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Usage Rating

Jeenfer Wilson · November 3, 2026 · Leave a Comment

What is usage rating?

Usage rating is the process of applying pricing rules to measured product consumption to determine its commercial value.

For an AI product, usage rating can convert token consumption, API requests, document processing, or AI workflow executions into credits, priced units, or monetary charges.

For example, a customer might consume 5,000 tokens while generating an AI response. The metering system records those tokens, while the rating system determines whether that usage should count as 10 credits, 50 credits, or a monetary amount.

Metering tells you how much was consumed. Rating determines how that consumption is priced.

This distinction is essential for AI products using usage-based billing.

How does usage rating work?

Usage rating operates between usage measurement and billing.

A simplified process looks like this:

Usage Event → Metering → Rating → Billable Usage

Consider an AI application that records the following event:

Customer: cus_123
Feature: document_summary
Provider: Provider A
Model: Model X
Input tokens: 4,200
Output tokens: 650
Total tokens: 4,850

The metering layer captures the consumption.

The rating layer evaluates the applicable commercial rules.

For example:

Measured usage: 4,850 tokens
Applicable pricing: 50 credits per summary
Rated usage: 50 credits

Those credits may be deducted from the customer’s included allowance or handled under another billing arrangement.

The result depends on the product’s pricing model.

For a deeper explanation of the underlying event, see Usage Event.

Usage rating vs metering, costing, and billing

These concepts are closely connected, but they serve different purposes.

ProcessQuestion answered
MeteringHow much was consumed?
CostingWhat did that usage cost the company?
RatingWhat commercial value should be assigned?
BillingWhat does the customer owe?

For example, an AI request might consume 4,850 tokens, cost the provider customer $0.036, and be rated as 50 credits.

If the customer has sufficient included credits, there may be no additional monetary charge.

Rated consumption does not automatically mean additional invoice revenue.

That distinction is explained further in our Billable Usage glossary.

Why usage rating matters for AI products

AI products often use multiple models, providers, and workflows with different cost structures.

A document summary and an autonomous research workflow may generate entirely different infrastructure costs.

Charging identical amounts for both could make pricing difficult to sustain.

Usage rating gives companies flexibility to define how consumption should count under their pricing model.

It helps teams:

  • Apply different prices to different AI features or models.
  • Translate technical usage into credits that customers can understand.
  • Support customer-specific pricing for negotiated contracts.
  • Adjust commercial rules without redesigning the underlying usage measurement.
  • Protect margins by connecting pricing decisions to actual consumption costs.

For example, a basic model request might consume fewer credits than a premium model request, even if both process similar token volumes.

This is particularly useful for products using credit-based pricing.

Common usage rating models

AI companies can rate usage in several ways.

Fixed-unit rating: Each completed action receives a predetermined commercial value, such as 20 credits per document.

Volume-based rating: Usage is priced according to quantity, such as requests, tokens, or processing minutes.

Tiered rating: Different rates apply at different usage volumes.

Cost-based rating: The underlying infrastructure cost informs the commercial price, potentially with an additional margin.

Conditional rating: Pricing varies according to the model, provider, feature, customer, or other event attributes.

The right approach depends on how closely technical consumption reflects customer value.

Some products combine several models within one pricing system.

Common usage rating mistakes

One mistake is confusing provider cost with the customer price. A request costing $0.05 does not necessarily need to be sold for $0.05.

Another is applying the same rule to every model or feature without considering differences in consumption and cost.

Teams can also run into problems when pricing changes affect historical calculations. Billing systems should preserve enough information to explain how past usage was rated.

Finally, rating should not automatically turn every technical event into a customer charge. Internal requests, failed operations, free trials, and promotional usage may require different commercial treatment.

The wider separation between these stages is explained in How to Implement Usage-Based Billing for AI Services.

How MetricaOS supports usage rating

MetricaOS connects structured usage metering with configurable commercial pricing logic.

Teams can define usage metrics, associate activity with customers and models, configure provider pricing, and apply credit rules that determine how measured consumption affects customer balances.

This allows AI products to separate the technical measurement of usage from the commercial rules used to monetize it.

The resulting information can support customer wallets, subscription allowances, usage limits, billing, and cost analysis.

For AI companies, usage rating is an important bridge between product consumption and revenue.

Accurate metering establishes what happened. Flexible rating helps turn that usage into a sustainable pricing model.

