Category: Marketing Data Science

  • How Google Analytics Decides Attribution Tracking

    How Google Analytics Decides Attribution Tracking

    One of the more opaque things about Google Analytics is understanding how the software processes various types of tracking codes. If we don’t know how Google Analytics interprets the different kinds of tracking that it uses for attribution, then we may not be able to explain changes in our analytics data.

    The Importance of Good Tracking

    Why do we care about Google Analytics tracking? For one straightforward reason: attribution. We want to know what’s working, and the only way to know what’s working is if we’re tracking everything we’re doing. For example, if we look at the multi-touch attribution model from my website using Google Analytics data, we see the following:

    Multitouch attribution model

    When we’ve got everything set up correctly, when our tracking codes are working, when we leave as little to chance as possible, we understand our marketing. We understand what’s working, what’s not working, and we can match our results to our efforts. Above, this model looks at the last 3 months of conversions on my site, by channel, using a multi-touch model. How much time and effort should I put into, say, YouTube? The answer is pretty clear: YouTube didn’t make the top 25 sources of converting traffic, so the amount of time I should put into it is minimal.

    If you want proper attribution, you must have proper tracking. To understand proper tracking in Google Analytics, we should know how Google Analytics processes its data. So let’s explore the order of operations to see how this sheds light on common marketing analytics practices.

    Basic Rules of Google Analytics Processing

    There are two basic rules to Google Analytics tracking, when it comes to various tracking methods:

    1. Paid overrules unpaid.
    2. Known overrules unknown.

    Generally speaking, paid traffic always overrules unpaid traffic. If I go to SomeWebsite.com from a Google Ad and then I type in SomeWebsite.com a few minutes later (within the session timeout window), my session will still be attributed to the Google Ad.

    The same is true if I click to SomeWebsite.com from, say, Blog.com. Blog.com is a known referrer. If I type SomeWebsite.com (or click from an untagged, unknown source like an improperly tagged email) within the session timeout window, Blog.com will still be the attributed source and medium for that session.

    The Google Analytics Order of Operations

    Based on the documentation here, Google Analytics has a clear, defined order of operations. Let’s step through it.

    Google Analytics Flowchart

    The first stage of processing is the campaigns stage, and there are three kinds of tags, usually in the URL or measurement protocol hits: GCLIDs, campaign tags, and UTM tags.

    First, if there’s a GCLID – a Google Ads ID – available, Google Analytics reads that and stops processing; no further attribution is needed, and Google Ads gets the credit for any conversions that take place from that session in a last-touch model.

    If there’s no GCLID, but campaign tags are available – campaign source, campaign medium, and campaign, then the paid channel associated with those campaign tags is given credit.

    If there’s no GCLID or campaign tags, but UTM tags are available – UTM source, medium, campaign, keyword, content – and source is specified (which is the only required field), Google will use that for attribution. Note that we recommend as a general best practice to always specify source AND medium, otherwise you end up with a lot of (not set) in your medium-based reporting.

    It’s important to note here that if your UTM tracking code is malformed – you type utm_soucre rather than utm_source, for example – Google Analytics will NOT attempt to interpret the rest and will simply assign it to direct / none. That’s bad news, so make sure you use some kind of UTM builder utility so your UTM tracking codes are always correct.

    This is the end of the campaigns stage. The second stage is the traffic sources stage, Google’s guessing stage, and this is where a lot of attribution goes off the rails, because Google is guessing, rather than us specifying where something came from.

    If there’s a referring source available (a referring URL) and Google identifies it as a known search engine, then the source is set to the identified search engine and the medium is set to organic.

    If there’s a referring source available that isn’t a search engine, but Google identifies it as a known social network, then the source is set to the identified social network. Note that many social networks send data in strange URLs that Google doesn’t necessarily know, so a lot of times, social media traffic is identified incorrectly, at least in GA 3.

    If there’s a referring source available that isn’t any of the above, Google sets the source as the referring source and the medium as referral.

    If there’s no referring source available, but Google knows who the user is and the user has come to the website from an existing campaign (steps 1-3 above) previously, Google assigns the source and medium to the last known session’s source and medium, as long as it’s within the campaign timeout window.

    Finally, if Google has nothing else to work with, it assigns the data to the dreaded (direct)/(none) source medium. This is what we want to avoid at all costs, because it means we have no idea where a visitor came from or what they did.

    Key Takeaways

    The most important thing to take away from all this is you never want any off-site link (ads, guest blog posts, etc.) to lack UTM tracking codes if possible. When you publish an external link back to your website without tracking codes, you force Google Analytics to guess where the traffic came from, and as you can see from the flowchart above, Google Analytics may not guess correctly.

    Remember our mnemonic: UTM is short for yoU Tell Me. Google Analytics wants us to tell it where traffic is coming from if we know. Don’t make GA guess: if you’re putting a link to your website on someone else’s website (which includes social media, in-app links, etc. – ANY link that isn’t on your website), put UTM tracking codes on it.

    Second, never, ever put UTM tracking codes on internal links (links from your site to another page on your site), because that will overwrite any existing tracking data. Just don’t do it.

    With proper tracking, our analytics quality improves. With improved quality, we draw better insights and make better decisions. Get started today by cleaning up your tracking and using UTM codes as much as you can for every link not on your website.


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  • What Is The Difference Between Analysis and Insight?

    What Is The Difference Between Analysis and Insight?

    I posted a chart in a discussion forum the other day, and someone responded that it was a great insight. That left me scratching my head – the chart was useful, to be sure, a predictive forecast of when a topic was likely to trend in the next few months. But it wasn’t an insight, at least to me.

    Why? Because that’s not what the chart was. It was an analysis. So, let’s set some ground definitions.

    The Definition of Analysis

    Analysis comes from Greek, analein, which means to unlock or loosen up. When we take data and analyze it, we’re unlocking its secrets, loosening information from the data. A pile of numbers is data; an analysis helps us to make use of the data in a way, a format that we comprehend.

