Token billing calculates costs based on the volume of data processed, with rates for some models ranging from $0.06 to $0.11 per 1 million tokens. This model is common for API-driven integrations where usage varies significantly between different automated tasks.
Seat-based models, such as those from Box or Amazon Q Business, offer a flat monthly fee per user, often between $3 and $5. This provides budget stability for Finance and Procurement teams, as the total cost is tied directly to headcount rather than the intensity of the work performed.
Which model offers better budget predictability?
Seat-based pricing simplifies forecasting because the monthly cost is fixed per user. Products like Olakai and Box offer starter tiers at $5 per seat, while others like Ramp or Brex provide AI-assisted features at no additional cost. These models eliminate the risk of variable usage spikes that can occur with token-based systems.
When does usage-based billing make sense?
Usage-based billing is highly efficient for targeted operations where the volume of work is quantifiable. With input costs as low as $0.06 per 1M tokens for IBM granite-4h-small, companies only pay for the specific resources consumed. This is particularly useful for testing new workflows without committing to a fixed license fee for every employee.
To determine which model is more effective, NetLift calculates the net value by subtracting the total AI cost—whether seats or tokens—from the labour value of the time saved. Using a baseline such as $75 per hour for loaded staff costs, we track the payback period. This methodology moves beyond simple usage metrics to provide Evidence Quality grades, helping leaders decide whether to Expand, Continue, or Stop an initiative based on verified financial returns.
Bottom line: Choose seat-based pricing for fixed monthly budget predictability across a stable workforce, or opt for token-based billing to maintain precise cost control during experimental phases and irregular workloads where you only pay for actual consumption.