Billable Usage

Jeenfer Wilson · October 3, 2026 · Leave a Comment

What is billable usage?

Billable usage is the portion of measured product activity that should count toward what a customer pays or consumes under their plan.

An AI product may record thousands of usage events, but not every event should necessarily become billable.

For example, a model request may consume tokens and create real provider cost while still being:

Included in the customer's subscription
Part of a free trial
Promotional usage
An internal test
A failed request
A retry
An overage that should be charged

The usage event records what happened.

Billable usage determines which of that activity should have a commercial consequence.

That distinction is fundamental to reliable usage-based billing.

Billable usage vs raw usage

Raw usage describes the underlying activity.

For an LLM request, that might be:

Input tokens: 4,200
Output tokens: 650
Total tokens: 4,850
Estimated cost: $0.036

That usage may be captured through AI usage metering.

But raw usage alone does not answer:

Should the customer be charged for this?

The commercial result could be very different:

Raw usage: 4,850 tokens
Billable result: Included in monthly allowance

or:

Raw usage: 4,850 tokens
Billable result: 50 credits

or:

Raw usage: 4,850 tokens
Billable result: $0.10 overage

This is why metering and billing should remain separate layers.

Metering records reality. Pricing rules decide what that reality means commercially.

How does usage become billable?

A useful way to think about the process is:

Usage Event
↓
Metered Usage
↓
Pricing / Rating
↓
Billable Usage
↓
Invoice or Credit Consumption

A usage event might record the customer, feature, provider, model, tokens, cost, and timestamp.

The metering layer stores and attributes that consumption.

The pricing or rating layer then applies commercial rules.

For example, an AI product might decide:

Document summary
Raw usage: 4,850 tokens
Customer plan: Pro
Monthly allowance remaining: 8,200 credits
Rated usage: 50 credits
Billable treatment: Deduct 50 included credits

If the same customer had already exhausted the plan allowance, the outcome might instead become:

Rated usage: 50 credits
Billable treatment: Overage

The underlying AI activity is identical.

The billing outcome changes because the customer’s commercial context is different.

Why not every usage event should be billable

Charging directly from raw events can create problems.

Consider a request that fails after consuming some model tokens. The company may still incur provider cost, but charging the customer for a failed product action may not make sense.

Retries create another issue. If the application retries the same operation, two technical events could represent only one customer action.

Free trials and promotions also generate real usage without necessarily generating revenue.

Internal product activity may consume AI resources but should not appear on a customer invoice.

This is why a robust billing architecture preserves the underlying usage while separately deciding whether it should become billable.

The broader architecture is explained in How to Implement Usage-Based Billing for AI Services.

Included usage vs billable overage

Billable usage does not always mean an additional charge.

Suppose a plan costs $199 per month and includes 25,000 credits.

A customer uses 20,000 credits.

The usage is commercially relevant because it reduces the customer’s allowance, but it does not necessarily create an extra invoice line.

If the customer reaches 25,000 credits and continues using the product, subsequent consumption may become an overage.

For example:

UsageCommercial treatment
First 25,000 creditsIncluded in subscription
Next 5,000 creditsBillable overage
Internal testingNon-billable
Promotional creditsNon-billable or separately classified

This is why usage quotas and billable usage are closely connected.

The quota defines how much usage is included. Billing rules determine what happens after that allowance is exhausted.

Billable usage and AI credits

Many AI products use credits as the customer-facing representation of billable consumption.

Instead of exposing every token, model request, or infrastructure cost, the product may convert underlying usage into credits.

For example:

AI request
↓
4,850 tokens
↓
Pricing rule
↓
50 credits

Those credits may then be deducted from the customer’s included balance.

This allows the product to preserve detailed internal usage while presenting customers with a simpler pricing unit.

That is one of the main advantages of credit-based pricing.

Credits can also represent different types of AI activity, such as document processing, image generation, model usage, agent execution, or other measurable actions.

Billable usage should be explainable

A customer may eventually ask:

Why did I use 3,000 credits yesterday?

or:

Why was I charged an overage this month?

A reliable system should be able to trace that result back through the relevant usage and pricing decisions.

That does not mean exposing every technical detail to the customer.

But internally, the company should be able to connect:

Customer activity
→ Usage event
→ Metered consumption
→ Pricing decision
→ Billable result

This makes disputes easier to resolve and gives finance, support, and product teams a common source of truth.

