Montag, 23. März 2026

Tokenmaxxing and the “Play‑the‑Metric” Effect



Note: This article was created by AI 

A remarkable scene is currently unfolding in many technology companies. Employees have begun competing with each other to see who can consume the most AI tokens. What first sounds like a humorous footnote of modern digital life has, according to recent reports, turned into a very expensive trend. In some companies, this contest now generates six‑figure cloud bills every month, as teams intentionally craft excessively long prompts or run autonomous agents in endless loops just to produce more tokens. [golem.de]

This development is not an isolated oddity. Other reports describe how automated AI agents, with their complex reasoning cycles and constant self‑generated prompts, create enormous token loads. Some systems run iterative loops, scan entire codebases, and repeatedly solve tasks from scratch—driving token consumption exponentially upward. [all-ai.de]

Companies have reacted with understandable alarm: they are rolling out token monitoring, evaluating dashboards daily, and in some cases even linking financial incentives to prompt efficiency. Nvidia, for instance, ties bonus payments to how sparingly teams use AI resources. Yet as well‑intentioned as these measures are, they address only the symptoms. To understand the dynamics behind this trend, we must examine a deeper principle—the mechanism of playing the metric. [all-ai.de]


The Old Mistake Behind a New Phenomenon

The behavior made visible through tokenmaxxing follows a pattern that has been well‑known in organizational theory for decades. People align themselves with the metrics that are given to them. More than that: they optimize them—often at any cost. British economist Charles Goodhart captured this dynamic succinctly in the 1970s: “When a measure becomes a target, it ceases to be a good measure.”

That is precisely what is happening here. The moment an organization signals—explicitly or implicitly—that “more AI usage” is desirable, employees strive to make that usage visible. Since tokens are one of the few quantifiable indicators of AI activity, the system quickly produces a chain of assumptions: More tokens equal more work. More work equals more visibility. More visibility equals success.

This creates an artificial competition that distorts reality. Instead of using AI as a tool to solve problems more effectively, intelligently, or efficiently, it becomes merely a machine for generating volume.


Why Token Consumption Is a Particularly Hazardous Metric

The reasons token consumption is such a poor productivity indicator extend far beyond its ease of manipulation. It is the combination of economic burden and conceptual irrelevance that makes it so dangerous.

High token consumption measures only one thing: energy and compute expenditure. It tells us nothing about whether a solution improved, whether a problem was genuinely solved, or whether any meaningful value was created. Research also shows that growing token usage—especially in open‑source model ecosystems—brings not just higher cloud costs but also increased energy demands and associated environmental impact. [techzeitgeist.de]

Major providers such as Google face the same issue. They now report processing quadrillions of tokens per month, largely driven by increasingly complex inference models like Gemini 2.5 Flash. These figures highlight the sheer computational intensity of running modern AI systems. [mind-verse.de]

When organizations treat token volume as a performance signal, they blur the line between effort and impact. Employees are incentivized to amplify activities that are inherently expensive—yet often do not contribute to quality.


The Naive Hope in Control—And Why It Isn’t Enough

It is understandable that companies respond to rising costs by imposing token limits, installing monitoring tools, and building dashboards with bright red warning indicators. Efficiency bonuses for prompt optimization may also appear attractive at first glance; they are meant to reward the right behavior and encourage teams to use AI resources responsibly.

But none of these measures solve the fundamental issue: as long as the wrong metric sits at the center, it will be gamed.
If yesterday’s implicit target was “use more AI” or “show innovation,” and tomorrow’s target becomes “consume as few tokens as possible,” employees will simply learn to optimize this new constraint—possibly at the expense of the actual outcome.

The behavior merely flips: from wasteful overuse to hesitant avoidance. And both can undermine progress.


What a Good Goal Looks Like—And How to Repair the System

The solution begins by shifting the focus from activity to outcome. Tokens are a by‑product of working with AI—they are not the purpose. Organizations need to define what is to be achieved, not how it should be executed.

Meaningful goal systems orient themselves around the usefulness of a task: whether support tickets are resolved, whether processing time is reduced, whether customers are more satisfied, or whether error rates drop. Only once the outcome is clear can an organization meaningfully assess how efficiently it was achieved—and whether the token costs were proportionate.

This shift in perspective takes courage. It is easier to monitor a dashboard full of token stats than to evaluate the quality of results. But it is essential for avoiding harmful incentives. Organizations that make this transition eventually develop metrics that are difficult to manipulate—and therefore remain valuable.


