Сколько до взлома?
Обнаруженные шаблоны
- Введите пароль выше, чтобы начать анализ.
Рекомендации
- Рекомендации появятся, как только начнёте печатать.
Ваш пароль никогда не покидает устройство — весь анализ в браузере.
Узнайте, сколько времени потребуется реальному атакующему, чтобы взломать ваш пароль — в четырёх реалистичных сценариях.
Сколько до взлома?
Ваш пароль никогда не покидает устройство — весь анализ в браузере.
This free, browser-only tool measures the real strength of a password by combining character-pool entropy with pattern detection (common-password lists, sequences, repeats, dates, keyboard runs and dictionary words), then projects realistic crack-times against four attacker scenarios.
Type or paste a password and the tester shows its effective entropy, four crack-time estimates and exactly which patterns weaken it — all locally in your browser.
Type a password into the field. The strength label, entropy in bits and the four crack-time scenarios update live. The detected-patterns panel highlights weaknesses; the suggestions panel tells you what to fix.
No. The entire analysis runs in your browser. Nothing is uploaded, logged or saved to disk — closing the tab forgets the value.
They model realistic attacker capabilities: an online attack against a rate-limited login (100/hour), an online attack against an unprotected endpoint (10/second), an offline crack against a slow hash like bcrypt (10K/second), and an offline crack against a fast hash like MD5 or SHA-1 on modern GPUs (10 billion/second).
Strength is not just about character variety. If the password is short, follows a common pattern (Password1!), contains a dictionary word, dates or keyboard runs, those patterns drastically reduce real-world entropy — even with a symbol thrown in.
It checks a built-in list of 2,000 most-common passwords from public breach compilations. For a full Have-I-Been-Pwned check, use the official k-anonymity API separately.
Penalty heuristics and rate assumptions are calibrated against the open-source zxcvbn estimator and current GPU benchmarks. Strength tiers map to NIST SP 800-63B guidance on memorized-secret entropy.