    The Definition of Insight

    Insight is quite literally looking inside, inner sight. When we’re talking about insights, we’re looking deep inside our data and analysis. We’re looking at why something happened, what the contributing causes were.

    The Difference Between Analysis and Insight

    Specific to marketing analytics, the difference between analysis and insight is this:

    • Analysis tells us what happened.
    • Insight tells us why.

    That’s the simplest, most straightforward explanation. If you’re putting together a report or a chart and you’re defining what happened – website visits were down 16%, email opens were up 12%, etc. – you’re doing analysis. If you’re trying to explain why those things happened, you’re creating insights.

    Recently, I set up a hunting camera in my backyard to see what wildlife comes around. I caught this critter the other night.

    Picture of a skunk

    Yes, that’s a skunk.

    The analysis is simple and clear. There’s a skunk in my backyard, and not a small one. But what isn’t clear is why. Unless you knew that I also have a lot of fruit bushes and trees – then the answer, the insight becomes apparent. What’s in my backyard is very appealing to the skunk, because not only do skunks eat that kind of food, they also prey on smaller critters like mice – so my backyard is basically a buffet restaurant for it.

    In the discussion forum, my posting a chart of what happened was an analysis. I provided no explanations, no deep dive, nothing that suggested why the topic was going to trend or what we should do about it, and thus it wasn’t an insight.

    So, why did one of the forum members react that way? A really good analysis can provoke someone to create their own insights in their mind. A really clear analysis gets your thinking going, because you don’t need to spend any brain power trying to understand the analysis. It’s clear from the moment you look at it what happened, and thus your brain immediately goes to, “Okay, why, and what do we do next?”

    A powerful analysis speeds things up.

    A bad analysis slows things down.

    A powerful analysis makes insight and strategy generation easier.

    A bad analysis makes it harder.

    If you want to generate insights, if you want to be insightful, perfect the art of analysis first.


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  • Marketing Strategy Lessons from Archery

    Marketing Strategy Lessons from Archery

    Suppose you’re like me and not the world’s best archer (or even a good archer). You own a variety of bow shapes and sizes, and you plink away at your target with them. Some bows are a little easier to score well with, others… not so much. But you practice and you get a sense of what you’re good at and what you’re not good at.

    Now suppose there’s stakes in the game. Maybe it’s a friendly bet or maybe you’re demonstrating something on a livestream and you want to look good. Nothing life or death, but something with meaning, and you need to hit the target in a relatively short period of time. What do you do? Take one shot with each bow you own and hope you get lucky? Or choose the bow you know you can hit best and shoot at it?

    The logical answer is to pick the bow you know you can hit best and take your best shot.

    So, why do we not do that with our marketing?

    I look at how marketers are marketing and I see folks with their budget spread thinner than a teaspoon of Nutella on an entire loaf’s worth of bread slices. There is always a time and place for testing and experimenting, but dividing your budget up so that you’re spending 5% on everything on an ongoing basis is the same as shooting one arrow from every kind of bow and hoping you get lucky.

    Look at your latest attribution analysis. For example, here’s mine, a year-to-date look at what contributes to my conversions most:

    My own attribution analysis

    What works for me? Organic search and my email newsletter, followed by social media, mostly Twitter.

    If I shoot with my recurve bow and hit the target 63% of the time (organic search), and I shoot with my compound bow and hit the target 0.2% of the time (YouTube), in a situation where hitting the target matters, which bow should I be shooting with more often?

    Certainly, in terms of practice and improving my skills, I might want to shoot with my compound bow to better myself, but if I were entering a competition or doing a livestream and I wanted to hit the target reliably, I’d pick my recurve, the bow I hit the target most with.

    Do the same in your marketing. Practice all the time, but when you’ve got to hit some numbers, when you have a concrete goal to achieve, shoot with the thing you do best. Allocate 80% of your budget, time, and resources for what you know works and set aside 20% for practice and learning, but of that 80%, allocate it based on the data from your attribution analysis.

    Let’s say I had 1,000 to spend on my marketing this month. I’d set aside200 to practice with. Of the 800 I have remaining, based on my attribution analysis, I’d devote504 towards organic search – hiring writers and editors, technical people or agencies to tune up my site, etc. I’d spend 163 on email marketing, probably ads to grow my list. And then with what’s left, I’d probably spend the rest on social ads on Twitter, because at that point, you can’t do much with 1% of a1,000 budget.

    At the end of the month, I’d look to see what worked and what didn’t. Of my test budget, did I find something new? Did I get lucky? If so, I could start incorporating those findings into my production budget – maybe I ran a Tiktok ad that did really well even for a small budget. And I’d re-evaluate my production budget. Maybe I spent $233 on Twitter ads and saw absolutely no results. I’d look at my next source down the attribution analysis and spend there instead, give something else a shot.

    I am consistently baffled by marketers who allocate budget by guesswork or by instinct. I’ve looked at clients’ attribution analyses, reports which look a lot like mine, where 50-70% of their conversions come from a channel like organic search, and then when I look at their budgets, they’ve spent 5% or less on organic search and 50% on a channel that delivers poorly. Why? Would you show up at an archery competition with your least favorite bow that you’re lucky to hit the target with on a good day? Or would you show up with your favorite bow, ready to score as much in the 10 ring as possible?

    If you want to win as much as possible, match resources to results.

    Archery and marketing both require skill to use the tools available. In archery, you must know your bows and arrows well, and not every bow is the same. The same is true in marketing – you have channels you’re more skilled with than others. When it counts, do what you know you do best.


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  • Marketing Strategy: Fix What’s Broken Or Double Down on What’s Working?

    Marketing Strategy: Fix What's Broken Or Double Down on What's Working?

