Leading Inference Providers Cut AI Costs by up to 10x With Open Source Models on NVIDIA Blackwell

A diagnostic insight in healthcare. A character's dialogue in an interactive game. An autonomous resolution from a customer service agent. Each of these AI-powered interactions is built on the same unit of intelligence: a token.

Scaling these AI interactions requires businesses to consider whether they can afford more tokens. The answer lies in better tokenomics - which at its core is about driving down the cost of each token. This downward trend is unfolding across industries. Recent MIT research found that infrastructure and algorithmic efficiencies are reducing inference costs for frontier-level performance by up to 10x annually.

To understand how infrastructure efficiency improves tokenomics, consider the analogy of a high-speed printing press. If the press produces 10x output with incremental investment in ink, energy and the machine itself, the cost to print each individual page drops. In the same way, investments in AI infrastructure can lead to far greater token output compared with the increase in cost - causing a meaningful reduction in the cost per token.

When token output outpaces infrastructure cost, the cost of each token drops. That's why leading inference providers including Baseten, DeepInfra, Fireworks AI and Together AI are using the NVIDIA Blackwell platform, which helps them reduce cost per token by up to 10x compared with the NVIDIA Hopper platform.

These providers host advanced open source models, which have now reached frontier-level intelligence. By combining open source frontier intelligence, the extreme hardware-software codesign of NVIDIA Blackwell and their own optimized inference stacks, these providers are enabling dramatic token cost reductions for businesses across every industry.

Healthcare - Baseten and Sully.ai Cut AI Inference Costs by 10x In healthcare, tedious, time-consuming tasks like medical coding, documentation and managing insurance forms cut into the time doctors can spend with patients.

Sully.ai helps solve this problem by developing AI employees that can handle routine tasks like medical coding and note-taking. As the company's platform scaled, its proprietary, closed source models created three bottlenecks: unpredictable latency in real-time clinical workflows, inference costs that scaled faster than revenue and insufficient control over model quality and updates.

Sully.ai builds AI employees that handle routine tasks for physicians. To overcome these bottlenecks, Sully.ai uses Baseten's Model API, which deploys open source models such as gpt-oss-120b on NVIDIA Blackwell GPUs. Baseten used the low-precision NVFP4 data format, the NVIDIA TensorRT-LLM library and the NVIDIA Dynamo inference framework to deliver optimized inference. The company chose NVIDIA Blackwell to run its Model API after seeing up to 2.5x better throughput per dollar compared with the NVIDIA Hopper platform.

As a result, Sully.ai's inference costs dropped by 90%, representing a 10x reduction compared with the prior closed source implementation, while response times improved by 65% for critical workflows like generating medical notes. The company has now returned over 30 million minutes to physicians, time previously lost to data entry and other manual tasks.

Gaming - DeepInfra and Latitude Reduce Cost per Token by 4x Latitude is building the future of AI-native gaming with its AI Dungeon adventure-story game and upcoming AI-powered role-playing gaming platform, Voyage, where players can create or play worlds with the freedom to choose any action and make their own story.

The company's platform uses large language models to respond to players' actions - but this comes with scaling challenges, as every player action triggers an inference request. Costs scale with engagement, and response times must stay fast enough to keep the experience seamless.

Latitude has built a text-based adventure-story game called AI Dungeon, which generates both narrative text and imagery in real time as players explore dynamic stories. Latitude runs large open source models on DeepInfra's inference platform, powered by NVIDIA Blackwell GPUs and TensorRT-LLM. For a large-scale mixture-of-experts (MoE) model, DeepInfra reduced the cost per million tokens from 20 cents on the NVIDIA Hopper platform to 10 cents on Blackwell. Moving to Blackwell's native low-precision NVFP4 format further cut that cost to just 5 cents - for a total 4x improvement in cost per token - while maintaining the accuracy that customers expect.

Running these large-scale MoE models on DeepInfra's Blackwell-powered platform allows Latitude to deliver fast, reliable responses cost effectively. DeepInfra inference platform delivers this performance while reliably handling traffic spikes, letting Latitude deploy more capable models without compromising player experience.

Agentic Chat - Fireworks AI and Sentient Foundation Lower AI Costs by up to 50% Sentient Labs is focused on bringing AI developers together to build powerful reasoning AI systems that are all open source. The goal is to accelerate AI toward solving harder reasoning problems through research in secure autonomy, agentic architecture and continual learning.

Its first app, Sentient Chat, orchestrates complex multi-agent workflows and integrates more than a dozen specialized AI agents from the community. Due to this, Sentient Chat has massive compute demands because a single user query could trigger a cascade of autonomous interactions that typically lead to costly infrastructure overhead.

To manage this scale and complexity, Sentient uses Fireworks AI's inference platform running on NVIDIA Blackwell. With Fireworks' Blackwell-optimized inference stack, Sentient achieved 25-50% better cost efficiency compared with its previous Hopper-based deployment.

Sentient Chat orchestrates complex multi-agent work

LINK:	https://blogs.nvidia.com/blog/inference-open-source-models-blackwell-r...
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