secure-key-manager

To prevent plaintext exposure of API keys, you can use AES-256-GCM encryption with PBKDF2HMAC for secure key derivation. This approach encrypts sensitive credentials at rest and only decrypts them dynamically at runtime when needed, mitigating risks of storing them in plain text files.

To initialize the secrets management system, navigate to the skill's directory and run `python3 key_manager.py init`. This sets up the encrypted storage infrastructure required to securely manage your API keys and passwords using AES-256-GCM.

Yes, you can automatically redact sensitive information like passwords in command output. The system performs automatic output sanitization that detects and redacts sensitive credentials before display, preventing accidental leaks of secrets like API keys.

Yes, the cryptography library supports AES-256-GCM and PBKDF2HMAC for key management. The system depends on this library to provide encrypted storage and secure key derivation for managing sensitive credentials.

The best way to protect API keys in plain text files is to use an encrypted key manager. This system replaces plain text storage in files like TOOLS.md with AES-256-GCM encryption, ensuring keys are only decrypted at runtime.

Runtime dynamic retrieval mitigates security risks for secrets management by minimizing exposure. Keys are decrypted only when needed during execution, rather than remaining persistently decrypted, reducing the window for unauthorized access.