    One of the most straightforward and yet difficult questions to answer in marketing strategy is whether we should be fixing what’s broken or doubling down on what’s working for us. The answer to that question has to be governed by several things:

    1. Do we have the resources and capabilities to fix what’s broken?
    2. Do we have the resources and capabilities to do more of what’s working?
    3. Do we know from our data what situation we’re in?

    The first two questions are straightforward to answer. If you’ve got an SEO problem, for example, and you have no SEO skills in house and don’t have a capable partner, then you can’t really fix the problem.

    The same is true for what’s working. If you’ve got a thousand bucks to spend on advertising and you’re getting great results, but your company is budget-constrained, you can’t get more money no matter how well it’s working.

    Assuming you have answers to both of those questions – you can fix what’s broken and/or you can do more of what’s working, you have to come up with an answer for the third question.

    Do you know what situation you’re in?

    Two Methods for Situational Analysis

    Here are two straightforward methods for situational analysis. The first is for data where you have positive and negative data, such as the data in Google Search Console or other similar SEO data. Let’s say we have a table of pages that have gained search traffic in the last month, and pages that have lost search traffic in the last month:

    SEO data

    Perform these two basic tests:

    1. Is the biggest positive value greater in magnitude than the biggest negative value? For example, if my best performing page earned 200 clicks more last month and my worst performing page lost 100 clicks, that would be a case where the best performing page was greater in magnitude of change than my worst performing page.
    2. Is the sum of my positive values greater than the sum of my negative values? For example, if all my losses add up to -10000 and all my gains add up to +5000, I would have a net loss of -5000.

    If my biggest positive value outweighs my biggest negative value AND my net value is positive, then I should double down on what’s working. The negatives don’t outweigh the positives.

    If my biggest positive value doesn’t outweigh my biggest negative value AND my net value is negative, I need to fix what’s wrong immediately. Things are going completely the wrong direction.

    If it’s a mix, look at the net value. If the net value is negative, err on the side of fixing what’s wrong UNLESS your biggest positive value is overwhelmingly greater than your biggest negative, at least a 2x difference.

    For data where you’ve just got a series, like the standard chart in Google Analytics:

    Google Analytics chart

    We’ll want to run a trend analysis to determine what the trend is. Refer to this post for details on the trend analysis methodology. In this particular case, I’ve run the following analysis:

    GA trend analysis

    We see that at point 1, there’s a slight downward trend, but the p-value at point 2 says it’s not statistically significant and the R^2 measure is almost zero, which means our trend analysis says there isn’t a meaningful trend here (R^2 < 0.65, p > 0.05).

    So what does this test tell us to do?

    When we have a statistically meaningful trend that’s positive, double down on what’s working.

    When we have a statistically meaningful trend that’s negative, fix what’s broken.

    When we have no trend or a trend that isn’t statistically meaningful, err on the side of fixing what’s broken.

    Why Err on the Broken Side?

    Marketing tactics and execution are a lot like a car. You can squeeze a lot of performance out of a car by making a bunch of tweaks, but there are upper limits to what you can do based on the kind of car you have. A NASCAR vehicle’s top speed record tends to be lower than an F1 vehicle’s top speed record because they’re just built differently.

    And like cars or fitness or any number of disciplines, something obviously wrong creates much more drag than doing everything except one important thing right. In SEO, a server that spits out error codes will impose a far greater penalty on your site than anything you get right. In email marketing, sending to bad addresses will do more harm to your email list than any acquisition tactic will do good. In advertising, bad targeting will hurt your ads more than changing and tweaking your copy a million times.

    However, when things are working, when you’re punching above your weight, when your campaign is on fire, make the most of it. Make hay while the sun shines, as the adage goes, because those moments when everything is working perfectly are relatively few and far between. Take advantage of them while there’s advantage to be had.

    Use these two tests to understand what your data is suggesting you do for a course of action. It’s better than guessing, and it will help you make good decisions faster.


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  • How To Determine Whether Something is a Trend

    How To Determine Whether Something is a Trend

    How do you know whether something is a trend or not? First, we need to define a trend. A trend is:

    a general direction in which something is developing or changing

    Second, we should mathematically define and be able to detect a trend. Trend analysis (and any kind of statistical analysis) is generally not something we can do by looking at the data or a visualization of it unless the data is overly simple; for what most marketers and business folks mean when they talk about finding trends, you need to do the analysis mathematically.

    Here’s an excellent definition of when a trend is statistically meaningful, by the USA National Institute of Health:

    If one or several regressions concerning time and values in a time series, or time and mean values from intervals into which the series has been divided, yields r^2≥0.65 and p≤0.05, then the time series is statistically meaningful.

    That’s a great, concrete definition of a trend, something we can understand and implement. But what does it mean?

    A Deep Dive Into What is a Trend

    Let’s break the NIH definition down, for those folks who need a quick refresher. A regression is, in its simplest incarnation, fitting some kind of line or curve to our data that explains our data in some way. Suppose we had a chart that looks like this:

    Simple scatterplot

    And we try to slap a line on it:

    Simple linear regression

    That’s the simplest form of regression: trying to find some kind of mathematical relationship among our data. In this example, we see a linear relationship between the x and y axis, visualized by the red line. As one variable goes up, so does the other one. That’s a trend.

    Now, is this trend meaningful? This is where we turn to our definition and the mathematical concepts embedded in it – r^2 and p-values. The metric r^2 means how closely our trend line fits the data, and is measured from 0 to 1.

    A very low r^2 looks like this in a linear regression:

    low r^2 regression

    We can see that there’s a lot of distance between each point and the line describing it. If that distance is really big for every point, it likely means our trend isn’t meaningful; our line doesn’t do a very good job of explaining the relationship.

    An very high r^2 looks like this in a linear regression:

    high r^2 regression

    We can see that there’s very little distance between the points and the line. The line does a really good job of explaining the relationship in the data.

