Unlocking Intelligent Database Operations: Inside Zyb’s Multi‑Cloud Platform
This article details how Zyb’s multi‑cloud database platform integrates diverse database types, a unified proxy layer, intelligent lifecycle management, automated task orchestration, monitoring, resource allocation, backup, and fault‑handling to achieve efficient, reliable, and secure database operations across cloud environments.
Business Background
With diversified business scenarios, the team manages many standard databases such as MySQL, Redis, TiDB, Elasticsearch, and MongoDB, and the cluster size keeps growing.
Unified Multi‑Cloud Architecture
The company has built a cloud‑native multi‑cloud architecture. A unified Proxy layer is containerized, and standard database versions are self‑built to eliminate differences between clouds.
Self‑Developed Proxy
The DBA team open‑sourced a Redis‑cluster proxy called "recuffer", which improves traffic management and routing.
Database Platform – "Journey"
The "journey" platform provides intelligent lifecycle management for all supported databases, enhancing efficiency and stability.
Intelligent Operations Benefits
Reduces DBA manual work, freeing them for innovation.
Prevents human errors through safety checks, operation windows, and multi‑person review.
Detects unknown risks via alerts, log collection, and regular inspections.
Standardizes versions, configurations, and permissions, ensuring auditability.
Implementation Approach
Combines DBA expertise, comprehensive real‑time metrics, and algorithmic models to automate resource allocation and fault handling.
Platform Architecture
The platform is divided into five layers: User, Infrastructure, Database Service, Middleware, and Tools.
User Layer : Role‑based permission control.
Infrastructure Layer : Configuration management, logging, task/work‑order system, CMDB, monitoring & alert integration.
Database Service Layer : Management of each database type, including scaling, configuration, monitoring, backup, and audit.
Middleware Layer : Containerized Proxy management (configuration, K8s clusters, traffic control).
Tool Layer : Independent services such as DTS, data validation, inspection, and audit tools.
Key Components
Task System : Supports customizable, extensible, complex workflow orchestration with Ansible playbooks, platform tasks, and agent tasks, plus task chains and groups.
Monitoring System : Uses Prometheus, custom exporters, AlertManager, and Grafana for visualization.
Resource Management : Mix‑deployment of different database clusters on shared machines, guided by affinity, usage, and policy parameters.
Backup System : Automated backup pipeline with local and remote storage, verification, and expiration cleanup.
Failure Handling
Includes automated machine replacement, data recovery via DTS, and self‑healing mechanisms for common issues.
Multi‑Cloud Control Strategies
Supports cross‑cloud master‑slave replication and unit‑based architecture with bidirectional DTS sync, along with containerized Proxy control, cloud‑switching, and fault‑drill exercises.
Deployment Model
Multi‑region and multi‑cloud deployment isolates environments and ensures high availability.
Open‑Source Plans
The platform’s components will be open‑sourced at https://github.com/zyb-dba .
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