psviderski/uncloud

Features

• Containerized Application Deployments - Builds and launches full application environments across a cluster of servers using Compose files and rolling updates.
• Decentralized Cluster Coordination - Coordinates application state and availability across multiple servers using a peer-to-peer system without a central control plane.
• Decentralized Cluster Management - Provides a peer-to-peer system for deploying and managing containerized applications across multiple servers without a central control plane.
• Node Software Provisioning - Installs runtimes, management daemons, and reverse proxies to prepare servers for hosting applications.
• Cluster Lifecycle Management - Provides tools for initializing clusters, adding remote servers, and managing the pool of available machines.
• Cluster Management Connectivity - Provides a single-machine entry point to communicate with and manage a distributed set of servers.
• Configuration-Driven Service Definitions - Creates services based on structured configuration file definitions.
• Decentralized Orchestrators - Implements a peer-to-peer system for managing containerized applications without a central control plane.
• Docker Compose Deployments - Uses Docker Compose files to define multi-service application configurations for repeatable cluster deployments.
• Direct Layer Distribution - Pushes images directly to target machines by transferring only missing layers without an external registry.
• Direct Node Image Uploads - Pushes local images directly to target cluster nodes for deployment, bypassing the need for an external registry.
• Container Image Distribution - Facilitates transferring container images directly from local environments to target nodes without using an external registry.
• Decentralized Cluster Orchestration - Links multiple hosts into a peer-to-peer network to manage applications without a central control plane.
• SSH-Based Remote Execution - Manages the entire cluster by executing commands through SSH access to any single member machine.
• Local Image Loading - Injects container images directly into the cluster from a local environment to bypass external registries.
• Mesh Networking - Establishes a secure encrypted mesh network overlay to allow direct inter-container communication across different physical machines.
• Rolling Update Orchestrators - Updates services by replacing containers one by one and verifying health to ensure zero-downtime availability.
• Service Orchestration Configurations - Launches and updates services across the cluster using orchestration configurations.
• Zero-Downtime Deployments - Ensures continuous availability by replacing containers one by one and verifying health during rolling updates.
• Container Image Layer Transfers - Facilitates container image distribution by transferring only missing layers directly to target nodes without an external registry.
• Mesh Networking - Establishes encrypted private mesh networks across locations to enable direct inter-container communication.
• Overlay Networks - Establishes secure virtual network layers across different physical locations for direct container-to-container communication.
• Reverse Proxies - Provides a distributed reverse proxy that maps services to public HTTPS endpoints with automatic certificate renewal.
• Service Address Resolution - Maps service names and IDs to private IP addresses to enable seamless inter-container communication.
• YAML Configuration Files - Supports YAML-based Compose files to define multi-service application configurations for repeatable deployments.
• SSH-Based Infrastructure Managers - Coordinates cluster operations and application deployments by executing commands over SSH across remote nodes.
• Container Instance Scaling - Distributes multiple container instances across available machines to increase capacity and ensure high availability.
• Deployment Execution Planning - Generates a detailed execution plan of modifications for review before applying changes to the cluster.
• Container Command Executors - Enables execution of shell commands and interactive shells directly inside running service containers.
• Client Cluster Contexts - Manages multiple named connection profiles to target different cluster environments without manual switching.
• Targeted Distribution - Implements image distribution that only uploads container layers to machines designated to run the specific service.
• Storage Volume Orchestration - Orchestrates persistent data volumes across multiple machines to support stateful services.
• Placement Restrictions - Provides the ability to restrict container placement to specific named machines within the cluster.
• Service Placement Strategies - Assigns services to specific machines within a cluster or deploys replicas to every available node.
• CLI Control Interfaces - Provides a command-line interface to manage machines and deploy applications across the decentralized cluster.
• Deployment Execution Planning - Generates a detailed execution plan of modifications for review before applying changes to the cluster.
• Deployment Rollbacks - Automatically reverts a container to its previous stable version if new deployments fail health checks.
• Global Service Placement - Places one instance of a service on every machine in a cluster to support infrastructure tasks.
• Service Health Monitoring - Tracks and reports on the operational status, runtime details, and public endpoints of deployed services.
• Plan-Based Imperative Deployments - Deploys and scales containers using commands that generate an execution plan for approval before applying changes.
• Pre-deployment Lifecycle Hooks - Executes a specific command once before a new service version goes live to handle migrations or asset uploads.
• Volume Management - Creates and manages persistent data storage volumes on specific machines within the cluster.
• Automated DNS Assignment - Provides automatic DNS record assignment and HTTPS for public services to enable instant external access.
• Custom Domain Mapping - Maps services to external DNS records and manages TLS certificates through a centralized routing gateway.
• Reverse Proxy Orchestrators - Includes an automated reverse proxy manager that handles external traffic routing and TLS certificate provisioning.
• Traffic Routing - Exposes internal container ports to the outside world using a reverse proxy for external user access.
• Automatic HTTPS Proxies - Implements network gateways that automate TLS certificate management for publishing services to the internet.
• Automated Certificate Management - Provides automated handling of the TLS certificate lifecycle, including issuance and renewal, for services in the cluster.
• Service Configuration Management - Stores non-sensitive configuration data separately from images and mounts it into containers at runtime.

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