If you discover a security vulnerability in Aegleseeker, please do not open a public issue. Instead, please report it responsibly to the maintainers.

1. Do not publicly disclose the vulnerability until it has been addressed
2. Do not access systems or data you are not authorized to access
3. Do provide detailed information about the vulnerability
4. Do allow reasonable time for a fix before public disclosure (typically 90 days)

1. Email security details to the project maintainers
2. Include:
   • Description of the vulnerability
   • Steps to reproduce
   • Potential impact
   • Suggested fix (if available)
3. Allow time for acknowledgment and response
4. Work with maintainers to verify and deploy fixes

This project is designed for DLL injection into processes. Users should understand the security implications:

• Process Access: The DLL runs with the privileges of the target process
• Memory Access: Full access to process memory is granted
• System Calls: Can invoke Windows APIs available to the injected process
• Antivirus: Some antivirus software may flag injection attempts as malicious

• Development Only: Use in controlled development environments
• Authorized Applications: Only inject into applications you own or have permission to modify
• Isolation: Test in virtual machines or isolated systems
• Monitoring: Monitor system behavior after injection
• Cleanup: Ensure proper cleanup and process termination

We take the following vulnerability classes seriously:

1. Arbitrary Code Execution: Any means to execute unintended code
2. Memory Corruption: Buffer overflows, use-after-free, etc.
3. Privilege Escalation: Unauthorized elevation of privileges
4. Information Disclosure: Unauthorized access to sensitive data
5. Denial of Service: Causing application crashes or freezes
6. Hook Bypasses: Ways to circumvent security mechanisms

The following are not considered security vulnerabilities:

• Modifying game behavior: The project is designed to modify applications; this is intended
• Detection by anticheat: Systems designed to detect modifications will detect this
• Terms of Service violations: Using this to violate ToS of applications
• Process stability: Instability in target applications due to modifications
• Performance impact: Slowdowns caused by hooking and rendering

• Source Verification: Only compile from trusted source code
• Signature Verification: Verify DLL signatures if available
• Process Isolation: Use virtual machines for untrusted applications
• Firewall Rules: Monitor network access
• System Backups: Maintain backups before injection
• Administrator Privileges: Minimize unnecessary admin access

• Input Validation: Always validate input data
• Buffer Boundaries: Check buffer sizes before operations
• Memory Management: Properly allocate and free memory
• Error Handling: Handle errors gracefully
• Code Review: Request peer review for sensitive code
• Dependency Updates: Keep ImGui and MinHook updated

• Status: Third-party library
• Updates: Check for security updates regularly
• Version: Current version pinned in build system
• Vulnerabilities: Monitor ImGui repository for issues

• Status: Third-party library
• Updates: Check for security updates regularly
• Version: Current version used as-is
• Vulnerabilities: Monitor MinHook repository for issues

• Status: Official Microsoft library
• Updates: Apply Windows updates for security patches
• Vulnerabilities: Microsoft provides security bulletins

• Shader Compilation: Compiled shaders are validated by D3D11
• GPU Access: Direct GPU access through Direct3D APIs
• Driver Compatibility: Issues may arise with outdated drivers
• WDDM Compliance: Ensure WDDM driver compliance

Before releasing a security update:

• Vulnerability confirmed and reproduced
• Root cause analysis complete
• Fix implemented and tested
• Regression testing performed
• Code review completed
• Security tests added
• Patch/release prepared
• Vulnerability disclosure coordinated

1. Private Fix: Bug fixed in private branch
2. Testing: Comprehensive testing performed
3. Coordination: Advanced notice to security researchers (if applicable)
4. Release: Public release with security notice
5. Announcement: Security advisory posted
6. Documentation: Security bulletin updated

If you plan to integrate Aegleseeker into other projects:

• Review the security implications
• Understand the MIT license terms
• Implement appropriate access controls
• Validate all inputs from this module
• Monitor for security updates

This project aims to comply with:

• Secure Coding Standards: Following CERT guidelines
• OWASP Principles: Security-first development
• Microsoft Security Recommendations: Windows API best practices
• Industry Standards: Adhering to established security practices

This software is provided "AS IS" without warranty. Users are responsible for:

• Compliance with applicable laws and regulations
• Compliance with terms of service of target applications
• Consequences of using this software
• Security risks of process injection

The authors provide no guarantees regarding:

• Security against detection
• Stability in target applications
• Compatibility with anticheat systems
• Protection against law enforcement actions

• Initial security policy established (April 3, 2026)

Last Updated: April 3, 2026
Policy Version: 1.0