Common mistakes with billable usage

One common mistake is treating every captured event as billable. Technical activity and customer value are not always identical.

Another is deleting or ignoring non-billable usage. Even when activity is not charged, it may still matter for cost analysis and profitability.

Teams can also create problems by mixing plan allowances, credits, and overages without clearly defining when usage changes from included to additional.

Finally, billing logic should not overwrite the original usage record. The underlying event should remain a trustworthy description of what actually happened, while commercial rules determine how it is treated.

How MetricaOS handles billable usage

MetricaOS separates the underlying usage layer from the commercial rules applied on top of it.

Structured events provide the usage record, while pricing and credit logic can determine how that consumption affects customer balances, plan allowances, limits, overages, and invoicing. MetricaOS also maintains distinct areas for events, credit rules, wallets, plans, invoices, and usage analytics, reflecting this separation between measuring usage and monetizing it. App Screenshots

The principle is simple:

Record what happened first. Decide what should be billable second.

That separation makes AI billing easier to explain, change, audit, and scale.

Usage Event

Jeenfer Wilson · October 3, 2026 · Leave a Comment

What is a usage event?

A usage event is a structured record of something measurable that happened inside a product.

For an AI application, a usage event might record that a customer:

  • generated a response
  • summarized a document
  • processed an image
  • ran an AI agent
  • consumed tokens
  • made an API request
  • used a certain amount of compute

A usage event usually contains two kinds of information:

Metrics, which describe how much was consumed.

Context, which describes who or what generated the usage.

Together, these allow an AI product to turn raw activity into reliable AI usage metering, cost attribution, limits, pricing, and billing.

What does a usage event contain?

The exact fields depend on the product, but an AI usage event might look like this:

{
  "event_id": "evt_123",
  "event_type": "completion",
  "customer_id": "cus_456",
  "user_id": "usr_789",
  "provider": "openai",
  "model": "gpt-5",
  "feature": "document_summary",
  "metrics": {
    "input_tokens": 4200,
    "output_tokens": 650,
    "total_tokens": 4850,
    "cost_usd": 0.036
  },
  "timestamp": "2026-10-03T10:30:00Z"
}

The event tells the metering system what happened, who used it, and how much usage occurred.

Metrics vs context

A useful usage-event design separates metrics from descriptive context.

Metrics

Metrics are measurable quantities such as:

  • input tokens
  • output tokens
  • requests
  • images generated
  • audio minutes
  • documents processed
  • GPU hours
  • estimated cost

For LLM products, token metering often provides some of the most important usage metrics.

Context

Context explains where the usage belongs.

Common fields include:

customer_id
user_id
workspace_id
provider
model
feature
event_type
request_id

This context is what allows teams to move beyond total usage and answer questions such as:

Which customer generated this cost?

Which feature consumed the most tokens?

Which model is driving usage?

Which workspace is approaching its limit?

Why customer identity matters

One of the most important fields in a usage event is usually the customer identifier.

Imagine your provider reports:

Total monthly AI cost: $8,000

That tells you how much you spent.

But if your events include customer_id, you can instead understand:

Customer A: $1,400
Customer B: $380
Customer C: $52

That makes the data useful for cost per customer, profitability analysis, plan design, and customer-level billing.

Without customer attribution, usage data is much less commercially useful.

Usage events and LLM cost tracking

A usage event can also contain enough information to estimate the cost of an AI request.

For example:

Provider: OpenAI
Model: GPT-5
Input tokens: 4,200
Output tokens: 650
Estimated cost: $0.036

The token counts describe consumption.

The provider and model determine which pricing should apply.

The resulting cost can then feed LLM cost tracking and customer-level profitability analysis.

The important point is that cost should remain connected to the event that created it.

That makes later reporting and reconciliation much easier.

Real-time vs batch usage events

Usage events do not always need to arrive one at a time.

Real-time ingestion

Real-time events are useful when the product needs to update:

  • credit balances
  • quotas
  • usage dashboards
  • alerts
  • overage status

soon after the activity occurs.

Batch ingestion

Batch ingestion can be useful for:

  • historical data
  • backfills
  • delayed pipelines
  • aggregated systems
  • importing usage from another service

The underlying event structure can remain the same even if the delivery method changes.

MetricaOS supports both single-event and batch ingestion in its usage workflow, allowing teams to send structured usage data while keeping the same underlying schema.