    The p-value measure is a measure of how probable the null hypothesis is. In our example, our hypothesis is that there’s a trend of some kind. Our null hypothesis is that there’s no trend at all.

    For example, in this chart, the line is flat, which would indicate no relationship between the data:

    high p value, no trend

    Compare that with this chart, where there is clearly a trend. The p-value would be low:

    low p value

    That’s how we determine whether something is mathematically a trend or not. We have to ascertain whether there is a relationship (by p-value) and the regression describes the relationship is described well by the data (r^2).

    Where do these measures come from? Statistical software like SPSS and R will automatically produce them when you do regression in them. They won’t necessarily have an attractive graph or chart (you have to produce that separately) but they will give you the data you need to make an assessment.

    There are a number of advanced statistical techniques (literally dozens of different kinds of regression) that we could use to evaluate whether something is trending or not, but they all follow these general guidelines – is there a trend, and how reliable is our prediction of the trend?

    A Trend Analysis Walkthrough: Tiktok

    So, with the basics of trend identification out of the way, let’s look at an application of the concept. We’ll use data from a service like Google Trends. Let’s pick something simple, like the number of people searching for the social networking app Tiktok over the past 5 years:

    Tiktok 5 year

    So the question is, is there a trend here?

    If we perform a linear regression, we get these results:

    Regression results

    What do these mean? Point 1 shows the progression of the trend, the increase happening over time. Point 2 shows the p-value, which in this case is extremely small, indicating that the chart above shows a strong trend. Point 3 is the r^2, which is fairly high, indicating that the trend we’ve detected may be statistically meaningful.

    So, in the last 5 years, is Tiktok a trend? We would answer yes. It meets the conditions set by NIH’s example of an r^2 > 0.65 and a p-value < 0.05. It’s a trend.

    But, what if we look only at the last year?

    Tiktok 1 year

    Let’s re-run the exact same test.

    Tiktok regression results

    Here we see the lack of a progression at point 1; as date progresses, we see searches actually decline. We see a p-value well over 0.05 at point 2, 0.377. And we see an r^2 of almost zero, which means that our data is poorly explained by our linear regression.

    In other words, in the last 52 weeks, is Tiktok a trend? We would answer no, at least in terms of basic linear regression. It doesn’t meet the conditions set by NIH’s example of an r^2 > 0.65 and a p-value < 0.05. It’s not a trend. Is it still relevant? Perhaps – but mathematically, it’s not a trend for the last 52 weeks.

    Is Tiktok a trend or not? In the macro picture, yes. In the shorter-term, no. What do we do with that information? If you were trying to evaluate whether Tiktok was something you had to jump on for early adopter advantage, the lack of a trend in the last year would indicate that window has closed.

    What About…

    The big question marketers always have is whether or not X or Y is a trend they should be paying attention to. Whether it’s NFTs, MySpace, the Internet itself (remember the days when marketers said the Internet was a fad?), or any other topic, marketers generally want to know whether something is a trend or more important, whether something is likely to be a trend.

    In this article we walked through the math behind what is a trend or not, along with an example. Any time you’re evaluating a time-based data series, apply the NIH definition and the statistical test to it. If it passes the test, it is mathematically a trend and you can consider acting on it.

    Recall that a key part of your analysis is the period of time you investigate; in our example, one window of time yielded a mathematical trend, while the other window of time for the exact same data did not. Choose a period of time that’s relevant and appropriate to what you’re trying to accomplish with the data. In our example, a 5-year retrospective would be appropriate for a big picture landscape of social media, while a 1-year retrospective would be appropriate for something like annual planning.

    For questions that are bigger and riskier, you’ll want to investigate more sophisticated techniques for determining whether something is a trend or not, such as the Mann-Kendall test. You’ll also want to use different kinds of regression based on the data you’re working with; some forms of data lend themselves to more advanced regressions. However, for just getting started, the results of a simple linear regression are good enough for now.

    Remember that the value of trend analysis isn’t just determining whether something is a trend or not; the value comes from the decisions you make and the actions you take once you know.


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  • Is SEO Out of Reach For Small Businesses?

    Is SEO Out of Reach For Small Businesses?

    Leah asks, “Is SEO out of reach for small businesses?

    This is an interesting question, because the answer keeps changing. A year ago I would have firmly said no, SEO is completely within reach of every business, large or small. Six months ago I would have said that the very best SEO technologies are definitely out of reach for everyone but enterprises.

    Today, my answer is that it’s not the size of the business that matters, but your business’ technical marketing capabilities and data literacy that matters. A very small business that is technically savvy and data literate can reap tremendous benefit from SEO and from all the different tools out there. For example, my company, Trust Insights, is a little three-person company. We don’t have massive budgets set aside for marketing or SEO; we pay for exactly two SEO tools (Spyfu and AHREFS), and we use them more for client work than we do for ourselves. But we do have access to coding skills and technical SEO expertise, so we can partake of the benefits of SEO.

    On the other hand, I’ve also worked with clients – giant enterprises, Fortune 50 companies – who have zero technical marketing capabilities dedicated to SEO. That’s not to say they don’t have technical capabilities, because they do. They have roomfuls of developers, coders, data engineers, data scientists, etc. but they’re all dedicated to other tasks, and so the power of SEO tools largely escapes them. Those businesses succeed in SEO despite themselves.

    What kind of technical capabilities are we talking about? Four categories:

    1. The ability to code and access data from APIs
    2. The ability to analyze, process, and make decisions from data
    3. The ability to implement decisions in technical and content SEO
    4. The ability to measure the impact of your efforts

    Do you strictly need all four categories? No. The first category can be substituted for a really good SEO tool of some kind. Most SEO tools will get you 80% of the way, though there are still some gaps. Compared to having nothing, however, they’re more than good enough. The fourth category is also easily done in a tool like Google Analytics at a macro level; good SEO efforts mean organic search traffic should increase over time. More technical analysis of your efforts does require more skill, but even a relative novice at Google Analytics can measure your overall search impact.

