Reducing AI inference costs requires shifting focus from cost-per-token to cost-per-task, as cheaper models often prove more expensive due to inefficiencies in complex workflows. Effective optimization involves classifying workloads by difficulty and determinism, then dynamically routing requests to the best-fit model and provider. Tools like AutoRouter, sub-agents, and advisors automate this process, selecting providers based on real-time latency, throughput, and pricing data. Furthermore, leveraging prompt caching—by placing stable content before volatile inputs—and utilizing evaluation frameworks like Ori Eval ensures that cost-cutting measures do not degrade output quality. By treating the AI ecosystem as a competitive marketplace, users can exploit provider-specific discounts and uptime variations to maintain high performance while significantly lowering operational expenditure.
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