zlt2000/microservices-platform

Features

• Data Tenant Isolators - Provides multi-tenant data isolation to ensure organizations' resources are logically or physically partitioned.
• Application Data Isolation - Implements software-level mechanisms to isolate tenant data and resources using logical or physical boundaries.
• Multi-Tenant Architectures - Implements an enterprise multi-tenant architecture for isolating data and resources across distributed microservices.
• Database Sharding - Implements architectural patterns for partitioning large datasets across multiple database nodes for horizontal scalability.
• Multi-Tenant Data Management - Ships a framework for structural management and isolation of multi-tenant data within microservices.
• Centralized Configuration Management - Provides a unified system for managing environment-specific overlays and global defaults across all microservices.
• Distributed Locks - Coordinates synchronized access to shared resources across a cluster using Redis or Zookeeper to prevent race conditions.
• Centralized API Gateways - Ships a centralized API gateway to route incoming network traffic to appropriate backend microservices.
• Spring Cloud Microservice Orchestrations - Implements a comprehensive Spring Cloud platform for orchestrating multi-tenant distributed services.
• Service Governance - Coordinates service discovery, registration, and load balancing to maintain stability in microservices environments.
• Centralized Identity Management - Consolidates and manages authentication policies and diverse login methods across the platform.
• Organizational Data Scoping - Restricts data modification and visibility based on the user's organizational permissions and hierarchy.
• Identity Providers - Provides a centralized identity provider for unified authentication and authorization across multiple applications.
• Microservices Security - Provides a centralized security authority to manage authentication and authorization across all microservices.
• OAuth2 Integration - Provides a unified security server using OAuth2 for authentication and single sign-on across microservices.
• Permission-Based Access Control - Implements a security model that restricts API and resource access based on granular user permissions.
• Traffic Governance - Implements advanced traffic governance including rate limiting and circuit breaking to ensure service stability.
• Role-Based Access Control - Restricts resource and API access by mapping users to roles and permissions via a centralized system.
• Header Token Validations - Verifies user identities via tokens in HTTP headers to secure backend API endpoints.
• Single Sign-On - Provides a unified login mechanism that allows users to authenticate once for multiple independent services.
• User Identity Management - Centralizes account management and identity data lifecycle across a distributed microservices architecture.
• User Profile Retrieval - Extracts authenticated user profiles and tenant identities from the request context for application logic.
• Distributed Data Coordination - Ensures consistency across services through the integration of distributed transactions, locking, and search synchronization.
• Distributed ID Generators - Provides algorithms for creating globally unique identifiers across a cluster to avoid collisions without a central sequence.
• Centralized Configuration Stores - Implements a centralized store for distributing application settings and environment parameters across microservices.
• Distributed Transaction Patterns - Ensures data consistency across services using asynchronous messaging and eventual consistency patterns.
• Dynamic Service Discovery - Manages dynamic registration and discovery of service endpoints to enable communication in a distributed system.
• Event Driven Messaging - Provides abstractions for decoupling services through asynchronous message delivery and pub-sub patterns.
• Centralized Logging Systems - Provides infrastructure for aggregating and managing logs from distributed system components into a unified system.
• Observability Stacks - Provides a full observability stack for collecting metrics, logs, and traces across distributed nodes.
• Distributed Request Tracing - Captures timing and processing data across backend operations to debug distributed request flows.
• API Traffic Governance - Implements API stability controls including rate limiting and circuit breaking at the gateway level.
• Token and Session Management - Manages the lifecycle of user sessions, including logout processes and token refreshing.
• Search Engine Synchronization - Synchronizes database records with search engines in real-time to enable high-performance querying.
• Log Tenant Isolation - Segments log data into distinct organizational boundaries to ensure tenant privacy.
• Object Storage Integrations - Provides standardized interfaces for integrating and managing external cloud object storage backends.
• Search Index Synchronization - Streams database changes to a search index in real-time to provide near real-time search capabilities.
• Search Index Management - Automates the lifecycle of search indices, including creation, rotation, and deletion via scheduled tasks.
• Search Index Synchronizers - Synchronizes database binary log changes in real-time to maintain consistency with search engine indices.
• Full Text Indexing - Implements full-text indexing and retrieval of data across microservices via a dedicated search engine.
• Universal Search Executions - Enables querying data across the entire platform with built-in support for result highlighting and sorting.
• Message Queues - Integrates message queues for asynchronous task buffering and reliable event-driven workflow execution.
• Message Brokers - Uses message brokers as an architectural pattern to facilitate asynchronous communication and decoupling.
• Dynamic Route Management - Allows for the modification and update of gateway routing rules at runtime without restarting services.
• Automatic Token Refreshes - Automatically extends active sessions by refreshing authentication tokens to prevent unexpected logouts.
• Multi-Grant Authentications - Validates user identities using diverse methods such as passwords, authorization codes, and phone numbers.
• Multi-Grant Type Flows - Supports various OAuth2 authorization flows including password, authorization code, and multi-factor combinations.
• User Session Termination - Invalidates authentication tokens to terminate user sessions and block further requests.
• Multi-User Support - Supports multiple independent user identity systems within a single authorization center.
• Code Generators - Provides tools for automating the creation of boilerplate business module code and class structures.
• Distributed Cluster Coordination - Provides mechanisms for synchronizing state and scheduling distributed jobs across multiple compute nodes.
• Distributed File Systems - Provides a unified interface for storing and retrieving unstructured files across a distributed cluster of servers.
• Microservice Development Platforms - Provides integrated toolsets for developing and deploying distributed microservices including automated code generation.
• Rate Limiting and Circuit Breaking - Protects distributed services from overloading and cascading failures using rate limiting and circuit breakers.
• Application Performance Monitoring - Tracks runtime errors and performance bottlenecks in distributed software using metrics dashboards.
• Distributed Observability Systems - Provides a unified environment for tracking request flows and aggregating logs across microservices to monitor performance.
• Exception Handling - Implements a global advice mechanism to process application errors consistently across all API endpoints.

Istoric stele