AI Uses News Sentiment for Bitcoin and Tesla Active Trading

Andrei Neagu, Eeham Khan, Leila Kosseim· July 20, 2026 View original

Summary

This paper details a deep reinforcement learning system for daily long, flat, or short trading decisions for Bitcoin and Tesla, incorporating news sentiment from LLaMA 3.2. The system uses an alpha reward to outperform buy-and-hold strategies, with DDPG showing strong performance.

Researchers developed an AI system for the CLEF 2026 FinMMEval Lab, focusing on active trading strategies for Bitcoin and Tesla. The system leverages deep reinforcement learning algorithms, including Policy Gradient, PPO, DQL, and DDPG, to make daily trading decisions. A key innovation is the integration of daily news sentiment scores, generated by LLaMA 3.2, alongside technical indicators and cyclical calendar encodings. To enhance robustness and align with the goal of exceeding buy-and-hold returns, the system introduces an alpha reward based on excess market return and randomizes episode start dates during training. Hyperparameter optimization was extensive, using Ray Tune across 180 trials per algorithm-asset pair. On the test set, DDPG demonstrated the best overall performance, significantly outperforming buy-and-hold for both Tesla (54.96% vs 16.45%) and Bitcoin (1.58% vs -34.27%). However, the study also noted a substantial generalization gap between validation and test periods, indicating challenges in transferring policies from bull to bear market conditions.

Why it matters

Professionals in finance and AI can gain insights into advanced algorithmic trading strategies that combine deep reinforcement learning with natural language processing for market sentiment. It highlights the potential for AI to generate alpha while also exposing the challenges of real-world market generalization.

How to implement this in your domain

  1. 1Explore integrating large language models for real-time sentiment analysis into existing trading algorithms.
  2. 2Experiment with deep reinforcement learning frameworks like DDPG or DQL for automated trading decision-making.
  3. 3Design robust backtesting environments that include diverse market conditions (bull, bear, volatile) to assess model generalization.
  4. 4Implement alpha-based reward functions in trading models to optimize for excess returns over benchmarks.
  5. 5Utilize hyperparameter optimization tools like Ray Tune to systematically improve model performance and stability.

Who benefits

FinanceInvestment ManagementFintechQuantitative Trading

Key takeaways

  • Deep reinforcement learning can effectively manage active trading decisions for cryptocurrencies and stocks.
  • Integrating news sentiment from LLMs significantly enhances trading model performance.
  • Alpha-reward functions help align AI trading strategies with outperforming market benchmarks.
  • Generalization gaps between validation and test sets remain a critical challenge in AI-driven finance.

Original post by Andrei Neagu, Eeham Khan, Leila Kosseim

"arXiv:2607.16028v1 Announce Type: new Abstract: This paper presents our system for Task 3 of the CLEF 2026 FinMMEval Lab, which requires daily long, flat, or short trading decisions for Bitcoin (BTC) and Tesla (TSLA) using news and historical market data. We formulate the problem…"

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Originally posted by Andrei Neagu, Eeham Khan, Leila Kosseim on X · view source

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