You're Storing Passwords Wrong. Here's The Fix

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Introduction to You're Storing Passwords Wrong. Here's The Fix

Hashing vs encryption - they're NOT the same, and confusing them is how security disasters happen. Learn how hashing actually works, why MD5 and SHA-1 are broken, and why bcrypt/Argon2 are the only correct choices for password storage. In this video, you'll learn: - Why hashing is a one-way function - The difference between hashing and encryption - Why MD5 and SHA-1 should never be used for passwords - How rainbow tables crack passwords instantly - What salting is and why it matters - Why bcrypt and Argon2 are intentionally slow (and why that's good) TIMESTAMPS: 0:00 - The problem with password storage 0:37 - Hashing vs Encryption explained 1:49 - How password verification works 2:48 - Why MD5 and SHA-1 are broken 3:34 - The speed problem with password hashing 5:05 - Solution : Salting 6:04 - Solution : bcrypt & Argon2 8:08 - Common mistakes to avoid 8:43 - Quick recap KEY TAKEAWAYS: → Hashing is irreversible, encryption is reversible → Never use MD5, SHA-1, or even SHA-256 for passwords → Always use bcrypt or Argon2 - they handle salting automatically → Slow hashing protects users, fast hashing helps attackers More Videos : Software Egineering Basics - Software Design - RESOURCES: - OWASP Password Storage: - Argon2 specification: If you're storing passwords with MD5 or SHA-256, you need to watch this. One function call with the right library - that's all it takes to do password security correctly.

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You're Storing Passwords Wrong. Here's The Fix

21,716 views Live Report

Hashing vs encryption - they're NOT the same, and confusing them is how security disasters happen. Learn how hashing actually works, why MD5 and SHA-1 are broken, and why bcrypt/Argon2 are the only correct choices for password storage. In this video, you'll learn: - Why hashing is a one-way function - The difference between hashing and encryption - Why MD5 and SHA-1 should never be used for passwords - How rainbow tables crack passwords instantly - What salting is and why it matters - Why bcrypt and Argon2 are intentionally slow (and why that's good) TIMESTAMPS: 0:00 - The problem with password storage 0:37 - Hashing vs Encryption explained 1:49 - How password verification works 2:48 - Why MD5 and SHA-1 are broken 3:34 - The speed problem with password hashing 5:05 - Solution : Salting 6:04 - Solution : bcrypt & Argon2 8:08 - Common mistakes to avoid 8:43 - Quick recap KEY TAKEAWAYS: → Hashing is irreversible, encryption is reversible → Never use MD5, SHA-1, or even SHA-256 for passwords → Always use bcrypt or Argon2 - they handle salting automatically → Slow hashing protects users, fast hashing helps attackers More Videos : Software Egineering Basics - Software Design - RESOURCES: - OWASP Password Storage: - Argon2 specification: If you're storing passwords with MD5 or SHA-256, you need to watch this. One function call with the right library - that's all it takes to do password security correctly.

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Last Updated: May 23, 2026

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