uselevers/levers-base-najdi-70b-it-merged

TEXT GENERATIONConcurrency Cost:4Model Size:70BQuant:FP8Ctx Length:32kPublished:Feb 6, 2026License:apache-2.0Architecture:Transformer Open Weights Gated Cold

The uselevers/levers-base-najdi-70b-it-merged is a 70 billion parameter causal language model developed by uselevers, specifically optimized for conversational tasks in the Najdi Arabic dialect. This instruction-tuned model was fine-tuned on a proprietary 133-hour Najdi conversational dataset and merged for efficient inference. It excels at understanding and generating natural, multi-turn dialogue in the Najdi dialect, supporting code-switching with English.

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Levers Base Najdi Conversational Model (70B-IT-Merged)

This model is a 70 billion parameter causal language model developed by uselevers, uniquely specialized for the Najdi Arabic dialect. It has been instruction-tuned and merged for optimal inference performance, making it suitable for production environments. The model's core strength lies in its ability to handle multi-turn conversations in Najdi Arabic, a capability derived from fine-tuning on a proprietary 133-hour dataset of authentic Najdi dialogues.

Key Capabilities

  • Najdi Dialect Proficiency: Specifically optimized for understanding and generating natural language in the Najdi Arabic dialect.
  • Multi-turn Dialogue: Excels at maintaining context and coherence across extended conversations (5+ turns).
  • Efficient Inference: Merged weights eliminate the need for LoRA adapter loading, resulting in faster and simplified deployment.
  • Code-Switching: Demonstrates performance in conversations that involve switching between Najdi Arabic and English.
  • Proprietary Training Data: Leverages a high-quality, proprietary dataset of 4,023 Najdi conversations for robust dialect-specific performance.

Good For

  • Najdi Dialect Conversational AI: Ideal for chatbots and conversational assistants targeting Najdi-speaking regions.
  • Multi-turn Dialogue Systems: Applications requiring sustained, coherent conversations in a specific Arabic dialect.
  • Cultural and Linguistic Preservation: Tools focused on preserving and interacting with the Najdi dialect.
  • Production Deployment: Its merged architecture and optimized inference make it suitable for real-world applications requiring speed and simplicity.

Limitations

While highly specialized, the model's performance may be limited outside of the Najdi dialect or on topics not well-represented in its training data. It requires significant hardware resources (80GB+ VRAM recommended) and, like all LLMs, may occasionally generate incorrect or biased information.