Why usage events need unique identifiers

A usage-based billing system should avoid counting the same event twice.

Imagine an application sends a usage event, does not receive the expected response, and retries the request.

Without a unique event identifier, the same activity could potentially be counted twice.

A field such as:

event_id: evt_123

gives the metering system a way to recognize duplicate submissions.

This concept is often called idempotency or deduplication.

The implementation can vary, but the principle is simple:

One real product action should normally create one billable usage record, even if the event is submitted more than once.

Usage event vs billable usage

A usage event does not automatically mean the customer should be charged.

An event may represent:

  • free trial usage
  • internal testing
  • a failed operation
  • a retry
  • promotional usage
  • included subscription usage
  • overage usage

So it is useful to separate:

Usage event
↓
Metered usage
↓
Priced / rated usage
↓
Billable usage

The usage event records reality.

Commercial rules determine what that reality means for pricing.

This distinction is fundamental to usage-based billing.

Why usage events should be designed before billing

Many teams start by designing pricing plans first.

But if the underlying usage data is incomplete, the billing system eventually becomes difficult to operate.

For example, if you do not record the customer, model, feature, or relevant metric when an event happens, it may be impossible to reconstruct that information accurately later.

A better approach is:

Capture usage first. Preserve context. Apply pricing later.

This is the architecture described in How to Implement Usage-Based Billing for AI Services.

Common usage-event mistakes

A common mistake is recording only aggregate totals.

Knowing that the product consumed 10 million tokens this month is useful, but it does not explain which customers or features generated them.

Another mistake is creating a schema that is too rigid. AI products often add new models, providers, metrics, and workflows over time.

Teams can also run into problems when events do not have stable identifiers, making duplicate detection more difficult.

Finally, usage events should not contain only billing information. They should preserve the underlying activity accurately so the same data can support analytics, cost tracking, pricing, and billing.

How MetricaOS handles usage events

MetricaOS uses structured usage events as the foundation of its metering layer.

Teams can define metric fields and event fields, ingest usage individually or in batches, and attach product context such as customers, providers, models, and other dimensions. The Event Schema and ingestion screens in MetricaOS are designed around this separation between measurable metrics and contextual fields.

Those events can then support cost analysis, credit rules, usage limits, customer wallets, billing, and profitability reporting.

A good usage event may look simple.

But it is the record that connects what happened inside the AI product to everything that comes afterward.

AI Cost Attribution

Jeenfer Wilson · August 9, 2026 · Leave a Comment

What is AI cost attribution?

AI cost attribution is the process of assigning AI-related costs to the customers, users, features, models, or workflows responsible for generating them.

An AI company may know that it spent $10,000 on model providers during a month. Cost attribution explains where that $10,000 came from.

For example:

Customer A: $1,800

Customer B: $420

Customer C: $95

Document analysis: $4,200

AI assistant: $3,100

Report generation: $2,700

Instead of seeing only total provider spend, the company can understand which parts of the product are creating cost.

AI usage metering provides the underlying usage data needed to make this attribution possible.

Why AI cost attribution matters

AI products often have variable costs. Every model request, document analysis, generated response, agent action, or AI workflow can increase the cost of serving a customer.

Two customers paying the same subscription price may therefore have completely different economics.

For example:

Customer A

Revenue: $199/month

AI cost: $24/month

Customer B

Revenue: $199/month

AI cost: $260/month

Without customer-level attribution, both accounts appear to generate the same revenue.

With attribution, it becomes clear that Customer B may be unprofitable.

Cost per customer helps teams measure this relationship between customer usage, cost, and revenue more directly.

What can AI costs be attributed to?

Most AI products should attribute costs across several dimensions.

Customer

Customer-level attribution shows how much each account costs to serve.

This can reveal heavy users, unprofitable accounts, and customers that may need higher plans, overages, or enterprise pricing.

Feature

Feature-level attribution shows which parts of the product create the most AI spend.

For example:

Document summaries: $2,100

AI search: $1,400

Agent workflows: $5,800

Email generation: $700

This helps product teams understand whether expensive features are delivering enough value to justify their cost.

Model and provider

Different models can have very different cost structures.

Model-level attribution helps teams identify whether expensive models are being used where cheaper alternatives could perform adequately.

