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Breaking RAG’s boundaries with graph innovation

Knowledge graphs are quickly evolving how we use large language models (LLMs). Traditional retrieval-augmented generation (RAG) helps by connecting models to external data sources so they can pull in relevant information. But there’s a catch: traditional RAG isn’t perfect. It can pull outdated, inconsistent, or irrelevant data, which leads to problems like hallucinations and inaccurate…

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RAG to riches: building toward graph-RAG

Retrieval-augmented generation (RAG) has proven to be a powerful method for connecting large language models (LLMs) to external data sources. By dynamically retrieving information from documents, databases, or APIs, RAG can enhance the relevance of a model’s output. However, traditional RAG isn’t without its limitations; it can expose systems to risks like hallucinations or outdated…

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Sustainable AI starts with a strong framework

Implementing AI without a robust framework can turn potential benefits into long-term liabilities. While having a strategy is crucial, an implementation framework is what really sets the course for success. Without this foundation, the organization may be at the mercy of its vendor’s architecture and limitations, as we often see in tech decisions where business…

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The Key to Consistent Data: AI-Powered Semantic Layers

A semantic layer is an essential part of modern data architecture—a layer that translates raw data into familiar business terms and metrics like “revenue,” “customer,” or “retention rate.” By creating this shared layer of definitions, organizations enable everyone to work with consistent data, regardless of which tools they’re using or where the data comes from.…

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Understanding AI types for the Enterprise

As Artificial Intelligence (AI) continues to transform industries, it’s essential for businesses to understand how to effectively harness its different types. Bill Schmarzo’s recent exploration of AI identifies four key types—Generative, Analytical, Causal, and Autonomous—each paired with a distinct archetype to simplify their unique capabilities and applications. This framework helps organizations better deploy AI in…

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Unlocking AI Potential with Data Fabrics

The concept of data fabrics is rapidly becoming essential as enterprises explore AI to enhance their operations. A data fabric is an integrated architecture that unifies, automates, and manages data across diverse environments, including cloud, on-premise, and edge systems. This framework is crucial in today’s business landscape, where data is scattered across numerous applications, making…

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Explainable AI: Building Trust and Clarity in Enterprise Decision-Making

As AI becomes central to decision-making in business, Explainable AI (XAI) has evolved into a strategic necessity. Organizations today must ensure that AI-driven decisions are transparent, traceable, and defensible. Deploying AI without explainability introduces risks beyond technical issues – it puts businesses at risk of legal exposure, customer distrust, and reputational damage.

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Empowering enterprise architects to lead AI transformation

As AI reshapes the digital landscape, CIOs have an opportunity to redefine the role of enterprise architects. Traditionally focused on long-term planning and technical standards, architects are now poised to take a more active role in driving AI adoption across the enterprise. Given AI’s reliance on vast amounts of data, enterprise architects should prioritize data…

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