Some say that marketing is both an art and a science. We’d say that it comes down harder on the science side – and that the effectiveness of model-driven marketing proves it.
If you’ve ever wanted to discover a new audience, capitalise on a new product, uncover the behaviours that drive your business’ success or learn how to eliminate customer churn, then a statistical model likely has the answers. It’s all a question of which type of model is the right one for you. That’s why we’ve broken down six of the most common types of analytical and predictive modelling for marketing, explained in real-world terms around how they can improve your company’s performance. But first, a quick note:
Predictive modelling can be an incredibly valuable asset for a business to develop – but it can also be very easy to lose sight of the commercial context and get bogged down in pursuit of the academics.
Here’s what we mean: let’s say your business is trying to predict the behaviour of a set of customers. A model is developed and, after some adjustments, has a 90% accuracy rate. In practical commercial terms, this model is fit for purpose – it is highly accurate and will inform the business in its marketing pursuits. However, the analysts behind this model decide 90% isn’t good enough. They continue to tweak and mould and adjust, spending 200 additional man hours on the model. The result? A model that is 91% accurate. Better, certainly, but far more resource-intensive than was necessary for commercial use.
Worse still, the new model has lost something along the way towards that 1% gain: it now lacks balance between predictive power (knowing what is going to happen) and explanatory power (knowing why it’s going to happen).
In this case, the business needs the model to have both, but this new, more accurate model has sacrificed the explanatory side. As a result, when the new model occasionally throws out an unintuitive prediction, the business is unable to figure out why. Marketers lose confidence in the power of the model, and the results, no matter how accurate, fall by the wayside. The commercial point of the model has been lost for the sake of a single percentage point increase in accuracy.
We’re mentioning this because it’s easy for any of the models described below to fall into this trap, especially when the modelling is performed by non-dedicated or inexperienced analytical teams. Even the ‘best’ model can fail to be fit-for-purpose if designed without the actual needs of the business in mind – whether that’s churn, acquisition, customer commitment or any of the other examples listed below.
In short, it’s important to work with business-focused analysts, no matter what model you decide to use. With that out of the way, let’s move on to the six models themselves:
Marketing is not just about finding an audience - it’s about finding the right audience. Customer acquisition modelling revolves around identifying potential prospects who are likely to be “good customers”, as well as discovering traits that drive a higher likelihood of a population becoming customers. This allows marketers to better target their customer acquisition efforts, improving overall efficiency and ROI.
Recommendation modelling encompasses a suite of models designed to identify opportunities to improve the overall value of a given customer’s relationship through higher value or more diverse purchases. It includes upsell modelling, cross-sell modelling and next best offer modelling. The major differences between these models are the desired business outcomes:
Fast-track modelling predicts which customers are most likely to become high-value clients over time. This is different to merely identifying high-potential customers overall, as it takes the influence of tenure into account as well - a cohort of new customers might not be high value now, but they could become so after a year or two. Once identified, these customers are then prioritised by marketing efforts designed to push them further down the value cycle.
Churn modelling is used to identify customers who are likely to stop doing business with a given company within a short amount of time. It is often used as a form of an early warning detection system, flagging high-risk customers that require outreach. An important point to note is that churn modelling is mostly used for companies that operate on a customer ‘binary’ - either a person is their customer, or they’re not. Power companies are a good example, as are telecommunications businesses (barring the minority of users who have more than one phone or internet connection).
Slider modelling is used to predict which customers are likely to “slide” towards doing business with a competitor, reducing a business’ share of wallet. It is similar to churn modelling, but where churn modelling deals with the ‘customer binary’, slider modelling is less discreet. It is the difference between discovering which customers are going to stop doing business with a company altogether (churn) compared to them preferring to do business with a competitor – or no one at all (slide). Companies that can ‘share’ customers with a competitor typically use slider modelling rather than churn modelling. Retailers are a common example.
Customer commitment modelling aims to understand who the most loyal (and least loyal) customers are in an existing client base and rank them accordingly. It may also involve identifying the behaviours that are associated with higher levels of loyalty. This information can then be used to differentiate marketing messages depending on customer commitment, targeting the disposition and likelihood of each given segment more specifically. It could also be used to reward customers who are the most loyal, encouraging higher lifetime value and more word of mouth marketing.
Whether you're discovering new customers, retaining old ones or capitalising on loyalty, there's a lot that modelling can do to drive a successful marketing campaign. But this is just the beginning of what predictive analytics could mean for your business - for more information, head to the Datamine website and download the Guide to Predictive and AI Modelling.