    The challenge really is in categories 2 and 3, and that’s where marketers lose access to SEO as a strategic capability. When you log into your favorite SEO tool or obtain data to analyze, what’s your process? What do you make decisions based on? Far too many marketers don’t have a clear understanding of what the data is telling them, nor what they should do about it – and that’s why SEO is out of reach for many businesses. Again, it has nothing to do with business size. It has everything to do with data literacy.

    Why? Because SEO is crammed full of data, and the great challenge before marketers is determining what data is useful and when, and what to do with it.

    SEO Walkthrough

    Let’s take two very basic metrics from Google Search Console, search impressions and search clicks, as an example. Do these matter? How do they matter?

    Here’s where the gap occurs:

    Search Console

    Search impressions is the number of times a page or a site shows up in search results for any given query. In other words, Google thinks you might be relevant for that term. So, that matters if we care about Google thinking we’re relevant; no search impressions means no search impact.

    Search clicks is the number of times a page or site is clicked on by a user for any given query. In other words, the user thinks you might be relevant for that term. Search clicks matter for getting users to our actual site and then beginning the customer experience.

    Both numbers are important. If either one is zero, it means we’re getting no impact from SEO. But fixing an SEO problem means knowing which of the two numbers is more broken. And that’s where this and many other SEO tools cease to help. To the average marketer (excepting those who are full-time SEO professionals), it isn’t clear what to do to fix the problem, or even know what the problem is.

    Can you tell? I certainly can’t, and it’s my site. Why? Because what Search Console is presenting is raw data here. It’s like looking at a pile of ingredients and trying to figure out if the final outcome is a waffle, a pizza, or a cake.

    When you process the data – capability 2 in my list above – this is what we find:

    Search console data processed

    Both the mean and median difference in clicks period over period is substantially worse than the same mean and median difference in search impressions. What does this tell me? Earning clicks is a bigger problem than earning search impressions. Now we put the pieces together. My site is displaying okay for Google; Google thinks it’s relevant. It’s the users who don’t.

    How did I arrive at this conclusion? By extracting all the data from Search Console and running it through code I wrote. The math isn’t terribly complicated; you could do the same thing in Excel – divide your study period in half by date, summarize the tables, and compare the front half to the back half. But again, that’s all capability 2 stuff.

    Why? Now we get into capability 3. When your site shows up in search results and users don’t click, do you know what to fix? This is partly qualitative and partly technical. We revert back to capability 2 for a moment to see, from Search Console data (and this part has to be coded, I’ve not found a utility that does this out of the box), what pages and queries lost clicks and search impressions during the study period:

    Search console data compared

    Typing in one of the query terms to see the search result, we see:

    Example search query result

    This might not be super helpful. We’re now firmly in conversion rate optimization territory. This is what Google presents to the user – a match of the site and a snippet. This is essentially an ad, just an unpaid one, and the ad isn’t getting clicks. So now I have to go to that page and my on-site SEO tools to see how I might restructure the ad to make it more compelling. What if I did something like this?

    Rewritten snippet

    That’s much better ad copy than what Google currently shows. So we’re done, right? Nope. Still in capability 3, and explained nowhere in the basics of SEO, is that we should now let Google know we’ve made changes:

    Requested indexing

    That’s one version of the process, and you can easily see how intertwined the different capabilities are to make SEO work.

    What If…

    The inevitable question is, what if you don’t have technical marketing capabilities? Budget to acquire some, either through hiring or partnering with an agency like mine, or invest the time in yourself to learn how. If you want to make SEO work for you, you’ll need these capabilities; the good news is they’re broadly transferrable to many different marketing domains, not just SEO.

    What isn’t optional, if you want SEO to be in reach, are the technical marketing capabilities and data literacy. Businesses large or small need some level of these skills to be competitive in the marketplace, and if you lack them, you are at a substantial disadvantage to your more capable competitors, regardless of business size.


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  • How to Develop an Analytical Mindset in Marketing

    How to Develop an Analytical Mindset in Marketing

    Denise asks, “How do you help employees think analytically to determine what the data means?

    Thinking analytically employs several different mental skills and attributes. All are learnable, but some people have more natural aptitudes than others. Before we can talk about helping employees think analytically, we have to define what analytical thinking is.

    Analytical Thinking Skills

    Analytical thinking isn’t a singular discipline, but a series of skills rolled up together. Ask 100 analysts what analytical thinking is and you’ll probably get 200 answers, but a broad generalization of the major skill types looks like this:

    • Subject matter expertise: the ability to know the topic you’re analyzing in enough depth to make a useful analysis
    • Problem definition and articulation: the ability to identify the problem you’re trying to solve and the desired outcome
    • Information management: the ability to retrieve, analyze, classify, and synthesize data
    • Inductive and deductive reasoning: the ability to formulate or prove hypotheses and models from data
    • Computation and mathematics: the ability to work with quantitative data and transform it
    • Visualization and communication: the ability to communicate your analysis to someone else
    • Judgement and critical thinking: the ability to know when something is a lost cause, when the rules do and don’t apply, and the difference
    • Ideation and creativity: the ability to generate new ideas from existing data and even the absence of it

    You’ll note that each of these areas is practically a profession unto itself; you could spend a lifetime learning the sub-disciplines of analytical thinking and specializing in one or more of them.

    Self-Assessment

    So how does one get started building these skills? The first step is understanding what your capabilities and skill gaps are. With honest self-assessment, determine which areas you’re strong in and which areas are your biggest gap, using a specific marketing task.

    Let’s say you’ve got a known data source like your website’s performance data in Google Search Console:

    Search console data

    Looking at the skills list above, let’s walk through the data. As we do so, compare the steps I take with the steps you’d take and see what you’d do differently. Keep notes – this is your blueprint for assessing yourself in a practical, real world example.

