How to Actually Tokenmaxx and Save Millions — Alvin Pane, OutRival
This post details a practical workflow for token optimization in LLM applications, focusing on cost reduction while maintaining quality. It introduces a three-step process: 1. Establish observability by recording prompt versions, model choices, tokens, latency, and costs. 2. Optimize instructions using tools like DSPy and GEPA to find shorter prompts that preserve the interface and scoring contract. 3. Conduct rigorous shadow evaluations by comparing production to itself, candidate models to themselves, and both systems on the same requests. Human review of disagreements is crucial for identifying regressions and improvements, with paired confidence intervals and separate checks for critical customer categories serving as release criteria. Continuous measurement post-release is emphasized to ensure sustained performance.
More from the Llm Observability And Monitoring trail
- The Model Swap Workshop: GPT-5.5 vs Kimi vs DeepSeek vs Mistral — Pamela Fox, Microsoft
- Evals for High-Stakes AI Agents — Doneyli De Jesus & Annabell Schäfer, Langfuse
- How to Know If Your AI Agent Is Any Good: Evals With Phoenix & Claude — Laurie Voss, Arize AI
- Continuously Improving Agents with Langfuse — Annabell Schäfer & Lotte Verheyden, ClickHouse
- Why 80% Reliability Isn't Good Enough — Felipe Blanes, Amazon AGI Lab