apache/cloudstack

Features

• Private Cloud Orchestration - Builds and manages a private cloud environment to automate the delivery of virtual machines and computing resources.
• Virtual Machine Deployment - Automates the delivery and lifecycle management of virtual machines across physical hosts.
• Persistent Storage Provisioning - Allocates and manages persistent storage volumes and templates for virtual instances.
• Storage Architectures - Architects storage systems that provide persistent data volumes for virtualized workloads.
• Virtual Machine Provisioning - Deploys and manages the lifecycle of virtual machines and persistent storage volumes across a distributed cluster.
• Cross-Hypervisor Orchestration - Controls different virtualization technologies from a single management layer to maintain a unified infrastructure.
• Hierarchical Infrastructure Layouts - Organizes physical infrastructure into nested logical layers to manage resource allocation and geographic scaling.
• IaaS Orchestration Engines - Provides a platform for provisioning and managing infrastructure as a service across virtualized compute, storage, and networking resources.
• Infrastructure Topology Configurations - Implements a hierarchical layout of zones, pods, and clusters to scale physical resource allocation across environments.
• Multi-Site Cloud Deployments - Manages virtualized infrastructure across multiple geographic locations to ensure system redundancy and high availability.
• Multi-Site Cloud Management - Coordinates virtualized resources across multiple geographic locations to ensure redundancy and high availability.
• Multi-Site Infrastructure Coordination - Syncs configuration and metadata across disparate physical sites to provide failover and redundancy for critical cloud services.
• Software-Defined Data Centers - Automates the deployment and lifecycle of computing resources across a virtualized physical infrastructure.
• Virtualization Management - Orchestrates compute, storage, and networking resources through a unified management layer across multiple hypervisors.
• Network Infrastructure and Configuration - Provides tools for deploying and maintaining both physical and logical network infrastructure components.
• Network Routing - Routes public and guest traffic across the infrastructure using VLAN allocation and firewall integration.
• Network Topology Provisioning - Sets up physical and guest networks, including VLAN allocation and hardware firewalls, to support scale requirements.
• Virtualization Management - Manages the partitioning and deployment of virtual machine hosts across different hypervisor types.
• Abstraction Layers - Provides a unified management layer that translates standardized API calls into commands for various virtualization platforms.
• Virtual Network Management - Defines and configures virtual networks with VLAN allocation and traffic management for virtual machine guests.
• Hypervisor Backend Integrations - Interfaces with multiple different native hypervisors to unify the management of diverse compute environments.
• Distributed Storage Configurations - Configures storage backends and networking to provide persistent data access across virtualized environments.
• Relational Database Persistence - Stores infrastructure configurations and resource mappings in a relational database to ensure consistency across the cluster.
• Relational State Management - Stores infrastructure configuration and resource mapping in a relational database to ensure consistent state across the cluster.
• Orchestration State Management - Coordinates all cloud operations via a centralized orchestrator that maintains state and manages distributed host agents.
• Multi-Site Infrastructure Deployment - Coordinates infrastructure across multiple physical locations and redundant setups to ensure high availability and scalability.
• Hierarchical Resource Coordination - Organizes physical hardware into nested zones, pods, and clusters to manage resource allocation and geographic scaling.
• VM Template Cloning - Rapidly deploys virtual machines by cloning pre-configured disk images from a central storage repository.
• VLAN Segmentations - Segregates guest and public traffic by mapping virtual network requests to specific physical VLAN tags.
• Virtualization Networking - Sets up guest networks and routes traffic using VLANs and firewalls to isolate and connect cloud resources.
• Template-Based Cloning - Clones pre-configured disk images from a central storage repository to rapidly deploy new virtual machines.
• Deployment Automation - Software for creating and managing cloud infrastructure.

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