    Subject Matter Expertise

    Before we begin, we need know whether we know the subject of our analysis. In this particular case, I’m examining my website’s performance. I should hope that I’m expert in my own website. However, if I were examining the site of a client in a field I don’t know well, I’d want to do some research and at least get a layman’s understanding of what their company, industry, and products/services are about. Without that understanding, doing any kind of analysis would be purely quantitative and would have no useful context. And as we’ll see, numbers aren’t everything.

    Problem Definition and Articulation

    Is there a problem? Can you tell? How would you know if there’s a problem or not? A very cursory look at the performance graph above indicates that performance slipped in June of 2021. So there’s at least a case to be made that we should be digging into why that happened.

    Information Management

    Tools like Search Console are best used as data sources. They’re not analysis tools or even reporting engines; they’re more like the label on the outside of a box that tells you what’s in the box. Do you know how to get the relevant data out of Search Console to analyze it with real analysis tools (even if it’s nothing more than a spreadsheet)?

    Search Console Data Export

    Inductive and deductive reasoning

    Once you’ve extracted the data from Search Console, what do you do with it? Right now it’s literally just a pile of numbers. From that, we have to formulate some kind of hypothesis, some kind of point of view from the information so that we can direct our inquiry. Like the maps app on your phone, our analytical technology is only useful if we know where we want to go.

    This stage is where subject matter expertise comes into play. Bob Stone’s 1968 direct marketing framework (list, offer, creative) tells us that we need to ensure we’ve got the right audience first, then that we’ve got the right offer, and then that we’ve got the right creative.

    In the context of Search Console, that means understanding whether we’re attracting the right audience (queries) or we’ve got the right content (pages). Those are the first two things we want to take a look at.

    It’s important to note here that inductive and deductive reasoning isn’t a single stage in the process; constructing and refining our hypotheses is an ongoing process.

    Computation and Mathematics

    Now that we have a general sense of what we want to look at, we apply mathematical principles to our data. We’ve decided that clickthrough rates of queries and pages are what we want to use to determine what the problem is. Let’s start with a quick examination of both pages and queries to see what our clickthrough rates are.

    Here’s a quick summary of our queries:

    Queries summary

    We see that in terms of search queries, we have an average clickthrough rate of 10.8% and a median clickthrough rate of 4%.

    Next, let’s look at our pages:

    Pages summary

    We see an average clickthrough rate of 4.05% and a median of ~1%.

    Based on these two summaries, we can say with reasonable confidence that the pages reporrt shows we’re in worse shape there. When it comes to queries, we’re getting better performance. So, now it’s time to dig into the pages. Why are they underperforming? What’s going on there?

    Visualization and Communication

    We know from the graph in Search Console that performance dropped in June of 2021. However, it’s not clear what might have led to that. This is where our computation and visualization skills come into play; we need to get the raw data out of Search Console to analyze it. I’ve exported my data for the last year and put it in a quick graph so we can see better what might be going on:

    Search Console Data

    • Line 1, the orange, represents impressions and for the most part they’ve been growing. No concerns there.
    • Line 2, the green, represents clicks and we see that peak in late March 2021.
    • Line 3, the blue, represents search rankings in aggregate. In May, I see that go up (higher is bad).
    • Line 4, the red, represents clickthrough rate. We see that begin to decline in mid-April.

    We now return to our inductive reasoning. Given these new facts, what could we determine? Sequentially over time, I started losing clicks before I started losing rankings or clickthrough rates. That tells me my content wasn’t engaging when someone saw my site come up in search, they didn’t feel it was a good match to their query, so they didn’t click.

    Judgement and Critical Thinking

    At this point, we have to ask, is this a lost cause, or is there an action we can take to improve things? I’d argue that this is not a lost cause, but we need to be very clear about what action we should take. Let’s see what changed if we compare March of 2021 with May of 2021. We’re specifically looking for declines in clicks:

    Lost clicks

    Uh oh. Some posts lost quite a few clicks in May compared to March. Was it because those pages lost their position in rankings? No; in fact, the average position change was about 2 or 3 places, nothing huge. So those pages need some love.

    Ideation and Creativity

    Now that we have a general idea of what seems to have gone wrong, we have to come up with ideas to fix it. The first stop is to of course check the basics, make sure the site is functioning correctly. After that, we look at each page and the associated query for ideas.

    I see a few anomalies here; pages that do well even though they don’t necessarily rank well. Those are pages I should revisit, revamp, and republish.

    Fix these up

    What would be really powerful is if I used the biggest, baddest natural language generation models to create new content for those pages that was thematically aligned with what’s already there, in effect creating a lot more content on those pages. That’ll be my next step, blending human creativity with machine creativity.

    Conclusion

    This walkthrough isn’t intended as a search engine optimization recipe so much as it’s intended to be an illustration of analytical thinking in a practical, concrete example. We would apply those same skills to any kinds of data or analytics we’re faced with in the workplace, and what I’ve shown is merely an example. It’s one approach of many, and you could easily ask a hundred data-driven marketers for how they approach a task like SEO and they’d give you a hundred different, mostly equally correct answers.

    What matters is that you have those core skills and you bring them to bear on your data problems. Your next steps are to evaluate, using the framework in general and the specific example of your choice, where your strengths and areas of improvement are in analytical thinking. Then double down on those strengths while building out the areas you’re not as strong in, and you’ll become a marketing force to be reckoned with.


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  • You Do Have a Head for Analytics

    You Do Have a Head for Analytics

    Last week in a conversation, Paul said, “When it comes to Google Analytics, I learned about as much as I could but I’m a Communications guy. I have an English degree. I don’t have the brains for analytics.

    Okay, a bit of a rant here. There is no such thing as not having the brains for analytics. You may not have had the academic background or the natural aptitude that some folks have, but for the most part, we all pretty much have the same model of brain. So you do have the brain for it.

