Key takeaways
Much of the first wave of enterprise AI investment has focused internally: on productivity, automation, and efficiency. Those priorities have delivered meaningful organizational value, but they have also overshadowed a larger opportunity: using AI to create differentiated customer experiences that drive growth.
Organizations are increasingly embedding generative AI into customer journeys, from conversational discovery and personalized recommendations to intelligent self-service and agentic workflows. While these experiences can improve engagement, every interaction carries a consumption cost in the form of token usage, driven by context, compute requirements, and usage at scale.
Tokenomics helps product leaders understand whether that consumption creates enough customer and business value to justify investment.1
For years, organizations have measured customer engagement through traditional digital KPIs like clicks, views, time on page, purchases, and other behavioural signals. Generative AI introduces richer forms of engagement. Every prompt, response, and AI-assisted action reveals customer intent while simultaneously consuming resources.
With this in mind, product leaders should now evaluate two fundamental requirements for every customer-driven AI experience:
Together, these dimensions (along with available token calculators) provide a practical way to estimate the token consumption cost of a feature, workflow, or customer journey. More importantly, they help product teams understand whether token consumption is moving customers toward valuable outcomes or simply generating expensive activity.
Consider the economics of an AI-powered call centre. An AI agent may double the number of customer calls handled compared with a human representative. But if it significantly increases the hourly operating cost due to token usage, greater volume alone does not constitute value. Leaders must also assess whether the experience improves outcomes such as resolution rates, accuracy, customer satisfaction, cost per resolution, or retention.
Product-led growth (PLG) offers a useful framework for answering a simple question: Is the product itself driving customer adoption and business growth?
The well-established AARRR model, covering acquisition, activation, retention, referral, and revenue, provides a structured way to answer this question. By applying a token-cost lens to these metrics, product leaders can determine where AI creates meaningful value and where resources are best allocated.
|
PLG metric |
Token-aware question for product leaders |
Product implication |
|---|---|---|
|
Acquisition |
What is the token cost of attracting and serving a prospective user through AI demonstrations, conversational discovery, or “ask our AI” features? |
Compare cost per qualified user or next-step action. |
|
Activation |
How much consumption is required to help a new user reach an “aha” moment, and which onboarding paths deliver it most efficiently? |
Optimize the path to first value. |
|
Retention |
Does greater AI usage correlate with loyalty, or are expensive experiences being consumed without improving repeat engagement? |
Separate productive engagement from costly novelty. |
|
Referral |
Can the product create useful, shareable AI outputs at a sustainable cost? |
Design low-cost outputs that build organic growth loops. |
|
Revenue |
Which high-consumption experiences increase conversion, lifetime value, or willingness to pay? |
Inform premium tiers, gating, and usage-based pricing. |
Traditionally, product roadmaps have balanced expected business value against development effort. As agent-native product building reduces the effort required to build and test new product ideas, development effort becomes a less useful differentiator for prioritization.
However, lower development effort does not guarantee economic viability. In many cases, the real challenge emerges after launch, when value is expected to accrue for the product and operational token costs accumulate across thousands or millions of customer interactions.
This is where a new token-aware prioritization matrix comes into play.
Consider a home-improvement retailer developing an AI-powered renovation assistant. A customer uploads a photo of a room and describes the project they want to complete. The assistant analyzes the space, recommends materials and tools, checks local inventory, surfaces relevant instructional content, and flags applicable building code requirements.
The experience could reduce research time and help customers move more confidently toward checkout, providing additional value along the way. It may, however, require significant context, reasoning, and token consumption. Product leaders would therefore need to compare the token cost per interaction with measurable AARRR outcomes to choose whether this high-value experience should be gated or available to all users.
Product leaders can bring economic discipline into AI experience design by following a continuous cycle: define the customer outcome, model the economics, validate the value exchange, and monitor performance. Start by identifying the problem to solve, the moment of need, and the customer behaviour the experience should influence before selecting the technology.
From there, product leaders can estimate context and compute requirements, establish appropriate guardrails, and determine the expected cost profile of the experience. Consumption should then be tied directly to a growth KPI, ensuring a clear connection between AI investment and business outcomes.
Although it can be tempting to build right to production, product leaders should prototype, measure, and forecast PLG tokenomics for greater predictability. Real-world testing often reveals usage patterns and cost dynamics that were not apparent during design. High-cost experiences also require thoughtful value exchanges, whether through authentication, access to first-party data, premium subscriptions, or other mechanisms that justify higher consumption.
Finally, continuous monitoring is essential. Customer behaviour, model performance, pricing structures, and usage patterns will evolve over time. AI economics must be managed as an ongoing discipline rather than a one-time exercise.
Deloitte helps organizations move from experimentation to execution by combining customer experience design, product strategy, AI engineering, and economic analysis.
Our approach can help your organization:
If you have an AI-powered customer experience idea, we can help demonstrate its potential, quantify its economics, and define a practical path to scale.