Surpassing Scale by Efficiency: A Compact 135M Parameter Foundational LLM Natively Adapted for the Bangla Language

arXiv:2606.16383v1 Announce Type: new Abstract: While the NLP landscape is dominated by multi-billion parameter architectures, their deployment in low-resource, non-Latin scripts remains computationally prohibitive for edge configurations, mobile systems, and decentralized local hardware. This paper presents bangla-smollm-135m, a highly compact 135-million parameter decoder-only foundational model engineered explicitly for high-efficiency language modeling in the Bangla script. By leveraging a deterministic intersect-and-append token merging strategy between TituLLMs and SmolLM2-135M, the mode
The increasing availability of smaller foundation models and methods for efficient adaptation allows for LLM deployment in previously inaccessible contexts, driven by global demand for AI solutions beyond major language models.
This development allows a broader range of countries and languages, particularly in low-resource settings, to develop and deploy AI solutions tailored to their specific needs without reliance on computationally intensive, often Western-centric, models.
Local communities and nations with non-Latin scripts can now develop and utilize highly efficient, custom-built LLMs for edge devices, reducing computational burden and fostering digital sovereignty.
- · Bangladesh
- · Low-resource language communities
- · Edge AI hardware manufacturers
- · Developers of compact LLM architectures
- · Companies relying solely on massive, general-purpose LLMs
- · Developers neglecting low-resource language support
Increased development and adoption of AI applications in Bangla and potentially other low-resource languages, particularly on mobile and edge devices.
Accelerated development of localized AI ecosystems and intellectual property in nations previously dependent on external, large-scale AI infrastructure.
A potential fragmentation of the global AI landscape, with more diverse, localized AI solutions reducing the dominance of a few major AI foundational models and their geopolitical implications.
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