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Mitigation Strategies Analysis for magento/magento2

Mitigation Strategy: Proactive Patch Management and Upgrades

  • Description:
    1. Magento Security Monitoring: Regularly monitor the official Magento Security Center, Magento release notes, and subscribe to Magento security mailing lists specifically for Magento 2 security patches and updates.
    2. Prioritize Magento Security Patches: Treat Magento 2 security patches with the highest priority. Focus on applying patches released by Magento for core and bundled modules.
    3. Magento Staging Environment Testing: Before applying any Magento patch or upgrade to production, apply it to a dedicated Magento staging environment that mirrors the production Magento setup.
    4. Magento Functional and Regression Testing: In the staging Magento environment, perform thorough functional testing to ensure the patch doesn't break Magento functionalities. Conduct regression testing to verify Magento specific features remain working as expected.
    5. Magento Patch Automation (Consideration): Explore and implement tools or scripts specifically designed for automated Magento patch application to streamline the Magento patching process.
    6. Magento Rollback Plan: Develop a rollback plan specific to Magento in case a patch or upgrade introduces critical issues in the Magento production environment. Ensure Magento database and file system backups are available.
    7. Regular Magento Core and Extension Updates: Regularly update Magento core and all installed Magento extensions to their latest stable versions to benefit from Magento bug fixes, performance improvements, and Magento security enhancements.
    • List of Threats Mitigated:
      • Magento Known Vulnerabilities Exploitation (Severity: High) - Exploiting publicly disclosed vulnerabilities specific to outdated Magento versions.
      • Magento Remote Code Execution (RCE) (Severity: Critical) - Many Magento vulnerabilities can lead to RCE, allowing attackers to execute arbitrary code on the Magento server.
      • Magento Data Breaches (Severity: High) - Magento vulnerabilities can be exploited to gain unauthorized access to sensitive customer data and Magento store information.
      • Magento Denial of Service (DoS) (Severity: Medium) - Some Magento vulnerabilities can be used to cause DoS attacks, making the Magento website unavailable.
      • Magento Account Takeover (Severity: High) - Magento vulnerabilities can lead to attackers gaining control of Magento admin or customer accounts.
    • Impact:
      • Magento Known Vulnerabilities Exploitation: High Risk Reduction
      • Magento Remote Code Execution (RCE): High Risk Reduction
      • Magento Data Breaches: High Risk Reduction
      • Magento Denial of Service (DoS): Medium Risk Reduction
      • Magento Account Takeover: High Risk Reduction
    • Currently Implemented: To be determined. (Potentially partially implemented with manual checks, but formal Magento specific process might be missing).
    • Missing Implementation: Formal documented process for Magento patch monitoring, Magento staging environment testing, automated Magento patch application, and Magento rollback plan.

Mitigation Strategy: Secure Extension Management

  • Description:
    1. Magento Marketplace Preference: Prioritize installing Magento extensions from the official Magento Marketplace. These extensions undergo a basic Magento security and code quality review process by Magento.
    2. Magento Vendor Reputation Research: For Magento extensions outside the official marketplace, thoroughly research the vendor's reputation within the Magento community. Check Magento specific reviews, forums, and security track records related to Magento extensions.
    3. Magento Extension Code Review (Recommended): Ideally, conduct a security code review or penetration testing specifically targeting Magento extensions, especially those handling sensitive Magento data or core Magento functionalities, before deploying them to production.
    4. Magento Minimum Necessary Extensions: Install only the Magento extensions that are absolutely necessary for Magento business functionality. Avoid installing unnecessary Magento extensions to reduce the Magento attack surface.
    5. Magento Regular Extension Updates: Keep all installed Magento extensions updated to their latest versions. Monitor Magento extension vendor websites and marketplaces for Magento extension updates and security patches.
    6. Magento Extension Vulnerability Monitoring: Actively monitor security advisories and vulnerability databases specifically for known vulnerabilities in installed Magento extensions.
    7. Magento Extension Auditing: Periodically audit installed Magento extensions to ensure they are still necessary for Magento, updated, and haven't introduced any Magento security issues. Consider removing or replacing outdated or unsupported Magento extensions.
    • List of Threats Mitigated:
      • Magento Malicious Extension Installation (Severity: High) - Installing Magento extensions with intentionally malicious code (backdoors, malware) within the Magento environment.
      • Magento Extension Vulnerabilities Exploitation (Severity: High) - Exploiting vulnerabilities in poorly coded or outdated Magento extensions.
      • Magento Supply Chain Attacks (Severity: Medium) - Compromised Magento extension vendors distributing malicious updates to Magento extensions.
      • Magento Data Leaks through Extensions (Severity: Medium) - Magento extensions unintentionally leaking sensitive Magento data due to coding errors.
      • Magento Performance Issues due to Poorly Coded Extensions (Severity: Medium) - While not directly security, Magento performance issues caused by extensions can indirectly impact Magento security.
    • Impact:
      • Magento Malicious Extension Installation: High Risk Reduction
      • Magento Extension Vulnerabilities Exploitation: High Risk Reduction
      • Magento Supply Chain Attacks: Medium Risk Reduction
      • Magento Data Leaks through Extensions: Medium Risk Reduction
      • Magento Performance Issues due to Poorly Coded Extensions: Medium Risk Reduction
    • Currently Implemented: To be determined. (Likely relies on developer discretion, formal Magento extension vetting process might be missing).
    • Missing Implementation: Formal Magento extension vetting process, Magento security code review process for extensions, documented Magento extension update policy, and regular Magento extension auditing.