    When people say they don’t have a head for math, what they’re really saying is one of three things.

    First, they’re saying they have a lack of confidence in their existing mathematical skills, perhaps even a fear of the subject because of traumatic early educational experiences. All it takes is one bad teacher somewhere along the line in childhood to put someone off a subject forever.

    Second, they’re saying they have made a conscious choice not to learn more, not to make the effort to learn the subject any deeper than they already have.

    Third, they’re saying their time, energy, and emotional wellness is better used towards pursuits they enjoy more.

    None of these things are wrong. None of these things indicate that you’re deficient somehow as a human being or professionally as a marketer. They’re simply stated facts. If you don’t want to learn analytics, that’s fine. Hire someone who does, or work with an agency partner that does.

    The most important part of analytics isn’t the analysis. The most important part of analytics is making decisions based on the analysis. You can hire or work with someone else to do the analysis, present you informed choices, and make decisions. That’s the critical part. You need access to the analytical skills – yours or someone else’s – commensurate with the decisions you need to make.

    Here’s another important point. Analytical skill isn’t binary. It isn’t all or nothing. You aren’t either a dunce or a genius; no one is born knowing how to do analytics or statistics. One of the dangers of the modern marketing era is that we seem to see every skill as binary, that you’re either a beginner or an expert. That’s compounded by the number of people hawking expertise as though it were something you could achieve overnight if only you bought their course, etc., and our relentless need to compare ourselves to others.

    The reality is analytics capabilities are skills, and like any skill, you will be at different points along your journey. Think about how ridiculous it sounds if you port this to a different discipline like cooking. Imagine telling someone either you can’t cook at all or you have to cook like Gordon Ramsay, that there’s no in-between. It’s absurd. Literally every competent adult has some kind of cooking skill, even if it’s just putting two slices of bread in a toaster.

    There are many grades of cooking skill. There’s the beginner who is boiling water and making toast. There’s the intermediate, the person who’s cooking more complex dishes. There’s the advanced practitioner, that person who hosts the best dinners and can make complex, challenging dishes with care. And there are the legitimate experts and masters who can cook damn near anything.

    You’re probably somewhere on that spectrum, and you have different skills even within there. You may be a grill expert but you couldn’t bake a cake to save your life. You may be able to create the most heavenly flaky croissants, but your rice may as well be a bowl of gravel. All skill is relative. Are there better chefs, better cooks in the world than you? Yes. Are you competing with them? Only in your own mind, unless you are literally a professional chef as your day job.

    Analytics is no different. There are beginning analytics and statistics skills everyone should have, the ability to do basic computations like addition, subtraction, multiplication, and division. There are intermediate skills like being able to interpret and create charts, graphs, and tables. There are advanced skills like being able to do regression analysis. And there are expert skills where you transition into things like data science and machine learning.

    But just because you can’t write code to address the Google Analytics API or you can’t build a neural network does not mean you can’t apply analytics skills to your work, just as not being able to make the perfect truffled hollandaise sauce does not mean you can’t make a decent egg and toast breakfast.

    If you want your career to develop and grow, if you want to add more value to the companies you work for and earn commensurately more value for yourself, abandon the idea that you don’t have the head for something. If you make a conscious choice not to do something, be honest with yourself. If it makes you emotionally unhappy or it’s not where you deliver the highest value, that’s totally fine. Say that, to yourself and to others as appropriate. Once you let go of that self-imposed limitation, you might find that working in analytics at a skill level appropriate to where you are in your journey might be more enjoyable than you think.


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  • Third Party Cookies and Attribution Models

    Third Party Cookies and Attribution Models

    Mabelly asks, “Whenever I think about attribution model, a question pop up. How we should deal with “the end of the 3rd party cookies”? How do you guys address this issue?

    Third party cookies (or the lack thereof) and attribution models are two entirely separate things. So we’re talking about the same thing, let’s set some baselines and definitions.

    What is a Cookie?

    A cookie, simply put, is a tiny text file stored inside your web browser or device apps that contains identifying information about you. Here’s an example of a Google Analytics cookie:

    Google Analytics cookie

    You can see there isn’t a ton in here; the main thing that makes this valuable is the second line. That’s an anonymous ID Google has assigned to me personally that tracks me on my own website. When I show up on ChristopherSPenn.com, Google Analytics looks for the _ga cookie and when it finds it, it loads my ID number into Google Analytics, which then helps it understand that I’m not a new user.

    Third Party Cookies

    Here’s a quick explanation of the different kinds of cookies, since you’ll often hear about first and third party cookies.

    First Second and Third Party Cookies

    A first party cookie is set by a site and the data is sent back to that site. When you visit my blog, my website sets a cookie for ChristopherSPenn.com on your device that stores things like your preferences or what ads from my site I’ve shown you. Everything is owned by me, and that’s what makes it first party.

    A second party cookie is set by a site you don’t own, but it’s your cookie, your tracking code. An example of this would be someone visiting a partner site, like MarketingOverCoffee.com or TrustInsights.ai, and that site setting a cookie for ChristopherSPenn.com on it. It’s still my cookie, and if you come back to my site, I’ll know you were on those other sites based on the cookie data. These are relatively rare except in networks of sites, because it requires the site owners both grant permissions to each other to distribute multiple sets of cookies.

    A third party cookie is set by a site you don’t own, and that cookie tracks behavior across a whole bunch of different sites, including sites the cookie setter doesn’t own. In the example above, the ad network, C, is allowed to implant its cookies on site D, even though it doesn’t own site D. People who visit site D get ad network C’s cookies. When they go to visit other sites with the same ad network, like site E or F, those sites tell ad networkC that the user has visited them.

