Overview
Introduce a robust task manager within the server to oversee and track system usage. This system should gather metrics and insights about user access patterns and resource utilization.
Goal
Enable the collection and monitoring of usage data, which will inform and guide future modifications to the server architecture so it can scale to support millions of user data access and retrieval operations.
Acceptance Criteria
- Integrate a task manager module for continuous system usage tracking.
- Dashboard or reporting mechanism for summarizing and visualizing key metrics (user connections, data retrieval rates, peak loads, etc.).
- Logging and alerting on abnormal or suspicious usage patterns.
- Recommendations interface: Based on the gathered data, provide suggestions for architectural or resource allocation changes as load increases.
Benefits
- Informed decision-making to safely scale the server for mass usage.
- Early identification of potential bottlenecks or inefficiencies.
- Framework for rapid future scaling adjustments.
Additional Context
The design should allow for modular future expansion and be compatible with the server's current architecture, considering its focus on quantum-resistant secure communications.
Overview
Introduce a robust task manager within the server to oversee and track system usage. This system should gather metrics and insights about user access patterns and resource utilization.
Goal
Enable the collection and monitoring of usage data, which will inform and guide future modifications to the server architecture so it can scale to support millions of user data access and retrieval operations.
Acceptance Criteria
Benefits
Additional Context
The design should allow for modular future expansion and be compatible with the server's current architecture, considering its focus on quantum-resistant secure communications.