Mitigation Strategy: Magento Configuration Hardening

  • Description:
    1. Disable Unnecessary Magento Modules: Review the list of enabled Magento modules and disable any Magento modules that are not actively used. This reduces the Magento attack surface.
    2. Strong Magento Admin Passwords: Enforce strong and unique passwords for all Magento Admin accounts. Implement Magento password complexity policies (minimum length, character types) as configured in Magento.
    3. Magento Two-Factor Authentication (2FA): Enable 2FA for all Magento Admin accounts through Magento's built-in 2FA or a trusted Magento extension.
    4. Restrict Magento Admin Panel Access: Limit access to the Magento Admin panel by IP address whitelisting or VPN, configured at the web server or firewall level to protect the Magento admin interface.
    5. Change Default Magento Admin URL: Change the default /admin URL to a non-obvious, custom path within Magento's admin configuration.
    6. Disable Magento Directory Browsing: Ensure directory browsing is disabled at the web server level for the Magento installation to prevent attackers from listing Magento directory contents.
    7. Secure Magento File Permissions: Configure appropriate file permissions for Magento files and directories as recommended in Magento's security guidelines.
    8. Harden Magento Server Configurations: Harden the web server, database server, and PHP configurations specifically according to Magento security best practices.
    9. Disable Magento Developer Mode in Production: Ensure Magento is running in production mode, not developer mode, as developer mode in Magento exposes more debugging information.
    10. Secure Magento Cookie Settings: Configure secure and HTTP-only flags for Magento cookies within Magento's configuration to prevent session hijacking and XSS attacks in the Magento context.
    • List of Threats Mitigated:
      • Magento Brute-Force Admin Login Attempts (Severity: Medium) - Trying to guess Magento admin passwords.
      • Magento Admin Panel Access Exploitation (Severity: High) - Gaining unauthorized access to the Magento admin panel to control the store and Magento data.
      • Magento Information Disclosure (Severity: Medium) - Directory browsing and developer mode exposing sensitive Magento information.
      • Magento Session Hijacking (Severity: Medium) - Stealing Magento user sessions to gain unauthorized access within Magento.
      • Magento Privilege Escalation (Severity: High) - Exploiting Magento misconfigurations to gain higher privileges within the Magento system.
    • Impact:
      • Magento Brute-Force Admin Login Attempts: Medium Risk Reduction
      • Magento Admin Panel Access Exploitation: High Risk Reduction
      • Magento Information Disclosure: Medium Risk Reduction
      • Magento Session Hijacking: Medium Risk Reduction
      • Magento Privilege Escalation: Medium Risk Reduction
    • Currently Implemented: Partially implemented (e.g., strong passwords might be enforced in Magento, but 2FA, IP whitelisting, custom admin URL might be missing in Magento configuration).
    • Missing Implementation: 2FA for Magento admin accounts, IP whitelisting for Magento admin panel access, custom Magento admin URL, comprehensive Magento server hardening documentation and implementation, regular Magento configuration audits.

