Scaling AI Without Breaking the Bank
Strategies for managing token usage, semantic caching, and dynamic model routing to optimize LLM API costs.
Why AI Workload Cost Optimization Matters
LLM APIs are expensive. A poorly optimized AI feature can easily erase a product's profit margins as usage scales.
Employer Demand
Crucial for Engineering Managers and Architects managing AI budgets.
How We Use It
We implement semantic caching (returning cached responses for similar questions) and dynamic routing (sending easy questions to cheap models, hard questions to expensive models).
Real World Example
By implementing semantic caching and routing 80% of queries to Claude Haiku instead of Opus, we reduced a client's monthly AI API bill from $12,000 to $1,800.
The Slickrock Advantage
"We build cost-awareness into the architecture from day one, ensuring the business model scales profitably."
Frequently Asked Questions
What is semantic caching?
Unlike standard caching that requires an exact match, semantic caching uses embeddings to recognize when a user asks the same question in a slightly different way, returning the cached answer.