User or workspace

For B2B products, costs may also need to be attributed to individual users, teams, projects, or workspaces.

This is particularly useful for enterprise usage reporting and departmental usage controls.

Workflow

Some AI features make several model or tool calls behind the scenes.

Workflow-level attribution combines these related costs so teams can understand what a complete product action actually costs.

How does AI cost attribution work?

AI cost attribution starts when the product records a usage event.

A simplified event might contain:

Customer: cus_123

Feature: document_analysis

Model: premium_model

Input tokens: 4,200

Output tokens: 650

Estimated cost: $0.036

The usage data explains what happened.

The customer and feature identifiers explain where the cost belongs.

The estimated cost explains the financial impact.

Token metering is commonly used to capture the input and output token consumption behind LLM requests.

LLM cost tracking then connects that usage to the corresponding model cost.

Cost attribution adds another layer by connecting the cost to the relevant customer, feature, workspace, or workflow.

AI cost attribution vs LLM cost tracking

The terms are closely related but describe different parts of the process.

LLM cost tracking answers:

How much did our model usage cost?

AI cost attribution answers:

Who or what generated that cost?

For example:

LLM cost tracking:

Total model cost = $8,000

AI cost attribution:

Customer A = $1,200

Customer B = $600

Document analysis = $3,400

AI assistant = $2,100

Other features = $2,500

Cost tracking gives visibility into spend. Attribution gives that spend business context.

For a deeper explanation, see AI Cost Attribution: How to Know Which Customers and Features Drive Your LLM Spend.

AI cost attribution and pricing

Cost attribution becomes especially valuable when designing AI pricing.

If one feature consistently creates a large share of model spend, a company may decide to:

  • Increase its credit cost
  • Restrict it to higher plans
  • Add a usage quota
  • Charge overages
  • Use a cheaper model
  • Optimize the workflow

Usage quotas can prevent unusually heavy consumption from creating uncontrolled cost.

Usage-based billing can also allow revenue to increase when customer consumption increases.

The important distinction is that cost attribution measures what usage costs the company, while billing determines what the customer should actually pay.

Not every cost-generating event needs to be billable.

Common AI cost attribution mistakes

One common mistake is tracking only the monthly provider invoice. It tells the company total spend but not which customers or features generated it.

Another is recording tokens without customer or feature identifiers. Once that context is missing, reliably reconstructing it later can be difficult.

Teams may also rely too heavily on averages. An average customer cost of $20 can hide a small group of customers costing hundreds of dollars each.

Another mistake is mixing internal activity with customer usage. Development, testing, demos, and administrative usage should be identified separately.

Finally, cost and billable usage should not be treated as the same thing. Free trials, failed requests, promotional credits, and internal operations can create real cost without being charged to customers.

How MetricaOS helps

MetricaOS helps AI product teams connect usage and cost to customers, users, features, models, providers, and workflows.

This gives teams visibility beyond the provider invoice and helps them understand where AI spend actually originates.

With customer and feature-level cost attribution, AI companies can identify expensive usage, evaluate margins, improve pricing, set better limits, and make more informed product decisions.

For AI products, knowing total model spend is useful. Knowing exactly what created that spend is far more actionable.

Cost per Customer

Jeenfer Wilson · July 18, 2026 · Leave a Comment

What is cost per customer?

Cost per customer is the amount a company spends to serve an individual customer over a specific period.

In AI products, this usually includes the cost of model usage, tokens, AI requests, file processing, infrastructure, storage, and other product resources consumed by that customer.

For example, an AI SaaS company may have three customers on the same $99/month plan:

Customer A costs $12/month to serve
Customer B costs $38/month to serve
Customer C costs $145/month to serve

Even though all three customers pay the same price, they do not create the same cost.

This is why cost per customer is especially important for AI products. AI usage can vary heavily between customers, even when they are on the same plan.

Why cost per customer matters for AI products

AI products often have variable costs. Every prompt, response, summary, document analysis, workflow, or agent action may create real provider cost.

If a company only looks at total monthly AI spend, it may miss which customers are profitable and which customers are creating margin pressure.

For example:

Monthly subscription revenue from a customer: $99

Monthly LLM cost from that customer: $140

Gross margin before other costs: negative

That customer may look healthy from a revenue perspective, but they are actually unprofitable.

