Update Security-Posture-Assessment.mdx

content/articles/Security-Posture-Assessment.mdx

@@ -7,23 +7,12 @@ author: Eno Leriand
 featuredImage: https://www.cimcor.com/hubfs/Cybersecurity%20Lifecycle.jpg
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-## Executive Summary
-In this report, we provide an overview of the security posture of the target system, detailing findings and their respective severities. The assessment is based on a comprehensive analysis of potential vulnerabilities and risks using the CVSS 3.0 and 3.1 scoring frameworks. Each finding is described along with its associated risk score and recommendations for remediation.
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-## Scope and Methodology
+## Methodology
 
 The security assessment focused on evaluating vulnerabilities within the target system's web application component. This included an examination of the application's source code, configurations, and user interactions. The assessment also encompassed the underlying infrastructure, database, and session management mechanisms. However, it's important to note that the assessment did not cover the network perimeter, physical security, or external dependencies outside the scope of the application.
 
-1. **Reconnaissance:** Gathered information about the target system, including technologies, frameworks, and application endpoints.
-2. **Vulnerability Identification:** Utilized automated scanning tools and manual testing techniques to identify potential vulnerabilities.
-3. **Vulnerability Verification:** Conducted further manual testing to validate and confirm the identified vulnerabilities.
-4. **Risk Assessment:** Evaluated the impact and exploitability of each vulnerability using the CVSS 3.0 and 3.1 scoring frameworks.
-5. **Remediation Recommendations:** Provided actionable recommendations for fixing identified vulnerabilities, following best practices and security guidelines.
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-
 ## List of Findings and Severity:
 
-
 | Finding                         | Severity  |
 |---------------------------------|-----------|
 | SQL Injection                   | High      |
@@ -722,16 +711,3 @@ Prototype Pollution vulnerabilities occur when attackers manipulate the prototyp
 
 ### Conclusion
 This assessment highlights critical vulnerabilities within the target system, which can potentially compromise data integrity, user privacy, and overall system security. The findings underscore the importance of proactive security practices, including robust input validation, secure authentication mechanisms, and ongoing vulnerability management. Implementing the recommended remediation steps is crucial to safeguard the target system and its users from potential threats.
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-### Acknowledgments
-We would like to express our gratitude to the organization for granting us the opportunity to conduct this security assessment. Additionally, we extend our thanks to the security team and stakeholders for their cooperation, support, and valuable insights throughout the assessment process. Their commitment to enhancing the system's security posture is commendable.
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-### Contact Information
-For inquiries or further assistance, please contact:
-- [Your Name]
-- [Your Email]
-
-This report is confidential and intended solely for the use of the [Client Name]. Unauthorized distribution or sharing is prohibited.
-
-- [Your Company Name]
-- [Date of Report]