Mitigation Strategy: Input Validation and Output Encoding (Magento Context)

  • Description:
    1. Utilize Magento Validation Framework: Leverage Magento's built-in validation framework for all user inputs within Magento (forms, API requests, URL parameters). Define validation rules using Magento's validation mechanisms.
    2. Magento Server-Side Validation (Mandatory): Always perform input validation on the server-side within Magento. Rely on Magento's server-side validation for security.
    3. Sanitize Magento External Data: When integrating Magento with external APIs or data sources, sanitize and validate all data received from these sources before using it within Magento.
    4. Magento Output Encoding (Escaping): Use proper output encoding (escaping) in all Magento templates (.phtml files) and custom Magento code to prevent Cross-Site Scripting (XSS) vulnerabilities in the Magento context. Use Magento's built-in escaping functions.
    5. Magento Context-Specific Encoding: Apply context-specific encoding based on where the output is being rendered within Magento (HTML, URL, JavaScript, CSS) using Magento's escaping functions.
    6. Magento Code Reviews for Validation and Encoding: Conduct regular code reviews specifically focused on Magento code to ensure that all input validation and output encoding is implemented correctly, especially in custom Magento modules and customizations.
    7. Magento Content Security Policy (CSP): Implement and configure Content Security Policy (CSP) headers within the Magento application to further mitigate XSS attacks in the Magento frontend.
    • List of Threats Mitigated:
      • Magento Cross-Site Scripting (XSS) (Severity: High) - Injecting malicious scripts into Magento web pages viewed by other Magento users.
      • Magento SQL Injection (Severity: High) - Injecting malicious SQL queries into Magento database interactions. (Less direct mitigation, but related to Magento input handling).
      • Magento Command Injection (Severity: High) - Injecting malicious commands to be executed on the Magento server. (Less direct mitigation, but related to Magento input handling).
      • Magento Data Integrity Issues (Severity: Medium) - Invalid or malicious input corrupting Magento data within the application.
    • Impact:
      • Magento Cross-Site Scripting (XSS): High Risk Reduction
      • Magento SQL Injection: Medium Risk Reduction (Indirect, relies on using Magento ORM and parameterized queries)
      • Magento Command Injection: Medium Risk Reduction (Indirect, relies on avoiding execution of user-controlled input as commands within Magento)
      • Magento Data Integrity Issues: Medium Risk Reduction
    • Currently Implemented: Partially implemented (Magento framework provides tools, but consistent and comprehensive application in custom Magento code might be missing).
    • Missing Implementation: Enforcement of input validation and output encoding standards in custom Magento development, regular Magento code reviews focused on validation and encoding, Magento CSP implementation.

Mitigation Strategy: Secure Session Management

  • Description:
    1. Magento Secure and HTTP-Only Cookies: Configure Magento to use secure and HTTP-only cookies for session management within Magento's configuration.
    2. Magento Appropriate Session Timeouts: Configure appropriate session timeouts for both Magento frontend and admin sessions within Magento's session management settings.
    3. Magento Session Storage Configuration: Consider using database or Redis for Magento session storage instead of file-based storage for improved Magento security and performance, configurable within Magento.
    4. Magento Session Regeneration on Privilege Change: Ensure Magento regenerates session IDs upon significant privilege changes, such as login, logout, or password changes, as part of Magento's session handling.
    5. Magento Anti-CSRF Tokens: Magento includes built-in Cross-Site Request Forgery (CSRF) protection. Ensure Magento CSRF protection is enabled and properly implemented in all Magento forms and actions.
    6. Magento Regular Session Auditing (Optional): For highly sensitive Magento applications, consider implementing session auditing to track Magento session activity and detect suspicious patterns within Magento.
    • List of Threats Mitigated:
      • Magento Session Hijacking (Severity: High) - Stealing Magento user session IDs to gain unauthorized access to Magento accounts.
      • Magento Session Fixation (Severity: Medium) - Forcing a Magento user to use a known session ID.
      • Magento Cross-Site Request Forgery (CSRF) (Severity: Medium) - Forcing a logged-in Magento user to perform unintended actions within Magento.
      • Magento Brute-Force Session ID Guessing (Severity: Low) - Attempting to guess valid Magento session IDs (mitigated by strong Magento session ID generation).
    • Impact:
      • Magento Session Hijacking: High Risk Reduction
      • Magento Session Fixation: Medium Risk Reduction
      • Magento Cross-Site Request Forgery (CSRF): Medium Risk Reduction
      • Magento Brute-Force Session ID Guessing: Low Risk Reduction
    • Currently Implemented: Partially implemented (Magento defaults provide some security, but Magento configuration might not be fully hardened).
    • Missing Implementation: Review and hardening of Magento session cookie settings, explicit configuration of Magento session timeouts, consideration of database/Redis Magento session storage, verification of Magento CSRF protection implementation in custom modules.

