LilMusketPiece
commented
9 months ago By outlining both functional and non-functional requirements aligned with a low-budget, user-friendly approach, the application can prioritize its development tasks to fulfill the essential functionalities while ensuring ease of use and efficient performance for security analysts.
Functional Requirements: Log Aggregation and Parsing:
Functional: Ability to aggregate logs from Firewall, IDS/IPS, Endpoint, and server sources. Functional: Parsing logs for relevant information for analysis.
Alert Prioritization: Functional: Automated alert review and prioritization based on severity. Functional: User interaction for validating alerts or false positives manually.
Incident Response Workflows: Functional: Tier-based responses for incident severity levels. Functional: Integration with subnet frameworks for containment measures.
Documentation and Reporting: Functional: ChatGPT integration for incident report enhancement. Functional: User-friendly incident documentation features.
Non-Functional Requirements:
User Interface: Usability: Intuitive and easy-to-use interface for security analysts. Flexibility: Customizable dashboards and data visualization options. Scalability:
Scalability: Ability to handle increasing log volumes and alerts efficiently. Performance: Minimal latency in log parsing and incident response actions.
Integration Capabilities: Interoperability: Ability to integrate with diverse security tools and systems. Modularity: Support for adding new modules or functionalities seamlessly.
Cost and Resources: Budget-friendly: Development within a predefined budget. Resource Optimization: Efficient utilization of computing resources.
Security and Compliance: Security Measures: Secure data handling and transmission protocols. Compliance: Adherence to industry security standards and regulations.
Reliability and Support: Reliability: Minimal downtime and robust error handling mechanisms. Support: Comprehensive documentation and user support features.