    Here’s the critical difference about third party cookies. Let’s say we’re site A. When we buy ads from ad network C, we are buying data they collected about users on sites D, E, and F, even if we have no connection to those sites. That’s what makes them third party: we are buying from C, but the users on sites D, E, and F didn’t consent to us getting any information about them, nor do they necessarily even know who we are. They may or may not ever have been to our site, site A.

    What’s Going Away

    It’s this latter relationship that companies who are ending third party cookie support are breaking intentionally. Ad network C will no longer be allowed to track its cookies on sites, D, E, and F, and won’t know if users have been to those sites. Second party cookies also will likely break but again, they’re not all that common.

    What won’t break is the first relationship. We’ll still be able to put and read cookies from our site with our audiences, so things like Google Analytics will continue to work. Why? Google Analytics is always integrated into our websites, so someone on Site A will get a GA cookie from A, and GA has the rights and privileges to read that cookie because we’ve given it permission.

    What Does This Mean for Attribution?

    To get back to the original question, the change in third party cookies will not impact attribution at all.

    Why, given it will have such an outsized impact in advertising?

    From a data perspective, attribution and advertising are completely separate entities. Advertising sends traffic to your site. It’s a source of traffic. Attribution modeling helps you understand where your traffic came from and whether it did what you wanted it to do or not. Even if ad networks lost 100% of their tracking capabilities, you will still know they’re sending you traffic, and you will still know whether that traffic is converting or not.

    What the end of third party cookies is likely to do is change the quality of your advertising traffic, probably for the worse, but it’s not going to change what kind of attribution you do or how you’ll interpret the results.

    So, what should you do about all this? First, plan for diminishing quality of ad traffic in general; the only ad network I see not particularly affected by everything is Google Ads. Why? They own:

    • Google search, which tells them what we’re looking for
    • Android, the mobile operating system powering something like 70% of the world’s devices
    • Chrome, the browser with 60+% market share
    • GMail, one of the top email providers
    • YouTube, the most popular video site on the planet
    • Google Analytics, the most popular web analytics software that millions of websites have voluntarily implemented
    • Google Suite, office software for thousands of businesses
    • Google Home, thousands devices we voluntarily set up in our homes

    In other words, it’s fairly safe to say Google doesn’t need cookies to track what we’re doing, nor to target its ads.

    That said, you should be looking at your attribution models frequently, and comparing them month over month. Look for what’s changing and especially what’s diminishing in effectiveness. That will tell you a great deal about whether tracking changes are impacting your upstream traffic providers.

    At the same time, you should be building first party audiences like crazy. Email lists, SMS lists, private social networks like Slack and Discord – you name it, as long as you control it, you should be building there and focusing your time, effort, and budget on those places you control.

    The Bottom Line

    Third party cookie tracking loss is only the tip of the iceberg as far as what’s going to happen with customer privacy over the next few years. The only surefire, long-term strategy that will be timeless and effective is to have customers voluntarily give us information with full, informed consent. That will never go out of style or get blocked by legislation or technology.


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  • How Often Should We Change Attribution Models?

    How Often Should We Change Attribution Models?

    Andrea asks, “How often are you changing your attribution modeling vs the change in organizational strategy?

    An attribution model is something that’s mapped fundamentally to your sales and marketing strategy. It should change as you change strategy, or as your audience changes.

    First, let’s establish a baseline. Why do we need attribution models? Fundamentally, attribution (from Latin, ad tribuere, to give to) is about understanding and giving credit to different marketing channels and tactics based on their contributions to achieving your goals.

    We need attribution models to understand how different channels generate results. The more touchpoints involved, the more we need a more complex attribution model. Here’s an example from my Google Analytics that tells me the average number of touchpoints before conversion:

    Google Analytics Path Length

    We see above that the majority of my conversions occur within one touchpoint, 83%.

    A last-touch attribution model is appropriate for companies that are almost purely transactional in nature, with very fast sales cycles and few touchpoints. An ecommerce company selling a SaaS subscription where the visitor comes to the site and buys something, then leaves would be an example. There’s no interaction, no content to read, no relationship with the customer. They come in, do the thing, and get out. That’s a great candidate for a last-touch model.

    Generally speaking, if a site accomplishes its conversions in one touch 95% of the time or more, a last-touch model is fine.

    Suppose you changed marketing strategies and started to pursue more of a content marketing strategy. You want to attract visitors through organic search, through social media, and you want to build an actual relationship with them. At that point, you’d probably want to change models to something like time decay or a true multi-touch attribution model, because you’d start to have more complex interactions with your audience.

    For example, my site went from ~90% of conversions being one touch to 83% over the last couple of years. Once I dropped below 90%, I had to change attribution models to deal with the increasingly complex ways audiences were finding me.

    The other rule of thumb I go by is how many marketing channels are involved. If you’ve got a company where you run only Google Ads and that’s literally how you make all your money and nothing else, then you can use a first or last touch model with no reservations. Arguably, you don’t need an attribution model at all, because you’re only doing one thing and it’s working. Once you get above three channels and you need to understand the interactions of those channels with each other, then you should be looking at changing attribution models to accommodate the greater complexity.

    Why do we care? We care because we want to know what’s working, and in proportion to the resources we allocate to our efforts. It’s good to know, for example, that Google Ads drove 25% of your conversions, but it’d be more important to ascertain what percentage of your hard and soft dollar budget you expended. If you spent 10% of your budget and got 25% of your conversions, then there’s a clear sign to spend some more. On the other hand, if you spent 50% of your budget to get 25% of your conversions, that channel might not be pulling its weight.

    The reason we use more complicated attribution models is to take into account things like brand awareness, etc. that individual tactics may boost, but aren’t the last thing a prospective customer did prior to converting. Some channels simply work better at the beginning of a customer journey than at the end; with the correct attribution model, we’ll ascertain what those are and make sure we’re using each channel to its maximum effect.

    To wrap up, change models when your strategy or your audience behaviors change, and match the model you choose to the complexity of your channel mix.


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