46 Megabytes to Hash
One Password.
Argon2id memory-hard hashing. Short-lived JWTs. TOTP multi-factor. Aggressive rate limiting on every endpoint.
Authentication that makes brute-force economically impossible.
Four Steps. Zero Shortcuts.
Why 46 MiB?
GPUs have limited memory per core. A GPU with 10,000 cores and 24 GB VRAM can only run ~500 Argon2id hashes simultaneously at 46 MiB each. This makes brute-force attacks on passwords economically impractical.
bcrypt has no memory-hardness parameter. A GPU can run thousands of bcrypt hashes in parallel because each uses only 4 KiB of memory. Argon2id uses 11,776x more.
Short-Lived by Design
Access tokens expire in 15 minutes. If a token is stolen, the window of exploitation is minimal. Refresh tokens handle seamless re-authentication.
TOTP: Something You Have
Time-based one-time passwords add a second factor that cannot be phished remotely. The shared secret never leaves your authenticator app.
Every Endpoint. Every Limit.
Exceeding any limit triggers exponential backoff. No bypass. No exceptions.
Authentication That
Doesn't Compromise.
Memory-hard hashing. Short-lived tokens. Multi-factor authentication. Rate limiting on every endpoint. No shortcuts, no tradeoffs.