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From Model to Service: Analyzing LLM-as-a-Service as a Driver of Digital Transformation

2025·0 ZitationenOpen Access
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Abstract

This article explores Large Language Models (LLMs) as a Service (LLMaaS), a paradigm rapidly transforming the landscape of artificial intelligence. LLMs, a class of foundation models trained on extensive data, offer immense opportunities across diverse applications by generating human-like text and performing complex language tasks. LLMaaS democratizes access to these powerful models, enabling developers and businesses to integrate advanced AI capabilities without managing underlying infrastructure. A core challenge for LLMs, particularly for LLMaaS offerings, is hallucination, where models generate factually incorrect or nonsensical information. Addressing this, initiatives like the Model Context Protocol (MCP) are crucial for enhancing the structure and reliability of LLMaaS. MCP allows LLMs to fetch and cite information from external, real-time sources, directly in their responses. This mechanism significantly enhances truthfulness, providing transparency through verifiable citations and mitigating factual errors. Companies like Anthropic are actively developing MCP, with support from entities such as Microsoft's Windows AI Foundry. The architecture of LLMaaS solutions often leverages sophisticated components, including attention mechanisms fundamental to the underlying LLM architectures. To analyze these aspects, this study combines a structured literature review with the examination of non-commercial academic case studies that integrate LLMaaS into legal assistance and document management systems. The profound impact of LLMaaS lies in its potential to accelerate AI adoption and innovation across industries. However, its successful, responsible deployment hinges on robust solutions for ensuring data provenance, factual accuracy, and explainability. This article is particularly relevant for researchers, developers, educators, policy makers, and emerging businesses, as it delves into the intricate structure of LLMaaS offerings, their broad societal and technological impact, and the critical challenges that must be overcome to realize their full potential, particularly in ensuring reliability and mitigating risks associated with untruthful outputs.

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Scientific Computing and Data ManagementMachine Learning in Materials ScienceArtificial Intelligence in Healthcare and Education
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