Hash Me If You Can

Because Your Secrets Deserve More Than Trust

šŸš€ Trusted by 4,000+ users worldwide
šŸ›”ļø AES-256-GCM + Argon2id + ChaCha20-Poly1305
āš ļø Security Notice: This tool uses client-side encryption with constant-time operations and secure random number generation. All processing happens in your browser - no data is transmitted to servers.
šŸ›”ļø Processed locally with memory-safe operations
šŸ’” Use at least 12 characters with high entropy
šŸ”¬ Cryptographic Details: AES-256-GCM with Argon2id key derivation (1M iterations, 64MB memory), 256-bit salt, 96-bit nonce, authenticated encryption with constant-time operations.
šŸ“¤ Encrypted Output
Your encrypted or decrypted message will appear here
šŸ” Quantum-Resistant • Zero-Knowledge • Military-Grade
šŸ›”ļø

Quantum-Resistant Security

AES-256-GCM with Argon2id key derivation (1M iterations, 64MB memory), ChaCha20-Poly1305 fallback, and constant-time operations to prevent side-channel attacks.

256-bit
Post-Quantum
1M
Iterations
64MB
Memory Cost
šŸ”¬

Advanced Cryptanalysis Protection

Constant-time algorithms, secure memory clearing, entropy validation, and protection against timing attacks, fault injection, and cryptanalytic attacks.

100%
Constant-Time
0
Side Channels
āˆž
Forward Secrecy
šŸŽÆ

Authenticated Encryption

GCM mode provides both confidentiality and authenticity. Every message includes cryptographic proof of integrity and origin authentication.

128-bit
Auth Tag
0
Forgeries
100%
Integrity

šŸ›”ļø Advanced Security Guidelines

Military-grade operational security practices

šŸŽ²
Quantum-Safe Passphrases

Use 12+ words from different languages, include numbers and symbols. Aim for 128+ bits of entropy to resist quantum computer attacks.

šŸ”€
Multi-Channel Distribution

Split passphrases across 3+ channels (email, SMS, voice call). Use different timing and routes to prevent correlation attacks.

ā±ļø
Temporal Separation

Wait 24+ hours between sharing encrypted data and keys. Use dead drops and one-time communication channels when possible.

šŸ”
Operational Security

Use air-gapped devices, disable network during encryption, clear browser data after use, and verify no keyloggers are present.

šŸŽ­
Deniable Authentication

Use steganography to hide encrypted data, employ decoy passphrases, and create plausible alternative explanations for communications.

šŸ”„
Perfect Forward Secrecy

Generate new passphrases for each message, use ephemeral keys, and destroy all traces after successful decryption.