Mitigation Strategy: File Upload Security

  • Description:
    1. Magento Restrict Allowed File Types: Strictly restrict the allowed file types for uploads within Magento to only necessary formats. Configure this within Magento's file upload settings or custom code.
    2. Magento Client-Side and Server-Side Validation: Implement file type and size validation on both the client-side (for user experience) and server-side (for Magento security) within Magento's upload handling mechanisms.
    3. Magento Sanitize Filenames: Sanitize uploaded filenames within Magento to prevent path traversal vulnerabilities. Implement filename sanitization in Magento's file upload processing.
    4. Magento Store Uploaded Files Outside Webroot: Store uploaded files outside the webroot (the publicly accessible directory of the Magento website). Configure Magento to store uploads outside the webroot.
    5. Magento Randomized Filenames (Optional): Consider renaming uploaded files to randomized filenames within Magento to further obscure their original names and prevent predictable file paths in Magento.
    6. Magento Malware Scanning (Recommended): Implement malware scanning for all uploaded files within Magento before they are stored on the Magento server. Integrate with antivirus or malware scanning tools within the Magento upload process.
    7. Magento Restrict Access to Upload Directory: Configure web server and file system permissions to restrict access to the Magento upload directory to only authorized processes.
    • List of Threats Mitigated:
      • Magento Malicious File Upload (Severity: High) - Uploading malicious files (e.g., web shells, malware) to gain control of the Magento server.
      • Magento Remote Code Execution (RCE) via File Upload (Severity: Critical) - Exploiting Magento file upload vulnerabilities to achieve RCE on the Magento server.
      • Magento Path Traversal (Severity: Medium) - Uploading files to arbitrary locations on the Magento server using manipulated filenames within Magento.
      • Magento Denial of Service (DoS) via File Upload (Severity: Medium) - Uploading excessively large files to consume Magento server resources.
      • Magento Information Disclosure (Severity: Low) - Unintentionally uploading sensitive files to a publicly accessible location within Magento (if not stored outside webroot).
    • Impact:
      • Magento Malicious File Upload: High Risk Reduction
      • Magento Remote Code Execution (RCE) via File Upload: High Risk Reduction
      • Magento Path Traversal: Medium Risk Reduction
      • Magento Denial of Service (DoS) via File Upload: Medium Risk Reduction
      • Magento Information Disclosure: Low Risk Reduction
    • Currently Implemented: Partially implemented (Basic file type/size validation might be in place in Magento, but more robust measures might be missing in Magento's file upload handling).
    • Missing Implementation: Strict file type whitelisting within Magento, server-side validation enforcement in Magento, filename sanitization in Magento, storage outside webroot configured for Magento uploads, malware scanning integration within Magento, access control to Magento upload directory.

Mitigation Strategy: Database Security (Magento Specific)

  • Description:
    1. Magento Strong Database User Passwords: Use strong and unique passwords for all Magento database users.
    2. Magento Principle of Least Privilege: Grant Magento database users only the minimum necessary privileges required for Magento to function. Avoid granting GRANT ALL privileges to Magento database users.
    3. Magento Regular Database Backups: Implement regular and automated Magento database backups. Store Magento backups securely and offsite.
    4. Magento Harden Database Server Configuration: Harden the database server configuration (e.g., MySQL, MariaDB) specifically for Magento according to security best practices for Magento database servers.
    5. Magento Database Access Monitoring: Monitor Magento database access and activity for suspicious patterns related to Magento database interactions. Implement logging and alerting for unusual Magento database queries or access attempts.
    6. Magento ORM Usage: When developing custom Magento modules, consistently use Magento's Object-Relational Mapper (ORM) and database abstraction layer instead of writing raw SQL queries directly in Magento code.
    7. Magento Parameterized Queries (If Raw SQL Necessary): If raw SQL queries are absolutely necessary in custom Magento code, use parameterized queries or prepared statements to prevent SQL injection in Magento. Never concatenate user input directly into SQL queries within Magento code.
    8. Magento Database Firewall (Optional): Consider using a database firewall to further protect the Magento database from unauthorized access and SQL injection attacks targeting the Magento application.
    • List of Threats Mitigated:
      • Magento SQL Injection (Severity: High) - Injecting malicious SQL queries to manipulate or extract data from the Magento database.
      • Magento Database Credential Theft (Severity: High) - Stealing Magento database usernames and passwords to gain unauthorized access to the Magento database.
      • Magento Data Breaches via Database Access (Severity: High) - Gaining direct access to the Magento database to steal sensitive Magento data.
      • Magento Database Server Compromise (Severity: Critical) - Exploiting vulnerabilities in the database server itself supporting Magento.
      • Magento Data Integrity Issues (Severity: High) - Malicious or accidental modification or deletion of Magento database data.
    • Impact:
      • Magento SQL Injection: High Risk Reduction
      • Magento Database Credential Theft: High Risk Reduction
      • Magento Data Breaches via Database Access: High Risk Reduction
      • Magento Database Server Compromise: Medium Risk Reduction (Database hardening is part of server security for Magento)
      • Magento Data Integrity Issues: Medium Risk Reduction (Backups help restore Magento data integrity)
    • Currently Implemented: Partially implemented (Strong passwords likely enforced, but principle of least privilege for Magento database users, Magento database hardening, and Magento database monitoring might be lacking).
    • Missing Implementation: Review and enforcement of least privilege Magento database user permissions, Magento database server hardening, Magento database access monitoring, Magento code review for raw SQL usage and parameterized queries, Magento database firewall consideration.

