Cloud Cost Savings: How to Cut AI Infrastructure Expenses Without Sacrificing Performance

When you run large language models, AI systems that process text and generate responses using massive computational power. Also known as LLMs, they’re powerful—but they don’t come cheap. Every query, every token, every second of GPU time adds up. Cloud cost savings aren’t optional anymore. They’re the difference between a scalable AI product and a budget-killing experiment. Many teams see their AWS, Azure, or Google Cloud bills spike overnight after launching an LLM feature—without understanding why. It’s not just about how many users you have. It’s about how they use it.

Think about LLM billing, how AI providers charge based on the number of input and output tokens processed. Also known as consumption-based billing, this model rewards efficiency. A single user asking 50 questions in a minute can cost more than 500 users asking once a day. That’s why LLM autoscaling, automatically adjusting server resources based on real-time demand. Also known as GPU autoscaling, it’s not a luxury—it’s a necessity. Tools that scale down during quiet hours and ramp up during peak traffic can slash costs by 60% without hurting response times. And it’s not just about scaling servers. AI inference costs, the price of running models to generate answers in real time. Also known as inference pricing, these vary wildly depending on model size, region, and provider. Switching from a 70B model to a 7B model that still works for your use case? That’s not cutting corners. That’s smart engineering. Compression, model switching, and caching aren’t just buzzwords—they’re tactics used by teams who keep their AI running profitably.

You’ll find real-world examples in the posts below: how companies use prefill queue size and HBM usage to trigger autoscaling, how retrieval-augmented generation reduces the need for expensive model calls, and how choosing the right model for the job beats throwing bigger hardware at every problem. No fluff. No theory. Just what works when your cloud bill is climbing and your users expect fast, accurate answers. This isn’t about cutting corners. It’s about building smarter.

Cloud Cost Optimization for Generative AI: Scheduling, Autoscaling, and Spot

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