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What is Retreival-Augmented Generation in AI?

Retrieval-Augmented Generation (RAG) is a relatively new AI technique that has taken the world by storm, but what exactly is it?

What is Retreival-Augmented Generation in AI?
What is Retreival-Augmented Generation in AI?
What is Retreival-Augmented Generation in AI?
What is Retreival-Augmented Generation in AI?
What is Retreival-Augmented Generation in AI?
What is Retreival-Augmented Generation in AI?
What is Retreival-Augmented Generation in AI?
What is Retreival-Augmented Generation in AI?
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Dylan Stewart
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Dylan Stewart
IdentityE2E
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Identity

What is Retreival-Augmented Generation?

August 8, 2024

What is RAG?

Retrieval-Augmented Generation (RAG) is an AI technique that boosts the output of large language models (LLMs) by pulling in external knowledge sources—like databases, APIs, or live data feeds—beyond their original training data. This allows LLMs to generate more accurate, relevant responses without the need for expensive re-training.

 

Issues with LLMs

LLMs are powerful but come with challenges:

  • They can provide outdated, false, or generic information.
  • Responses might lack specific context or draw from unreliable sources.
  • Terminology confusion can lead to inaccuracies.

Think of an overly confident colleague who answers every question without checking current info—this can erode trust.

Benefits of RAG

RAG addresses these issues by:

  • Leveraging Knowledge Sources: It retrieves up-to-date, authoritative information from trusted sources.
  • Combining Data: RAG merges user prompts with relevant data to generate enriched, context-driven content.
  • Boosting Trust: By citing sources, it enhances accuracy and user confidence.
  • Cost-Effective: RAG integrates new data dynamically, avoiding the high costs of re-training models.

How to Use RAG

Businesses can implement RAG using platforms like Amazon Bedrock, which allows developers to easily integrate RAG into their applications. By connecting LLMs to specific databases or APIs, organisations can ensure their AI solutions are always up-to-date, accurate, and tailored to their needs—all without needing to build complex infrastructure from scratch.