Track LLM Token Usage and Costs
Semantic Kernel token usage tracking provides token counting, usage tracking, and cost estimation for AI model interactions in Python applications.
Why it matters
Monitor and estimate the token usage and associated costs for your Large Language Model (LLM) interactions. This asset helps you understand and manage your LLM expenses effectively.
Outcomes
What it gets done
Count tokens used in LLM calls.
Track token consumption over time.
Estimate the cost of LLM usage.
Integrate token tracking into Python applications.
Install
Add it to your toolbox
Run in your project directory:
curl -fsSL https://spark.entire.vc/get/sk-concept-tokenusage | bash Overview
Semantic Kernel - Token Usage
This skill provides token counting, usage tracking, and cost estimation for Semantic Kernel AI model interactions in Python. It includes two implementation examples: one for standard chat token usage and another for streaming chat scenarios, enabling developers to monitor token consumption across different interaction patterns. Use this skill when you need to track token consumption for AI model calls, estimate costs for production deployments, or monitor usage patterns to optimize prompts. It is particularly valuable when working with metered AI services where token usage directly impacts billing.
What it does
This skill enables developers to monitor and measure token consumption when using Semantic Kernel AI models. It provides token counting, usage tracking, and cost estimation capabilities for both standard and streaming chat interactions, helping teams understand and control their AI infrastructure costs.
When to use - and when NOT to
Use this skill when you need to track token consumption across AI model calls, estimate costs before deploying to production, or monitor usage patterns to optimize prompt engineering. It is essential when working with metered AI services where token usage directly impacts billing, or when you need to enforce usage quotas and budgets.
Do not use this skill if you are working with AI models that do not expose token-level metrics, or if your application does not require cost tracking or usage monitoring.
Inputs and outputs
Users provide their Semantic Kernel chat interactions - either standard synchronous calls or streaming responses. The skill instruments these interactions to capture token metrics.
The output includes token counts (prompt tokens, completion tokens, total tokens), usage statistics across multiple calls, and cost estimates based on the token consumption and model pricing.
Who it's for
This skill is designed for Python developers building AI applications with Semantic Kernel who need visibility into token usage. It serves engineering teams managing AI infrastructure budgets, DevOps engineers monitoring production AI workloads, and product managers who need to forecast costs for AI-powered features. Data scientists optimizing prompt efficiency will find the token-level metrics valuable for iterating on prompt designs and comparing different approaches to the same task.
Source README
Token counting, usage tracking, and cost estimation
Examples (2 files):
simple_chat_token_usage.pysimple_chat_token_usage_streaming.py
FAQ
Common questions
Discussion
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