tsuru/tsuru

Features

• Self-Hosted PaaS Platforms - Provides an open-source platform as a service to automate application hosting on private infrastructure.
• Multi-Cloud Deployments - Provides strategies for distributing applications across multiple cloud providers to ensure resilience and avoid vendor lock-in.
• Cloud Infrastructure Management - Manages and scales infrastructure across multiple cloud providers to ensure resilience.
• Buildpack-Based Synthesis - Creates deployable environments by combining base images with language-specific dependencies using buildpack-style synthesis.
• Container Deployment Engines - Functions as an engine that launches and manages the lifecycle of isolated application containers.
• Container Image Building - Transforms container recipes into images and pushes them to a registry to prepare applications for deployment.
• Container Image Registries - Stores and distributes container images used by hosted workloads in a compliant registry.
• Containerized Build Workflows - Automates the end-to-end workflow of transforming source code into container images and deploying them to production.
• Deployment Automation - Automates the deployment of applications in various languages to eliminate manual server management.
• Environment Variable Injections - Injects connection credentials and metadata into containers via environment variables to link applications to managed services.
• Kubernetes Cluster Orchestration - Uses Kubernetes and Helm charts to manage the underlying deployment of pods, namespaces, and cluster resources.
• Kubernetes Deployments - Installs and configures the platform on a Kubernetes cluster using Helm charts.
• Kubernetes Application Deployments - Coordinates application workloads and Helm charts for automated deployment into Kubernetes clusters.
• Managed Cloud Service Integrations - Provides managed cloud service integrations for linking applications to external databases, message brokers, and object storage.
• Managed Service Provisioning - Provides managed service provisioning to link applications to external databases and message brokers.
• Resource Manifest Provisioning - Automates the creation and management of external cloud resources using plugin-based manifest files.
• Open-Source PaaS Platforms - Provides an open-source platform as a service for automating the build, deployment, and scaling of containerized applications.
• Service Metadata Injection - Provides application code with environment variables containing connection details and lists of connected services.
• Workload Orchestration - Coordinates the creation, deployment workflows, and troubleshooting of isolated application workloads through a centralized interface.
• Traffic Routing - Directs incoming web traffic to healthy application instances by dynamically updating service backends and network mappings.
• Entity-Based Permission Scoping - Limits the scope of user permissions to specific entities like teams or individual applications.
• Role-Based Access Control - Implements a role-based system to group permissions and assign them to users or tokens.
• Dot-Notation Permission Hierarchies - Uses a dot-notation hierarchy to manage and inherit permissions across different levels of granularity.
• Service Bindings - Links applications to managed service instances to exchange connection credentials and environment variables.
• Third-Party Provisioning Integrations - Integrates third-party provisioning APIs via manifests to automate the creation of external cloud resources for users.
• Container-Based Isolation - Ensures environment consistency by running applications as isolated containers using a registry and image-build pipeline.
• Application Management CLIs - Provides a command-line interface for managing application deployments and infrastructure.
• Infrastructure CLI Tooling - Offers a dedicated CLI for administering team memberships, resource pools, and application lifecycles.
• Team-Scoped Access Control - Manages user permissions and infrastructure isolation based on organizational team context.
• Application Process Definitions - Allows defining specific startup commands and counts for different application components like web servers and workers.
• Automatic Compute Scaling - Dynamically adjusts compute resource allocation based on demand to optimize performance and costs.
• Multi-Process Containers - Supports defining multiple named shell commands within a single application to run diverse components simultaneously.
• Continuous Delivery Pipelines - Streamlines the release process to enable fast and reliable delivery of software versions to production.
• Dockerfile Deployments - Builds and deploys container images directly from a Dockerfile to remove manual image publishing.
• Infrastructure Cluster Management - Creates and removes server clusters using a CLI or infrastructure-as-code tools to organize deployments.
• Platform Extension Management - Adds support for specific languages or environments by registering Dockerfiles or images as deployable platforms.
• Custom Deployment Environments - Builds new deployment environments by extending a base image with language dependencies and deployment scripts.
• Multi-Process Workload Distribution - Supports running different components, such as web servers and background workers, simultaneously from a single repository.
• Identity and Access Management Servers - Implements a centralized platform for managing user identities and hierarchical access policies using OAuth and SAML.
• User Identity Verification - Verifies user identities using native, OAuth, and SAML authentication schemes for platform access.
• Team Resource Limits - Implements and monitors resource quotas for teams to govern infrastructure unit usage.
• Hierarchical Permission Levels - Implements a dot-notation system for granting nested access rights and restricting permissions to specific teams or entities.
• Service Instance Lifecycle Management - Provides full CRUD operations for managing the registration and lifecycle of managed service instances.
• Project-Based Cloud Groupings - Organizes multiple users into teams to coordinate shared projects and infrastructure resource access.
• Initialization Health Checks - Performs automated connectivity and health checks during application startup before routing traffic.
• Application Health Monitors - Tracks and displays detailed health and operational state information for individual application units.
• Real-Time Application Log Monitoring - Collects stdout and stderr from all application processes for real-time viewing and troubleshooting.
• Deployment Platforms - Extensible open-source Platform as a Service.
• Infrastructure and Deployment - An extensible, Docker-based Platform as a Service.
• Service Governance and Platforms - PaaS platform for learning application abstraction and deployment.

Istoric stele