When More Data Makes It Harder to Know What Matters / Our Work / Perspectives / When More Data Makes It Harder to Know What Matters
When More Data Makes It Harder to Know What Matters
By Mickey Baines, SVP of Market Development
March 31, 2026
As enrollment teams increase the volume of outreach, engagement, and analysis across the funnel, the challenge is no longer access to data—it is understanding what that data actually means.
Institutions today can see more of the student journey than ever before. Email engagement, website activity, event attendance, application progress, and interactions across multiple systems all contribute to a growing pool of observable behavior. In theory, this level of visibility should make it easier to understand intent, prioritize efforts, and guide students more effectively toward enrollment.
In practice, it often does the opposite. The issue is not the presence of signals, but the way those signals are interpreted.
An application, for example, has traditionally been treated as one of the strongest indicators of student intent. It represents a completed action and a clear step forward in the process. But as application behavior has changed, that signal has become less definitive. Students are applying to more institutions, often with less differentiation between them, which reduces the ability to interpret an application as a meaningful indicator of commitment.
The same dynamic is playing out across other engagement points. Email opens and clicks can reflect interest, but they can also indicate passive exploration. Campus visits may suggest strong consideration, but they no longer consistently signal progression toward a decision. Even repeated engagement across channels can create the appearance of momentum without clearly indicating direction.
What was once a set of relatively stable signals has become a much more fluid and ambiguous set of behaviors.
In response, institutions have expanded how they track and act on these signals. Reporting has become more detailed, segmentation more refined, and communication strategies more responsive to real-time activity. These are necessary adaptations to a more complex environment, and in many cases they represent meaningful progress.
However, they also introduce a new layer of difficulty. When every action becomes a signal—and every signal is treated as equally meaningful—it becomes harder to distinguish between movement and noise. Teams begin reacting to activity rather than interpreting it, adjusting tactics in response to what is visible without a clear understanding of what is actually driving outcomes.
This is where the loss of clarity begins to take hold.
The challenge is not that institutions lack data. In most cases, they have more access to student behavior than ever before. The challenge is that the meaning of that behavior has become more complex, while the systems and processes used to interpret it have not evolved at the same pace.
Without a clear way to prioritize signals—or to understand how they relate to one another—decision-making becomes less certain. Efforts become more distributed, and teams are left to navigate an increasing volume of activity without a consistent way to determine what is actually working.
Over time, this creates a compounding effect. Activity continues to increase, but the ability to translate that activity into measurable progress becomes less predictable. What appears to be forward movement at the surface level becomes harder to connect to outcomes in a meaningful way.
This is often the point where institutions begin to recognize that more data, on its own, is not the answer. What is needed is a way to interpret that data in context—one that can distinguish between signals that indicate true movement and those that simply reflect activity.
And while that clarity is difficult to achieve, it is not out of reach—it requires a different approach to how institutions interpret and act on the signals they already have.
Click here to see how we help institutions prioritize effectively and put AI to work in their day-to-day operations.