meshery/meshery

Features

• Cloud Native Infrastructure - Provides a visual design-as-code environment for modeling and orchestrating scalable cloud-native infrastructure components.
• Visual Designers - Provides a visual design-as-code environment for modeling microservices and infrastructure components through declarative blueprints.
• Infrastructure as Code - Uses declarative blueprints and structured models to define the desired state of infrastructure for visual and programmatic deployment.
• Infrastructure Visualization Tools - Offers a visual design-as-code environment to model microservices and infrastructure components through a graphical interface.
• Service Mesh Control Planes - Provides a centralized management plane for configuring and orchestrating service mesh implementations.
• Connection Management - Manages authentication and connectivity state for diverse infrastructure resources using a discovery state machine.
• Collaborative Design Platforms - Shares, publishes, and merges visual designs among team members to synchronize goals and reduce configuration errors.
• Cloud Infrastructure Deployment - Provides a centralized interface for coordinating the deployment and operation of cloud clusters and services.
• Declarative Designs - Enables the creation of declarative characterizations and patterns to define how cluster infrastructure should be configured.
• Cloud Native Service Managers - Maintains a centralized repository of models, categories, and components to orchestrate distributed cluster resources.
• Infrastructure Blueprints - Automatically generates configuration blueprints from connected platforms or imported definitions to model infrastructure.
• Declarative Infrastructure Definitions - Uses a declarative syntax to describe the desired state of infrastructure resources, components, and relationships.
• Infrastructure Adapter Integrations - Connects to diverse systems using adapters, providers, and load generators to expand management capabilities.
• Infrastructure Dependency Visualizations - Visually maps dependencies, network connections, and permissions between components using hierarchies and tags.
• Blueprint Deployments - Pushes defined infrastructure states to target environments with support for dry-run executions.
• Infrastructure Lifecycle Management - Provides a specialized interface to control the lifecycle and configuration of infrastructure and service mesh technologies.
• Infrastructure Operations - Performs standardized tasks including installation, deployment, configuration, and validation across diverse infrastructure adapters.
• Infrastructure Resource Management - Deploys and configures essential resources like pods, gateways, and load balancers to manage operational state.
• Infrastructure Resource Registries - Stores and organizes models, components, and relationships in a centralized repository accessible via UI and CLI.
• Infrastructure State Synchronization - Continuously aligns the management plane state with the actual state of remote clusters via a native plugin.
• Infrastructure Abstraction Layers - Provides a consistent logical view of infrastructure elements by abstracting underlying system complexities.
• Kubernetes Cluster Management - Provides a management interface for connecting and coordinating multiple Kubernetes clusters and their operational state.
• Kubernetes Integrations - Integrates with remote Kubernetes environments using configuration files and automated connectivity verification.
• Multi-Tenancy - Implements architectural isolation of data and resources between different users and organizations.
• Cluster Integration - Links to local or remote Kubernetes clusters using kubeconfig files or automatic API discovery for centralized management.
• Collaborative Workspaces - Organizes resources into shared workspaces and environments to manage access control and coordinate team efforts.
• Model Management - Manages the import, export, and customization of data models used for service mesh configurations.
• Template-Based Deployment - Implements deployment workflows driven by pre-configured infrastructure templates with support for parameter overrides.
• Adapter Frameworks - Connects to diverse infrastructure providers using a standardized gRPC-based adapter pattern to extend platform capabilities.
• Infrastructure Relationship Modeling - Visually designs microservices and infrastructure by defining how resources interrelate to enforce best practices.
• Resource Fingerprinting - Uses composite fingerprints and tiered discovery to identify and classify cloud-native infrastructure resources.
• Infrastructure Key Protection - Protects sensitive resource keys through encryption and restricts environment access via workspace permissions.
• Credential Encryption - Encrypts authentication data at rest and restricts access through fine-grained permissions to prevent exposure.
• Relationship Mapping Logic - Manages and updates service mesh relationships based on policy evaluation during infrastructure design updates.
• Multi-Tenant Identity Management - Groups users into tenancy units that own resources and integrates with identity providers for permissions.
