opendevops-cn/opendevops
Opendevops
OpenDevOps is a DevOps automation platform and hybrid cloud management platform designed to control infrastructure across multiple geographic regions and hybrid environments through a unified interface. It serves as a Kubernetes cluster orchestrator for deploying and administering containerized applications to ensure high availability and scaling.
The system provides a framework for enterprise DevOps automation, executing repetitive maintenance and deployment workflows to reduce manual operational effort. It incorporates a role-based access control system to verify user identities and assign permissions for protecting cloud resources.
The platform includes capabilities for distributed performance monitoring and centralized system observability, alongside tools for coordinating configuration data and routing network traffic. It also manages the distribution of system notifications across multiple communication channels and handles the scheduling of background tasks.
Features
- DevOps Automation Tools - Executes repetitive maintenance and deployment workflows to reduce manual operational effort through an automated platform.
- Cluster Orchestrators - Functions as a cluster orchestrator that manages the deployment and scaling of containerized applications for high availability.
- Centralized Configuration Management - Provides a unified system for storing and distributing environment settings and global defaults across multiple services.
- Hybrid Cloud Infrastructure - Provides a unified interface to control infrastructure and resources across multiple geographic regions and hybrid environments.
- Hybrid Cloud Orchestration Platforms - Serves as a comprehensive platform for provisioning infrastructure and deploying workloads across mixed cloud and on-premises environments.
- Multi-Cluster Deployment Managers - Orchestrates the administration and deployment of containerized applications across multiple Kubernetes clusters.
- Kubernetes Cluster Orchestration - Orchestrates the deployment and administration of containerized applications to ensure high availability and automatic scaling.
- Multi-Cloud Infrastructure Control - Provides a single unified interface to control compute, storage, and network resources across multiple geographic regions and cloud vendors.
- Cloud Resource Abstractions - Provides a common interface layer to abstract and control diverse infrastructure resources across multiple cloud providers.
- Centralized Configuration Storage - Centralizes the storage and distribution of configuration data across different services and environment stages.
- Identity Authentication - Confirms user identities using email, directory services, and multi-factor authentication for secure resource access.
- Permission-Based Access Control - Assigns specific permissions to users through role-based access controls to restrict or grant access to resources.
- Role-Based Access Control - Implements role-based access control to verify identities and assign permissions for protecting cloud infrastructure resources.
- Metric and Performance Monitors - Tracks real-time performance metrics and triggers alerts across hybrid environments for global system observability.
- System Health Monitoring - Collects logs and performance metrics in real-time to track production system stability and health.
- Operational Task Automation - Automates repetitive maintenance and deployment workflows to reduce manual operational effort and complexity.
- Role-Based Access Control Systems - Verifies user identities and assigns specific permissions to protect cloud resources using a role-based access control framework.
- Cloud Resource Monitoring - Tracks real-time performance metrics and triggers alerts to maintain overall cloud infrastructure health and observability.
Star history
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