Components and Concepts
This section provides an in-depth look at the architectural design of the SDLC platform. It explores the underlying principles, key components, and system interactions that enable the development of enterprise-grade applications. By understanding these concepts, you’ll gain insight into how the platform ensures scalability, robustness, and maintainability, serving as a strong foundation for your projects.
Before diving into the details of the individual components, explore our comprehensive interactive diagram to understand how these components relate to each other:
Interactive Architecture Components(Light Mode)
Protocol Legend
Instructions
• Click on any component to view detailed information
• Hover over components to highlight connections
• Connection lines show communication protocols
• Dashed boundaries group related components
- Click any component to view detailed information including responsibilities, technologies, and protocols
- Hover over components to highlight their connections and data flow
- Protocol Legend shows the color coding for different communication types
- Domain Boundaries group related components for better understanding
📄️ Services
Data-holding components responsible for reading and writing state around a specific domain concept, typically backed by a persistent store
📄️ Orchestrators
Components that manage workflows across multiple services and adapters using SAGA distributed transaction patterns
📄️ Adapters
Components that abstract third-party integrations, decoupling core business logic from external service dependencies
📄️ Routers
Routers are intelligent message routing components that direct requests, events, and data flows between different parts of a distributed system. They provide dynamic routing capabilities, load balancing, protocol translation, and message transformation while maintaining high performance and reliability.
📄️ Assessors
Assessors provide an abstraction over a rule engine. Their sole purpose is to receive assessment requests, gather
📄️ Workflows
Orchestrated sequences coordinating multiple services to achieve complex business objectives with state management, branching, and error recovery
📄️ Tasks
Atomic units of work for discrete operations, batch processing, and background job execution with retry and failure recovery
🗃️ Gateways
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