gaparecido/apertus-8b-financial-reasoner-v1
The gaparecido/apertus-8b-financial-reasoner-v1 is an 8 billion parameter model fine-tuned from swiss-ai/Apertus-8B-Instruct-2509, specifically designed for two-stage financial analysis of stock tickers. It excels at classifying market reactions to news items and generating JSON-formatted reasoning for BUY/SELL/HOLD recommendations based on valuation gaps and deterministic inputs. This model is optimized for financial reasoning tasks, providing structured outputs for investment analysis.
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apertus-8b-financial-reasoner-v1 Overview
This model, apertus-8b-financial-reasoner-v1, is an 8 billion parameter language model fine-tuned from the swiss-ai/Apertus-8B-Instruct-2509 base. Its primary purpose is specialized financial analysis, focusing on stock tickers and market reactions to news.
Key Capabilities
- Two-Stage Financial Analysis: The model performs a two-step process for financial reasoning.
- Task A: Classifies market reactions to news items into categories such as
good,bad,neutral,overreaction_down, oroverreaction_upbased on price movements. - Task B: Generates detailed reasoning and provides answers in a JSON format for BUY/SELL/HOLD recommendations. Importantly, the model does not make the BUY/SELL/HOLD decision itself; these recommendations are derived from a deterministic fusion of Task A's output and a scenario-DCF valuation gap.
- Task A: Classifies market reactions to news items into categories such as
- Structured Output: Designed to output financial reasoning in a parseable JSON format, facilitating integration into automated systems.
Technical Details & Usage Notes
- The model is provided as a full merged checkpoint in bfloat16 format, requiring a bf16-capable GPU (e.g., NVIDIA L4, A10G, A100) for optimal performance. It can be loaded in 4-bit for smaller GPUs.
- Trained using Unsloth (QLoRA, 4-bit) and Hugging Face TRL, leveraging Unsloth's mirror of the base model.
- Users should explicitly set
use_cache=Trueduring inference to prevent performance degradation due to recomputing attention over the full sequence per token.