Tracking cost per customer helps AI teams answer questions like:

  • Which customers are the most expensive to serve?
  • Which customers are profitable?
  • Which plans are underpriced?
  • Which features create the most cost?
  • Should heavy users be moved to a higher plan?
  • Should usage quotas or overages be added?

This is closely related to LLM cost tracking, because teams need to understand model spend before they can calculate customer-level cost.

What should be included in cost per customer?

For AI products, cost per customer should include the product costs that increase with customer usage.

Common cost components include:

LLM provider cost

Input token cost

Output token cost

Embedding cost

Image generation cost

Speech-to-text or transcription cost

AI workflow execution cost

Vector database usage

Storage

Compute

API usage

The most important cost component is usually LLM or model provider cost, especially for products built on OpenAI, Anthropic, Google, Azure OpenAI, or other AI providers.

But cost per customer should not only track the provider bill. It should connect that cost to product context, such as the customer, user, workspace, feature, model, and billing period.

That usually requires AI usage metering and token metering at the product level.

Cost per customer and token usage

In many AI products, cost per customer is calculated from token usage.

A simple usage event may show:

Customer: cus_123

Feature: document_summary

Input tokens: 4,200

Output tokens: 650

Model: gpt-4.1

Estimated cost: $0.036

One event may look small. But across thousands of requests, the total cost can become meaningful.

For example:

Customer: cus_123

Monthly requests: 18,000

Total tokens: 52 million

Estimated LLM cost: $410

Plan revenue: $299

In this case, the customer may be using the product heavily enough to create negative margin.

This is why token metering is important. It gives the raw usage data needed to calculate customer-level cost.

Cost per customer vs average cost per customer

Cost per customer looks at the cost of serving each individual customer.

Average cost per customer looks at total cost divided across all customers.

For example:

Total monthly AI cost: $10,000

Total customers: 500

Average cost per customer: $20

That average may look healthy.

But the individual breakdown may show something very different:

100 customers cost less than $5 each

350 customers cost around $20 each

50 customers cost more than $100 each

The average hides the problem.

For AI products, individual customer-level cost is often more useful than average cost because usage patterns are uneven. A few heavy customers can create a large portion of total AI spend.

How cost per customer affects pricing

Cost per customer helps teams design better pricing.

If customers on a plan consistently cost more than expected, the company may need to adjust the plan structure.

Possible changes include:

  • Lower included usage
  • Add usage quotas
  • Introduce overage billing
  • Move heavy users to higher plans
  • Change credit consumption rates
  • Use cheaper models for some actions
  • Limit expensive workflows

For products using credit-based pricing, cost per customer helps validate whether credit allowances are sustainable.

For example, if a Pro plan includes 20,000 credits, the team needs to know whether those credits usually cost $5, $50, or $500 to deliver.

Cost per customer also supports usage-based billing, because billing rules should reflect the real cost of customer consumption.

Example of cost per customer

Imagine an AI legal document product with three pricing plans.

Starter: $49/month

Pro: $199/month

Business: $599/month

A customer on the Pro plan uploads long legal documents and runs high-volume analysis every day.

At the end of the month, the product team sees:

Subscription revenue: $199

LLM cost: $260

Storage and processing cost: $35

Total cost to serve: $295

That customer costs more to serve than they pay.

The company may need to add a usage quota, move the customer to a higher plan, charge for additional usage, or optimize the feature to use a lower-cost model.

Without customer-level cost tracking, this issue may remain hidden inside the total provider bill.

Common mistakes with cost per customer

A common mistake is only tracking total AI spend. Total spend shows how much the company paid, but not which customers created the cost.

Another mistake is using averages too early. Average cost per customer may look fine while a small group of heavy users is unprofitable.

Some teams also track usage but do not convert it into cost. Usage data is useful, but pricing and margin decisions need cost data too.

Another mistake is not separating billable usage from internal usage. Testing, demos, admin actions, and development traffic should not be mixed with customer cost.

Finally, some teams ignore cost per customer until pricing breaks. By then, customers may already be used to generous limits, unlimited plans, or underpriced AI features.

How MetricaOS helps

MetricaOS helps AI product teams track usage and cost at the customer level.

With MetricaOS, teams can connect usage events to customers, users, features, models, tokens, credits, quotas, and estimated cost.

This helps AI companies understand which customers are profitable, which features create cost, and where pricing needs to change.

For AI products, cost per customer is not just a finance metric. It is a product, pricing, and margin metric.

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