Essential Guide to Databases
Explore the fundamental concepts of databases with our comprehensive collection of articles.
Explore data replication techniques like synchronous, asynchronous, and snapshot replication to enhance data consistency, availability, and scalability.
Understand data replication techniques like full, incremental, and log-based replication. Learn their applications for availability, performance, and recovery.
Discover how machine learning knowledge graphs in 2025 enhance AI by linking data, improving predictions, and enabling real-time decision-making.
Learn how knowledge graph tools simplify AI development in 2025 by enhancing data contextualization, decision-making, and integration with LLMs.
Discover how distributed databases enhance scalability, availability, and fault tolerance, with insights into TiDB's innovations.
Discover the advantages of distributed databases with TiDB, focusing on scalability, consistency, and fault tolerance in cloud-native environments.
Most teams don’t need a distributed database until a specific limit shows up: a single node running out of write throughput, users in three regions all complaining about latency, or an analytics query competing with checkout traffic for the same rows. The distributed database use cases below are the workloads where distribution earns its added […]
Explore decentralized cloud computing's advantages, challenges, and TiDB's role in enhancing performance and reliability.
Discover how vector databases enhance AI with semantic search, clustering, and more, using TiDB's advanced features.
Explore the top 9 use cases of vector stores, from real-time recommendations to cybersecurity, and learn how they enhance data management and industry applications.
Building advanced AI applications today, especially those leveraging generative AI (GenAI) and retrieval-augmented generation (RAG), presents a new frontier in data challenges. At the heart of these innovations are vector embeddings—rich, high-dimensional numerical representations that capture the intricate semantic meanings within your data. Traditional databases, designed for structured rows and columns, often struggle to efficiently handle these vectors, […]
Explore the fundamentals, emerging trends, and current research in vector quantization, including key techniques, applications, and advances in AI and IoT.