Pricing & Cost Optimization

Pricing Model

NeevCloud uses transparent, usage-based pricing that aligns costs with actual consumption. You're never paying for idle resources or overprovisioned capacity.

Pay-Per-Token Structure

How Token Billing Works

Tokens are the fundamental unit of text processing in language models. Roughly speaking:

  • 1 token ≈ 4 characters of English text

  • 1 token ≈ ¾ of a word

  • 100 tokens ≈ 75 words

When you make a request:

  • Your input (prompt, context, etc.) is counted as input tokens

  • The model's response is counted as output tokens

  • You're billed for both, with output tokens typically costing more

Example Calculation

Let's say a model charges:

  • $0.50 per million input tokens

  • $1.50 per million output tokens

If you send a 1,000-token prompt and receive a 500-token response:

  • Input cost: (1,000 / 1,000,000) × $0.50 = $0.0005

  • Output cost: (500 / 1,000,000) × $1.50 = $0.00075

  • Total cost per request: $0.00125

For 10,000 similar requests per day, your monthly cost would be approximately $375.

Why Output Tokens Cost More

Generating text requires more computation than processing it. When you send input tokens, the model:

  • Reads and encodes the text

  • Builds internal representations

When the model generates output tokens, it:

  • Runs complex neural network calculations for each token

  • Samples from probability distributions

  • Maintains coherence across the entire response

  • Performs this iteratively for each output token

This is why output tokens typically cost 2-3x more than input tokens.

No Hidden Fees

What's Included in Token Pricing

Your per-token cost covers:

  • GPU compute time for inference

  • Model loading and memory allocation

  • Load balancing and autoscaling

  • Redundancy and failover

  • Monitoring and logging infrastructure

  • API gateway and networking

  • Data transfer and bandwidth

You don't pay separately for any infrastructure components.

What You Don't Pay For

  • Idle time between requests

  • Model deployment or setup

  • Minimum usage commitments

  • Infrastructure maintenance

  • Failed requests (you're only charged for successful requests that return tokens)

No Minimum Commitments

Complete Flexibility

You can:

  • Start using a model with a single request

  • Scale up to millions of requests per day

  • Scale back down to zero requests

  • Enable or disable models at any time

  • Switch between models without penalties

There are no contracts, no reserved capacity requirements, and no charges when you're not making requests.

Ideal for Variable Workloads

This model works well when:

  • Testing multiple models to find the best fit

  • Running pilot programs with uncertain demand

  • Building applications with unpredictable usage patterns

  • Handling seasonal or event-driven traffic spikes

Real-Time Billing Visibility

Dashboard Transparency

Your NeevCloud dashboard shows:

  • Current costs updating as requests complete

  • Per-model cost breakdown

  • Token usage trends over time

  • Projected monthly costs based on current usage patterns

This visibility helps you:

  • Stay within budget constraints

  • Identify cost spikes immediately

  • Make data-driven decisions about model selection and optimization

No Billing Surprises

You'll never receive an unexpected bill. The dashboard shows exactly what you'll be charged before the invoice is generated.

Cost-Efficient Scaling

Automatic Optimization

As your usage increases, the per-token efficiency improves because:

  • Models stay loaded in memory (no repeated loading costs)

  • Request batching optimizes GPU utilization

  • Infrastructure is fully utilized, reducing per-request overhead

Right-Sizing Your Usage

Use the monitoring tools to optimize costs:

  • If quality meets your needs with a smaller model, switch to save costs

  • If response times are critical, upgrade to a larger model despite higher costs

  • If output length is excessive, add max_tokens limits to control costs

The pay-per-token model gives you complete control over the cost-quality-performance tradeoff.

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