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Token 1.12: What is Vector Database's Role in FMOps?

We explain what vector databases are and how they work, explore alternative solutions and provide expert insight on security

What's been hot recently? Vector databases! An essential part of the Foundation models/Large Language Models operations cycle, or FM/LLMOps.

The "Vector Database Market" research report forecasts significant growth in the sector from $1.5 billion in 2023 to $4.3 billion by 2028, a CAGR of 23.3%.

In this Token, we discuss why these databases matter for AI, how they work, and their role in handling complex data; we also explore alternative solutions and provide expert insight on security. Plus you get a curated list of open-sourced vector databases and search libraries. Let's start!

Introduction

Vector databases have their roots in information retrieval concepts and high-dimensional data indexing techniques developed in the late 20th century. The idea began in the 1960s and 1970s with the vector space model, a method for representing documents not just as plain text but as a series of points in a space with many dimensions, almost like plotting dots on a complex graph. This approach was key for understanding how similar different documents were.

Then, in the 1990s, new techniques like R-trees, KD-trees, and Locality-Sensitive Hashing (LSH) came along. These methods were better at organizing and handling intricate data, paving the way for today's vector databases.

Traditional databases, which most people are familiar with, were great for simple, structured data like numbers and text. However, as the world started dealing with more complex types of data, particularly from fields like machine learning and deep learning, a different kind of database was needed. This is where vector embeddings come into play. These are essentially lists of numbers that represent complex data patterns, like a snapshot of the information a computer learns from data. In the 2010s,Β vector databases were developed specifically to manage these vector embeddings. They make it easier to store, search, and analyze this advanced data, helping computers to understand and work with it more effectively.

Therefore, Vector databases became an essential part of FMs/LLMs operations or FM/LLMOps.

Why are vector embeddings crucial for LLMs?

Vector embeddings are numerical representations of data objects (like words or images) in a high-dimensional space, and that’s crucial for foundation models and LLMs. Here is why:

  1. Semantic Information Capture: They encode semantic and syntactic information, enabling models to understand context and meaning.

  2. Generalization: Embeddings help models generalize from training data to novel inputs.

  3. Transfer Learning* Enablement: Facilitate the adaptability of foundation models to specific tasks while retaining broad knowledge.

  4. High-Dimensional Data Handling: They effectively reduce data dimensionality, making it more manageable for neural networks.

  5. Computational Efficiency: Lower the computational complexity by transforming sparse data into denser, lower-dimensional representations.

*Transfer learning is applying knowledge gained in one task to enhance learning in a related but different task. Foundation models are enabled by transfer learning and scale.

So vector databases play a supportive role in FMOps/LLMOps by offering a specialized environment and efficiently managing the high-dimensional vector embeddings these models produce. This facilitates quick access needed for FM&LLM processing. Designed to handle complex data, these databases enable effective semantic searches within the embeddings, important for contextual language tasks. Their scalability and performance are essential for handling the large volumes of data generated by LLMs, ensuring smooth data management and contributing to the practical functionality of these AI models.

Vector database pipeline

Imagine a pipeline resembling a sophisticated assembly line in a factory:

In the following part we will explain:

  • Vector database pipeline

  • Can I use vector search libraries/vector indices instead?

  • Can I use vector search plugins for traditional databases?

  • How to choose a vector database from the security perspective (a set of questions you should ask!) β†’ please Upgrade to have full access to this and other articles

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Previously in the FM/LLM series:

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