Mitigation Strategy: Magento Admin Panel Protection

  • Description:
    1. Magento Change Default Admin URL: Change the default /admin URL to a non-obvious, custom path within Magento's admin configuration.
    2. Magento IP Whitelisting: Implement IP whitelisting to restrict access to the Magento Admin panel to only trusted networks or IP addresses, configured at the web server or firewall level protecting Magento admin.
    3. Magento Rate Limiting and Brute-Force Protection: Enable rate limiting and brute-force protection mechanisms for Magento Admin login attempts. This can be implemented at the web server level or using Magento extensions designed for admin security.
    4. Magento Regular Admin User Audits: Regularly audit Magento Admin user accounts and permissions within Magento's admin user management. Remove inactive Magento accounts and review Magento permissions.
    5. Magento Strong Password Policies and 2FA: Enforce strong password policies and mandatory Two-Factor Authentication (2FA) for all Magento Admin accounts (already covered in Magento Configuration Hardening, but emphasize here for Magento Admin Panel).
    6. Magento Web Application Firewall (WAF): Consider using a Web Application Firewall (WAF) to protect the Magento Admin panel from common web attacks, including brute-force attacks, SQL injection, and XSS targeting the Magento admin interface.
    7. Magento Security Monitoring and Alerting: Implement security monitoring and alerting for Magento Admin panel activity. Detect and alert on suspicious Magento admin login attempts, Magento configuration changes, or other unusual actions within the Magento admin panel.
    • List of Threats Mitigated:
      • Magento Brute-Force Admin Login Attacks (Severity: High) - Repeated attempts to guess Magento admin credentials.
      • Magento Unauthorized Admin Access (Severity: High) - Gaining access to the Magento Admin panel by bypassing Magento authentication or exploiting Magento vulnerabilities.
      • Magento Admin Account Compromise (Severity: High) - Attackers gaining control of Magento admin accounts.
      • Magento Malicious Configuration Changes (Severity: High) - Attackers using Magento admin access to modify Magento store settings and introduce Magento vulnerabilities.
      • Magento Data Exfiltration via Admin Panel (Severity: High) - Attackers using Magento admin access to export or steal sensitive Magento data.
    • Impact:
      • Magento Brute-Force Admin Login Attacks: High Risk Reduction
      • Magento Unauthorized Admin Access: High Risk Reduction
      • Magento Admin Account Compromise: High Risk Reduction
      • Magento Malicious Configuration Changes: High Risk Reduction
      • Magento Data Exfiltration via Admin Panel: High Risk Reduction
    • Currently Implemented: Partially implemented (Custom Magento admin URL might be in place, but IP whitelisting for Magento admin, rate limiting, WAF might be missing).
    • Missing Implementation: IP whitelisting for Magento admin panel access, rate limiting and brute-force protection for Magento admin, WAF implementation for Magento admin, formal Magento admin user audit process, security monitoring and alerting for Magento admin activity.