• Infrastructure Workspace Isolation - Manages shared workspaces and role-based access control for collaborative infrastructure operations.
• Multi-Tenant Isolation - Creates secure, isolated environments within shared infrastructure using granular role-based access controls.
• Multi-Tenant Isolation Layers - Groups users and resources into top-level containers to ensure a strict boundary between tenant data.
• Multi-Tenant Security - Creates secure, isolated environments within shared infrastructure using role-based access controls for different teams.
• Organizational Resource Ownership - Assigns workspaces and environments to organizations to ensure continuity when team membership changes.
• Role-Based Access Control - Defines independent roles and permissions for users across organizations to govern interaction with shared resources.
• Workspace Isolation - Enforces resource isolation and access control through workspace permissions and credential encryption.
• Relationship Validation Engines - Evaluates predefined rules against infrastructure components to validate architectural connections and suggest compatible patterns.
• Infrastructure Relationship Modeling - Defines the interactions, dependencies, and hierarchical connections between interconnected infrastructure entities.
• Plugin Architectures - Integrates third-party logic and specialized control for governance and identity through a decoupled gRPC-based adapter system.
• gRPC Adapter Extensions - Integrates custom logic via gRPC-based adapters to add specialized control for governance, identity, or configuration.
• Multi-tenant Isolation Policies - Groups users into organizations and workspaces to enforce strict boundaries between tenant data and access controls.
• Service Mesh Infrastructure - Enables visual design and deployment of service mesh infrastructure and its component relationships.
• Provider Adapters - Integrates with various service mesh providers via gRPC adapters to manage underlying infrastructure.
• Mesh Lifecycle Orchestration - Automates the installation, versioning, and operational lifecycle management of various service mesh implementations.
• System Capability Registries - Maintains a central registry of all known models, components, relationships, and policies as a single source of truth.
• Infrastructure State Tracking - Tracks the state and reachability of discovered or registered external infrastructure resources.
• Infrastructure Performance Analyzers - Generates synthetic traffic and captures telemetry to baseline and compare service mesh performance.
• Markdown-Based Content Authoring - Supports authoring educational labs and courses using Markdown and Git-native workflows with embedded live designs.
• Deployment Templates - Provides a shared space to store and distribute standardized infrastructure deployment templates.
• Registry Synchronization - Synchronizes infrastructure declarations to OCI-compatible registries or Git-based repositories for external storage.
• Design Snapshots - Tracks changes through automatic versioning and immutable snapshots to compare infrastructure design differences.
• Topology Visualizers - Provides graphical mapping of traffic flows and service interactions to visualize the network state.
• CD Resource Orchestration - Deploys and configures Argo CD applications and projects to automate continuous delivery workflows.
• GitOps Deployment Management - Transforms visual infrastructure designs into active cluster deployments using GitOps principles.
• AWS Provisioners - Installs pre-configured architectural patterns for AWS resources from a catalog to establish topologies.
• Cluster Management - Collects resource information from clusters and synchronizes state with a management server via plugins.
• Design Sharing - Provides the ability to publish configuration blueprints to public registries or embed them into external content.
• Policy-Driven Patching - Automatically patches component settings based on predefined policy-driven criteria when relationships are modified.
• Visual Application Design - Creates visual infrastructure designs for Argo CD applications and projects to manage configurations collaboratively.
• Control Plane Deployment Tools - Provides utilities to install and configure the management plane on Azure Kubernetes Service clusters.
• Capability Registrations - Registers specific operations from external adapters into a central registry to extend management functionality.
• Component Lifecycle Management - Automates the deployment and operational lifecycle of management components based on server connection states.
• Deployment Targets - Groups on-premises servers and cloud services into manageable environment resource groups.
• Configuration Simulations - Validates configuration manifests and previews changes using dry-run capabilities to detect errors before application.
• Event-Driven Workflow Triggers - Defines and configures workflow components and event-driven triggers to automate operational tasks via Argo Workflows.
• Infrastructure Behavior Governance - Applies controls and policies to manage the behavior and compliance of managed infrastructure systems.
