Vitess: Banco de Dados Distribuído Nativo para Kubernetes
Explore o Vitess, banco de dados distribuído nativo para Kubernetes, e aprenda como ele otimiza a distribuição global de dados para melhorar a experiência do usuário e reduzir o tempo de resposta.
Fuzzing the CNCF Landscape - Challenges and Results
Explore fuzzing techniques applied to CNCF projects, including Kubernetes and Etcd. Learn about challenges, results, and continuous integration with OSS-Fuzz for enhanced security.
Transactional Microservices with Vitess - Coordination Without State
Learn to implement distributed ACID transactions in microservices using Vitess, enabling seamless migration from monolithic architectures while maintaining data consistency and reliability.
One VTOrc to Rule Them All - High Availability in a Distributed Database System
Explore VTOrc, the next-gen cluster management service for Vitess, offering high availability in distributed databases through planned failovers, failure detection, and customizable durability policies.
CNCF Graduated Project Updates
Explore updates on CNCF's graduated projects in this keynote, highlighting advancements in cloud native computing and the latest developments in the ecosystem.
Vitess: Introduction and New Features
Explore Vitess, a scalable cloud-native storage solution. Learn its features, architecture, and deployment on Kubernetes. Discover VTAdmin for managing large-scale Vitess deployments and see resharding in action.
Right-Sizing and Auto-Scaling of MySQL Containers in Kubernetes
Optimizing MySQL container resources in Kubernetes using statistical analysis and algorithms for dynamic sizing and scaling, improving performance and efficiency while reducing costs.
Introduction to Vitess: Features, Functionality, and VSchema Design
Learn about Vitess architecture, sharding metadata, and key features. Explore use cases, design strategies, and practical solutions for scaling and managing distributed databases.
Exploring High Availability in Kubernetes with Vitess
Learn how Vitess enhances high availability in Kubernetes, featuring failure handling, data recovery, and integration with monitoring tools. Includes a live demo on disaster preparedness and recovery.
Vitess: Introduction, New Features and Vinted User Story
Explore Vitess architecture, features, and real-world benefits. Learn how Vinted improved database management with Vitess, and discover recent and upcoming enhancements to this scalable database solution.
Vitess Intro - How to Migrate a MySQL Database to Vitess
Explore Vitess for MySQL database scaling: architecture overview, feature highlights, and live migration demo. Learn to retrofit scaling into existing systems seamlessly.
Zero Downtime Data Relocation with Vitess
Explore Vitess's flexible sharding architecture for zero-downtime data relocation across jurisdictions, enabling data locality compliance without application redesign.
Multicloud Vitess over Network Service Mesh
Explore deploying Vitess across multiple cloud providers using Network Service Mesh for seamless connectivity. Learn about inter-domain networking and multicloud capabilities for distributed database systems.
Vitess - Introduction and New Features
Explore Vitess, a scalable cloud-native storage solution. Learn about its architecture, features, and recent updates including automatic failover, online schema changes, and compatibility with popular MySQL frameworks.
Codename VIFL - How to Migrate MySQL Database Clusters to Vitess
Learn how Slack migrated petabytes of data to Vitess with zero downtime using a transparent, application-agnostic framework. Discover strategies for seamless large-scale database migrations.
Running Vitess on Kubernetes at Massive Scale - JD.com Case Study
Explore Vitess on Kubernetes: JD.com's massive-scale implementation, architecture insights, and future plans for this cloud-ready relational database system.
Vitess - A Distributed Scalable Database Architecture
Explore Vitess, a distributed database system for MySQL scaling. Learn about sharding, data distribution, and integration with development frameworks for high-traffic OLTP sites.