Health and medicine fine-tune of Ling 3.0 Flash with medical reasoning, evidence-based retrieval and function calling, free via API.
Output Speed *
Intelligence Index *
Context Window *
Input price
Output price
Performance
Where Ling 3.0 Flash Sante Concentrates Its Gains
Benchmarks
The Independent Benchmark Gap for Sante
Output Speed
Intelligence Index
MMLU *
GPQA *
HLE *
LiveCodeBench *
Technical Specifications
What the model supports
Limitations & Trade-offs
Best-Fit Workloads
Where this model earns its place
Medical literature search and synthesis
The 262,144-token context lets Sante ingest multiple abstracts, guidelines, or review sections and produce grounded, evidence-based synthesis in a single request. Combined with function calling for retrieval tools, this fits research assistants and literature-review workflows. Because scores are vendor-reported and outputs require human review, treat results as drafts for expert verification rather than final answers.
Clinical question answering prototypes
The fine-tune targets medical knowledge reasoning and clinical safety, with vendor-reported leadership among flash-size models on MedXpertQA-Text and DiagnosisArena-MCQ. This suits building and testing clinical decision-support prototypes and medical Q&A assistants. Keep human clinical oversight in the loop, since the model is positioned as assistive and lacks independent benchmark confirmation.
Evidence-based retrieval agents
inclusionAI emphasizes deep research and evidence-based retrieval as a core focus, and function-calling support lets Sante orchestrate external search and grounding tools. This fits source-grounded medical agents that must cite reliable evidence. Note that without enforced structured outputs, citation and source formatting need downstream validation.
Long-horizon medical workflows
With hybrid reasoning and a large context window, Sante is built for multi-step medical tasks that span retrieval, review and drafting rather than isolated single-turn answers. This supports workflow assistants that carry substantial patient or reference context across steps. Thinking mode adds latency and token use, so budget for slower responses on complex chains.