From the onset of digitalization, cybersecurity has become pivotal in ensuring the safety and integrity of digital data. At the heart of this digital safety quest lies a critical aspect known as 'Application Vulnerability Management' (AVM). AVM is a systematic approach targeted at identifying, classifying, remediating, and mitigating vulnerabilities within an application. It's an incessant process that calls for regular audits to ensure an application's robustness against potential cyber threats.

Before delving deeper into the pits of AVM, you need to understand what an 'application vulnerability' entails. In constrict terms, an application vulnerability is a flaw or weakness in an application that could be exploited to cause harm to the application's functionality or the data it processes. Some of the common types of application vulnerabilities include buffer overflow, injection flaws, and cross-site scripting, just to mention a few.

Application Vulnerability Management - What does it entail?

AVM is an all-round process that encompasses various stages. The key stages include vulnerability discovery, vulnerability assessment, risk classification, vulnerability treatment, and repeat.

First, vulnerability discovery aims at identifying potential and actual vulnerabilities within your application. This is achieved through various methodologies including automated scanning, penetration testing, and code review among others.

The second stage involves vulnerability assessment. Here, you assess your application's vulnerabilities based on their potential impact, exploitability, and associated risks.

The next step involves risk classification. Not every vulnerability presents the same degree of risk. This stage allows you to classify the vulnerabilities based on their risk level. You can then prioritize the high-risk vulnerabilities for immediate attention.

The last stage is about vulnerability treatment. This stage encompasses detailed planning and remediation efforts to fix the vulnerabilities. It could involve patching the vulnerability, implementing a protective control, or even accepting the vulnerability if the associated risk is tolerable.

With an understanding of what application vulnerability management entails, the remaining part of this post will explore how to master it, and thus fortify your cybersecurity profile.

Mastering AVM - Key Techniques

The first key in mastering AVM is to integrate AVM into the Software Development Life Cycle (SDLC). A proactive approach to AVM is always more beneficial and cost-effective than reactive vulnerability management. Integrate practices such as secure coding, continuous integration/continuous delivery (CI/CD), and DevSecOps to discover and fix vulnerabilities early in the SDLC.

Secondly, establish a dedicated security team. Having a dedicated team focused on AVM will enhance continuous improvement in risk management. This team will help conduct regular audits, identify vulnerabilities, assess risks and take the necessary remediation actions.

Thirdly, employ vulnerability scanning tools. Such technologies help identify vulnerabilities that you and your team might have overlooked. Employing both static and dynamic scanning can offer comprehensive coverage.

Lastly, educate your team. A successful AVM strategy requires a team that understands the importance of cybersecurity. Regular training and awareness programs will ensure that everyone is equipped with the necessary knowledge.

In conclusion, it's evident that mastering application vulnerability management is indeed a key strategy for robust cybersecurity. It allows you to identify, classify, and fix vulnerabilities before they are exploited. Additionally, integrating AVM into your SDLC, establishing a dedicated security team, employing vulnerability scanning tools, and educating your team are some of the effective methods in mastering AVM. However, remember that AVM is not a one-time event, but a continual process that calls for regular audits and adaptations to new cybersecurity threats.