• Infrastructure Component Lifecycle Management - Controls the deployment and lifecycle of infrastructure components across multi-cluster environments using an operator.
• Infrastructure Design Publishing - Submits custom infrastructure configurations to public or private catalogs through a formal review workflow.
• Pattern Marketplaces - Provides a marketplace for browsing and discovering shared configurations and patterns to streamline tool deployment.
• Infrastructure Management Catalogs - Stores and organizes blueprints, components, and policies to centralize the management of infrastructure capabilities.
• Configuration and Policy Enforcement - Provides mechanisms to evaluate and enforce predefined rules and policies against infrastructure components and relationships.
• Infrastructure Design Converters - Converts manifests, compose files, and Helm charts into a standardized declarative design format.
• Lifecycle Management - Provides utilities to control the full operational lifecycle of the Linkerd service mesh control plane.
• Infrastructure Model Packaging - Bundles infrastructure components and policies into versioned OCI-compatible images for portable distribution through standard registries.
• Resource Administration Groups - Organizes related infrastructure connections and credentials into logical sets for simplified sharing and management.
• Arbitrary Manifest Deployment - Deploys arbitrary manifests or service mesh resources to the cluster to customize infrastructure behavior.
• Service Meshes - Deploys specific versions of the Cilium service mesh and associated sample applications.
• Interactive Learning Platforms - Provides a structured educational experience through guided courses and scenario-based challenges.
• Infrastructure Change Logs - Maintains accurate resource snapshots by subscribing to real-time event streams and listening for infrastructure state changes.
• Infrastructure Design Auditing - Checks infrastructure declarations for syntax errors, security vulnerabilities, and compliance with predefined policies.
• Policy Management Systems - Applies a set of controls and governance rules to restrict the behavior of managed systems.
• Best Practice Patterns - Implements reusable, read-only best practices for configuring and operating application functionality across components.
• Architecture Dependency Mapping - Visualizes connections between components using hierarchical and tag-based relationships to reveal system architecture.
• Cloud Architecture Patterns - Offers a searchable library of reusable architectural patterns for cloud-native deployments.
• Configuration Auditing - Parses running infrastructure settings and compares them against best practices to identify optimization opportunities.
• Resource State Synchronization - Manages a synchronization controller to keep resources aligned and consistent across a cluster.
• Infrastructure Groupings - Clusters managed or discovered resources into logical environments to streamline infrastructure management.
• Third-Party Plugins - Integrates third-party plugins and add-ons to expand capabilities for managing cloud native infrastructure.
• Infrastructure Design Patterns - Imports, applies, and lists infrastructure design files and filters using a command-line interface.
• Metric and Performance Monitors - Gathers numerical performance data via Prometheus and Grafana to perform statistical analysis and identify system bottlenecks.
• Service Mesh Performance Monitors - Integrates with Prometheus and Grafana to track and visualize the performance of the service mesh and its workloads.
• Mesh Infrastructure Test Analyzers - Analyzes the impact of infrastructure overhead on workloads by evaluating performance metrics through integrated monitoring tools.
• Service Mesh Overhead Analyzers - Measures data plane and control plane overhead using monitoring tools to identify bottlenecks across different workloads.
• Performance Profiling - Generates synthetic TCP, gRPC, and HTTP traffic to baseline and compare application performance and resource usage over time.
• Performance Testing - Monitors workloads under various configurations using integrated telemetry to evaluate stability and control plane efficiency.
• Synthetic Traffic Generators - Creates synthetic network protocol streams to evaluate how services handle high loads and maintain stability.
• Cluster Resources Management - Manager for designing and operating cloud-native infrastructure.
• Continuous Delivery and GitOps - Manager for designing and operating multi-cloud Kubernetes infrastructure.
• GitOps And Continuous Delivery - Cloud-native manager for Kubernetes infrastructure and applications.
• Service Mesh And Gateways - Simplifies the management and operation of service meshes.
• Go Projects - Listed in the “Go Projects” section of the Awesome For Beginners awesome list.

Istoric stele