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Visibility and Monitoring: Overcoming the Challenge of Identifying Real-Time Threats

Learn how to enhance visibility and threat monitoring in application security with ASPM and WAF. Strategies to protect and mitigate risks.

November 25, 2024

By

Danilo Costa

Visibility and Monitoring: Overcoming the Challenge of Identifying Real-Time Threats

Is your application security team still using a reactive approach to handle threats, waiting for problems to arise before taking action? While common, this approach poses risks, as allowing vulnerabilities to be exploited increases potential damage to the organization.

In contrast, a proactive application security strategy is essential. Investing in practices that enhance visibility and continuous threat monitoring strengthens defenses, minimizing exploitation opportunities.

The Importance of "Security by Design"

Gartner highlights the adoption of Security by Design to protect your applications at every stage, stating that “organizations must adopt an integrated security approach in application design.” This means applying security from the start, covering system design, development verification, infrastructure security, and continuous monitoring throughout the Software Development Lifecycle (SDLC). In other words, a robust AppSec program is necessary to ensure security at all phases, from development to production environments.

The Role of ASPM in Monitoring and Risk Management

Identifying vulnerabilities in the early stages is critical. But what happens when a vulnerability is discovered only in production? How can you monitor and protect against such flaws? A centralized and continuous approach, like Application Security Posture Management (ASPM), is essential for managing application risk. ASPM collects, analyzes, and prioritizes security issues throughout the software lifecycle, centralizing security management in complex environments.

With centralized data, analyzing false positives and performing code reviews are vital to ensuring identified vulnerabilities do not compromise production environments. Additionally, implementing security extensions that help detect and remediate vulnerabilities while developers are coding can be highly effective.

Proactive Measures for Risk Mitigation in Production

When vulnerabilities cannot be immediately resolved or are classified as "accepted risks," using Web Application Firewalls (WAF) is essential. WAFs act as defensive barriers, blocking malicious traffic before it reaches the application. This improves visibility and provides proactive protection against real-time threats for both developers and security teams.

Establishing Metrics for Continuous Security

Finally, defining security metrics and indicators is crucial to evaluating the effectiveness of protection initiatives. These metrics should monitor incidents and mitigation actions and provide continuous insights to guide the improvement of security practices.

Conclusion

A proactive and integrated application security approach is recommended to ensure effective visibility and monitoring. This strategy enables centralized risk management, an integrated view of the AppSec program, and the inclusion of security from the earliest development stages.

Implementing these practices strengthens the ability to anticipate and mitigate potential risks, while well-defined metrics provide valuable insights for continuously improving security across the development lifecycle.

Sobre o autor

Danilo Costa

Bachelor's degree in Computer Science from the Federal University of Alagoas. He has spoken at events such as the NullByte Security Conference and Hackers to Hackers Conference, and presented research projects at national and international events. He has experience in application security, exploit development, and vulnerability research in both userland and kernel land, having discovered vulnerabilities for companies like Microsoft, AMD, and Intel. His interests include operating system internals, compilers, malware development, vulnerability research, and EDR evasion.

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