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Anotace knihy

What separates a basic AI application from a production-grade intelligent system?

The answer is rarely the model alone. It is the retrieval infrastructure behind it.

As large language models continue to reshape software, one challenge remains constant: getting AI systems to access the right information at the right time, at scale. Whether you are building Retrieval-Augmented Generation (RAG) pipelines, autonomous AI agents, semantic search engines, or long-term memory systems, the quality of your vector search architecture directly determines performance, reliability, and user trust.

Claude-Powered Vector Search is a practical, engineering-focused guide designed to help you master the infrastructure powering modern AI retrieval systems.

This book goes far beyond surface-level explanations. Instead of treating vector databases as black boxes, it teaches you how vector search works from first principles and how to design, deploy, optimize, and scale production-ready retrieval pipelines using modern tools and proven engineering practices.

You will learn how embeddings represent semantic meaning, how similarity search works in high-dimensional spaces, why approximate nearest neighbor algorithms matter, and how production vector databases handle billions of embeddings with low-latency retrieval. More importantly, you will understand how all these components work together to power real AI applications.

From foundational mathematics to enterprise-scale architecture, this book bridges theory and implementation with detailed explanations, practical examples, and production-aware design strategies.

Inside this book, you will learn how to:

• Build vector search systems from scratch using Python and understand the mechanics behind similarity search and indexing.
• Engineer high-quality embeddings optimized for domain-specific retrieval tasks.
• Compare leading vector databases such as Pinecone, Qdrant, Weaviate, and FAISS to choose the right solution for your workload.
• Design high-performance Retrieval-Augmented Generation pipelines for AI systems powered by Claude.
• Optimize query pipelines with hybrid search, re-ranking, and relevance tuning techniques.
• Scale retrieval infrastructure to billions of vectors using sharding, replication, GPU acceleration, and distributed search.
• Build persistent memory architectures that enable AI agents to maintain long-term contextual intelligence.
• Monitor, evaluate, and tune production retrieval systems for accuracy, recall, precision, latency, and reliability.
• Understand emerging architectures such as multimodal retrieval, agentic search, and memory-centric AI infrastructure.

Who This Book Is For

This book is ideal for:

• AI Engineers
• Machine Learning Engineers
• Backend and Infrastructure Engineers
• Data Scientists
• Software Architects
• Advanced Developers and Technical Founders

If you have ever struggled with hallucinations in LLM applications, poor retrieval quality, expensive inference pipelines, or scaling vector databases under real workloads, this book was written for you.

This is not a theoretical overview.

This is an engineering manual for serious builders.

By the end of this book, you will have a deep understanding of how modern vector search systems work under the hood and how to build infrastructure capable of supporting next-generation AI products.

The future of intelligent software will not be powered by models alone.

It will be powered by systems that can retrieve, rank, reason over, and persist knowledge efficiently.

Claude-Powered Vector Search gives you the technical depth and practical expertise to build those systems with confidence.

Parametry knihy

• Plný název: Claude-Powered Vector Search
• Podnázev: Design, Deploy, and Optimize Vector Search Infrastructure for RAG, AI Agents, and Long-Term Memory Systems
• Autor: Godfrey Hasting
• Jazyk: Angličtina
• Vazba: Brožovaná
• Počet stran: 470
• EAN: 9798184411606
• ID: 53026421
• Nakladatelství: Independently published
• Hmotnost: 810 g
• Rozměry: 254 × 178 × 24 mm
• Datum vydání: 26. June 2026

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