market Fit for a small niche for ideas that are potentially disruptive. New business models start in niches – ignoring small initial markets is one of the most effective way to kill a discovery project.

    This means that even for established organisations, tools like lean analytics and pirate metrics for startups are essential. These focus around issues like traction, retention, and other measures that indicate that we’ve hit the target for our niche. These metrics look very different from execution metrics – using multiple sets of metrics is an essential element of ambidextrous innovation.

    The project that Steve and I just finished working on was definitely a discovery project. If we had realised this from day one, it would have made the team’s job easier.

    To succeed at innovation, we need to stop treating discovery like execution. They’re two different things, and we need to be good at both of them to thrive.

  • To Get Big, Start Really Small

    To Get Big, Start Really Small

    When you’re starting out with something new, it’s important to understand that your customer is never “everyone.” Even if your eventual potential market is huge, you need to start out by dominating a small niche.

    Google didn’t start out by organising the world’s information.  Google started out as a way to make searching the Stanford Library easier as part of the Stanford Digital Library Project.

    Facebook didn’t start out aiming to connect everyone in the world with cat pictures and artificially manufactured political outrage.  It started out as a way for Harvard students to hook up.

    I ran into more examples today in Carlota Perez’s brilliant book Technological Revolutions and Financial CapitalPerez outlines the dynamics of technological and economic change across five revolutions, and she talks about how new technologies start out by fitting into small parts of the existing economy:

    …they grow restricted to whatever uses fit well in the existing fabric of the economy before their most important uses are even surmised. Railways were first developed to help get coal out of mines; their real significance as the main means of transport of people and goods was difficult to even imagine in a world of canals, turnpikes and horses. Oil refining and the internal combustion engine developed within the steam-engine world of the third revolution, being used mainly for luxury automobiles. Semiconductors, in the form of transistors, served to stretch the market for radios and other basic appliances of the mass-production paradigm by making the portable, before anyone could possibly conceive of a micro-computer.

    We’re currently running a small Lean LaunchPad course at University of Queensland, and listening to the updates on Friday got me thinking about this all over again – all the teams were aiming too broadly.

    This reflects several important issues.  The first is that they are all working on big problems, with big potential impact – so it is natural to aim for the biggest possible market right from the start. Unfortunately, this approach fails.  We need to work on big ideas, with big potential impact, but we have to start out in the smallest possible application.

    The reason for this is that we don’t know in advance how to make genuinely new ideas work.  This is one of the reasons that the flat part of the innovation diffusion curve is flat – it takes time to work out the best value from a new idea, and the best business model to use to realise that value.

    Making a new idea work requires three distinct sets of skills.  First, you need to have the skills of creativity and invention to get the new idea to work in the first place during the invention phase.  Then, you need to use your customer development and problem-solving skills to create a market with the early adopters.  Finally, you need different skills again to make the transition to a business model that will scale with mainstream customers. This is the problem that Geoffrey Moore called Crossing the Chasm – illustrated nicely in this post by Peter Armstrong:

    The three sets of skills don’t always live within one organisation.  In fact, they rarely do.  This is why we often see different companies dominate at different points in the industry lifecycle.  The automobile was first invented by many different people, none of whom are remembered today. Then, as Perez points out, the early adopters were wealthy people, and the first company to figure out how to successfully serve that market was Duryea Motor Wagon Company in the early 1890s.  Fifteen years later, Henry Ford figured out how to make cheap cars that the majority of people could afford.

    We’re seeing the same thing right now with autonomous vehicles.  Someone (who?) invented the idea, and Google (or Uber, or someone else) will end up taking them into the majority.  But they’re already in use right now in mines.  This is where the need is currently most acute, and this is where the technology is being refined.

    Eventually, all new buildings will be constructed using Building Information Modelling (BIM) and the offsite manufacturing of modular components.  But right now, those technologies are only being used in the most challenging settings for construction, like the Leadenhall Building in London.

    Autonomous vehicles and BIM will eventually both be huge.  But today, they are really small – and that’s the only way to eventually win.