The OWASP Top 10 Proactive Controls are used in the development of web applications.
Ensure security events are logged and actively monitored to detect and respond to potential threats in real-time. For example, implement detailed security logs for authentication attempts, access control violations, and unusual activities to track potential security incidents; Utilize automated monitoring and alerting systems to identify anomalies and unauthorized access attempts; Store logs securely, ensuring they are tamper-resistant and retained for forensic analysis; Leverage the same logging frameworks used for debugging to integrate security monitoring seamlessly into development and operations workflows; Continuously review and refine logging policies to enhance threat detection and response capabilities.
Ensure consistent and secure logging practices across all systems to facilitate monitoring, auditing, and incident response. -Standardize logging formats and frameworks across the organization for consistency. Use tools like Apache Logging Services to unify logging across different programming languages (Java, PHP, .NET, C++). -Balance logging granularity by capturing critical details, such as timestamps, source IPs, and user IDs, while avoiding the logging of sensitive data like usernames or confidential business information unless properly protected. -Ensure time synchronization across all systems and nodes to maintain consistency in timestamps, improving log correlation and forensic analysis. By standardizing logging, capturing essential details securely, and ensuring timestamp accuracy, organizations can enhance security visibility, detect threats efficiently, and improve compliance with logging best practices.
ID | Operation | Description | Phase | Agent |
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SSS-02-12-09-01-01 | Use a common logging framework | Standardize logging practices across the organization by using a common logging framework, such as Apache Logging Services, to ensure consistency in logs between different systems and technologies (e.g., Java, PHP, .NET, C++). | Development | Security Engineers, Software Developers |
SSS-02-12-09-01-02 | Log sufficient, but not excessive data | Ensure logs contain essential information such as timestamps, source IPs, and user IDs to help identify potential security incidents. Avoid logging sensitive data like usernames or business-critical information unless extra security measures (e.g., encryption) are in place. | Development | Security Teams, DevOps Teams |
SSS-02-12-09-01-03 | Synchronize time across nodes | Ensure that all systems within the network are synchronized to a common time source to prevent issues with inconsistent timestamps across logs. This is critical for accurate incident detection and forensic analysis. | Deployment | IT Operations, Security Engineers |
SSS-02-12-09-01-04 | Implement automated monitoring | Set up automated monitoring systems to analyze security logs in real time, using tools like SIEM (Security Information and Event Management) to detect and alert on potential security incidents. | Post-deployment | Security Teams, IT Operations |
SSS-02-12-09-01-05 | Ensure secure storage and access to logs | Protect logs from unauthorized access or tampering by storing them securely. Use encryption and access control mechanisms to ensure that only authorized personnel can access or modify security logs. | Post-deployment | Security Engineers, Compliance Officers |
Industry framework | Academic work | Real-world case |
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Information Security Manual (ISM-1849) OWASP Proactive Controls OWASP Proactive Controls |