smartpasslib ^v4.0.0

• Zero-Storage Security — no passwords or secret phrases are ever stored or transmitted
• Decentralized Architecture — no central servers, no cloud dependency
• Cross-Platform Deterministic Generation — identical secret + parameters = identical password on any language (SHA-256 based)
• Metadata Only — store only verification metadata (public keys, descriptions, lengths)
• On-Demand Regeneration — passwords are recalculated when needed
• Cryptographically Secure — uses secrets module and SHA-256

• Decentralized & Serverless — no central database, no cloud lock-in
• No Password Database — eliminates the need for password storage
• Cross-Platform Determinism — same results on C#, Python, Go, Kotlin, JavaScript
• Public Key Verification — verify secrets without exposing them
• Multiple Generator Types — Smart, strong, base, and code generators
• Store Only Public Metadata — private keys and secrets are NEVER persisted
• Full Test Coverage — 100% tested for reliability and security

• Proof of Knowledge — verify you know a secret without storing or transmitting it
• Decentralized Trust — no third party needed
• Deterministic Security — same input = same output, always reproducible
• Dynamic Iteration Counts — private key: 15-30, public key: 45-60
• Zero Storage of Secrets — secret phrases exist only in your memory
• No Recovery Backdoors — lost secret = permanently lost passwords

Validation Rules: Secret phrase: min 12 chars · Password length: 12-100 chars · Code: 4-100 chars

Why SHA-256 instead of SHA3-512:

• Cross-platform standard — available in every programming language by default
• NIST certified — FIPS 180-4 compliant
• 256-bit security — quantum-resistant (128-bit effective with Grover's algorithm)
• Performance — faster on 32-bit and 64-bit systems

Key Derivation

Character Set (Google-compatible):

!@#$%^&*()_+-=[]{};:,.<>?/ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789abcdefghijklmnopqrstuvwxyz

pip install smartpasslib

Generate Password

from smartpasslib import SmartPasswordMaster

secret = "my_strong_secret_key"
password = SmartPasswordMaster.generate_smart_password(
    secret=secret,
    length=12
)
print(f"Your password: {password}")

Verification Without Storage

public_key = SmartPasswordMaster.generate_public_key(secret)
is_valid = SmartPasswordMaster.check_public_key(secret, public_key)
print(is_valid)  # True

SmartPasswordMaster — Main Interface

from smartpasslib import SmartPasswordMaster

base_password = SmartPasswordMaster.generate_base_password(length=12)
strong_password = SmartPasswordMaster.generate_strong_password(length=14)
smart_password = SmartPasswordMaster.generate_smart_password("my_strong_secret_key", 12)
auth_code = SmartPasswordMaster.generate_code(8)

SmartPasswordManager — Metadata Storage

from smartpasslib import SmartPasswordManager, SmartPassword, SmartPasswordMaster

manager = SmartPasswordManager()
public_key = SmartPasswordMaster.generate_public_key("MyStrongSecretPhrase2026!")
smart_pass = SmartPassword(
    public_key=public_key,
    description="GitHub account",
    length=18
)
manager.add_smart_password(smart_pass)

Same deterministic algorithm is available in multiple languages:

• smartpasslib-js — JavaScript
• smartpasslib-kotlin — Kotlin
• smartpasslib-go — Go
• smartpasslib-csharp — C#

Core Libraries:

• smartpasslib — Python
• smartpasslib-js — JavaScript
• smartpasslib-kotlin — Kotlin
• smartpasslib-go — Go
• smartpasslib-csharp — C#