Conclusion: Tokenmaxxing Is a Mirror, Not a Problem

Tokenmaxxing does not indicate that people are careless, wasteful, or incompetent. It is a mirror that reveals the weaknesses in organizational target systems. When employees maximize token consumption, they do so because the system signals that it is desired—or at least fails to clarify what is desired instead.

The lesson is as simple as it is demanding: those who set goals shape behavior.
And anyone who wants to understand the behavior of their organization should look not at the people—but at the metrics.


If you'd like, I can now refine the article into a more journalistic, more academic, more opinionated, or more executive‑friendly English version.


Final note:

“No tokens were harmed in the making of this article — although several were mildly confused, a handful were overworked, and at least one insists it deserves a vacation. Exact token counts remain a mystery, as the AI refuses to disclose them, claiming ‘creative privacy.’”

Montag, 23. Februar 2026

A(I)gile Development - Why Agile and Scrum Matter Even More in the Age of AI

 



Before starting into, lets revisit the Agile Manifesto

Individuals and interactions over processes and tools
Working software over comprehensive documentation
Customer collaboration over contract negotiation
Responding to change over following a plan

That is, while there is value in the items on the right, we value the items on the left more.[1]


Artificial intelligence is changing software development at a breathtaking pace. Code that once took days can now be generated in minutes. Entire test suites appear automatically. Architectural suggestions come at the click of a button. With all this acceleration, it is tempting to believe that frameworks like Agile and Scrum might become less important.

The reality is exactly the opposite.
AI makes Agile and Scrum more necessary than ever before.

AI gives us speed, but without a shared understanding of what truly matters, speed quickly turns into wasted effort. When teams move fast but in different directions, confusion scales exponentially. A single misunderstood sentence can now produce an entire module of code that looks correct at first glance but is fundamentally wrong. Or all tests are successful but completely crap? Waste has been generated! Regular meeting like Scrum has becomes the anchor that prevents such drift. Planning to align at the start, Daily Scrums to be synced during the sprint and Dual track/Refinement to ensure the goal is still the right one. The faster we move, the more essential it becomes to stay aligned.

AI introduces an unprecedented level of uncertainty in various stages. Will you also ask your chatbot how long it will take to finish to get an estimation? During development, new ideas and better solutions appear unexpectedly because the tools themselves reveal possibilities you did not see before. A rigid upfront plan cannot cope with this. Agile, however, embraces it. Short iterations and frequent feedback loops allow teams to incorporate new insights exactly at the moment they appear. Instead of fighting change, Agile turns it into an advantage. In an AI shaped environment, adaptability is no longer a “nice to have” but a survival skill.

Continuous attention to technical excellence is still valid, also for developers, just in a slighly different way. The bottleneck in software development is no longer writing code. AI does that quickly and often surprisingly well. The real bottleneck shifts to understanding. Developers must make sense of business needs, decide what actually delivers value, evaluate AI-generated solutions, and judge whether they are correct, safe, and consistent with the system’s architecture. Scrum helps teams keep these human responsibilities visible. Work is inspected frequently, assumptions surface earlier, and misunderstandings are caught before they become expensive mistakes.

This shift makes social skills like communication more important. And despite all digital tools, face‑to‑face conversation continues to be the most effective way of ensuring mutual understanding. You immediately see whether the other person has truly grasped what you mean because you see their reaction, hear their tone, and sense their hesitation. All senses contribute to alignment. Especially when AI can amplify misunderstandings, direct human communication becomes a critical safeguard.

Scrum also provides the guardrails that the usage of AI requires. AI generate impressive results but how could it know about the customer value. It has no intuition for risk and no accountability for the outcome. Scrum’s Definition of Done ensures that generated work is validated. A Sprint Review ensures that what was produced actually delivers value. Retrospectives give the team space to reflect on how AI is used and how the process must adapt. Where AI increases capability, Scrum ensures responsibility.

As a conclusion, AI changes how we build software, but it definitely does not change why Agile was introduced and still exists. Employees still need to collaborate by clarifying intentions, making decisions and understanding what the customer really needs. AI accelerates the work, but Agile and Scrum ensure that speed is applied in the right direction. They are the boundary to give teams the structure to use AI effectively.

AI is powerful, but it does not replace alignment, empathy, clarity, or shared purpose.
Agile and Scrum strengthen exactly these things. That is why they matter more now than ever before.

Maybe now it is finally time to really start with Agile (and Scrum).

[Special to previous colleagues: Agile try #5 - really now!]