Mitigation Strategy: Content Security Policy (CSP) Implementation

  • Description:
    1. Magento Define a Strict CSP Policy: Define a Content Security Policy (CSP) that restricts the sources from which the browser is allowed to load resources for the Magento frontend (scripts, stylesheets, images, fonts, etc.). Start with a restrictive Magento policy.
    2. Magento Report-Only Mode Initially: Start by implementing the Magento CSP in report-only mode within Magento's configuration.
    3. Magento Refine and Enforce Policy: Analyze Magento CSP reports to identify violations and adjust the Magento policy accordingly. Once the Magento policy is stable, switch to enforcement mode in Magento.
    4. Magento Use Nonce or Hash for Inline Scripts/Styles: For inline scripts and styles within Magento templates, use nonces or hashes to allowlist them in the Magento CSP configuration.
    5. Magento Regular CSP Review and Updates: Regularly review and update the Magento CSP policy as the Magento application evolves.
    6. Magento CSP Header Configuration: Configure the web server or Magento itself to send the Content-Security-Policy header with the defined Magento policy.
    7. Magento Monitor CSP Reporting: Set up a mechanism to collect and monitor Magento CSP violation reports. This helps identify potential XSS attempts within Magento and refine the Magento policy.
    • List of Threats Mitigated:
      • Magento Cross-Site Scripting (XSS) (Severity: High) - Mitigates the impact of XSS attacks in Magento by preventing the browser from executing malicious scripts in the Magento frontend.
      • Magento Data Injection Attacks (Severity: Medium) - Can help mitigate certain types of data injection attacks in Magento by restricting resource loading in the Magento frontend.
      • Magento Clickjacking (Severity: Low) - Can offer some protection against clickjacking attacks in Magento by using the frame-ancestors directive in Magento CSP.
    • Impact:
      • Magento Cross-Site Scripting (XSS): High Risk Reduction (Significantly reduces impact in Magento, but doesn't prevent all XSS)
      • Magento Data Injection Attacks: Medium Risk Reduction
      • Magento Clickjacking: Low Risk Reduction
    • Currently Implemented: Likely not implemented or only partially implemented with a very basic Magento CSP policy.
    • Missing Implementation: Definition and implementation of a strict Magento CSP policy, Magento report-only mode implementation, Magento CSP reporting mechanism, regular Magento CSP review and update process.

Mitigation Strategy: Regular Security Audits and Penetration Testing

  • Description:
    1. Magento Automated Vulnerability Scanning: Regularly run automated vulnerability scanners specifically designed for Magento 2 applications and infrastructure.
    2. Magento Manual Security Audits: Conduct manual security audits, including Magento code reviews, Magento configuration reviews, and Magento architecture reviews. Focus on Magento-specific security best practices and common Magento vulnerabilities.
    3. Magento Penetration Testing (Recommended): Engage experienced penetration testers with Magento 2 expertise to perform regular penetration testing specifically targeting Magento.
    4. Magento Black Box, Grey Box, and White Box Testing: Consider different types of penetration testing (black box, grey box, white box) for Magento to get a comprehensive Magento security assessment.
    5. Magento Post-Test Remediation and Re-testing: Promptly address identified Magento vulnerabilities based on the audit and penetration testing reports. Re-test after remediation to ensure Magento vulnerabilities are effectively fixed.
    6. Magento Security Testing After Changes: Conduct Magento security testing after major updates, deployments, or significant Magento code changes.
    7. Magento Document Security Testing Process: Document the Magento security testing process, including frequency, scope, methodologies, and reporting procedures specific to Magento.
    • List of Threats Mitigated:
      • All Types of Magento Vulnerabilities (Severity: Varies) - Audits and penetration testing aim to identify a wide range of Magento vulnerabilities across all severity levels.
      • Magento Zero-Day Vulnerabilities (Severity: Varies) - While not directly mitigating Magento zero-days proactively, testing can help identify unusual behavior or potential Magento exploitation attempts.
      • Magento Configuration Errors (Severity: Varies) - Audits can identify Magento misconfigurations that introduce Magento security risks.
      • Magento Logic Flaws (Severity: Varies) - Penetration testing can uncover Magento business logic flaws that can be exploited for malicious purposes within Magento.
    • Impact:
      • All Types of Magento Vulnerabilities: High Risk Reduction (Identifies and allows remediation of Magento vulnerabilities)
      • Magento Zero-Day Vulnerabilities: Medium Risk Reduction (Early detection potential in Magento)
      • Magento Configuration Errors: High Risk Reduction
      • Magento Logic Flaws: High Risk Reduction
    • Currently Implemented: Likely not implemented regularly or comprehensively for Magento. May be ad-hoc or infrequent for Magento.
    • Missing Implementation: Regular schedule for automated Magento vulnerability scanning, manual Magento security audits, and Magento penetration testing. Formal process for Magento vulnerability remediation and re-testing. Documentation of Magento security testing process.