Encryption vs Hashing in 2025: Key Differences Every Cybersecurity Enthusiast Must Know π
Confused about encryption and hashing? Discover the crucial differences between these two cybersecurity techniques and how they protect your data in 2025. Don't mix them up! #cybersecurity #infosec

cyberInsights
159 views β’ Oct 12, 2025

About this video
π€― Stop mixing Encryption and Hashing! Learn the CRITICAL difference between Hashing and Encryption. They sound similar, but they protect your data in completely different ways, and using the wrong one is a massive security risk.
This video breaks down these two fundamental cryptography concepts using simple, real-world examples. Perfect for developers, IT professionals, and anyone serious about digital security!
In this must-watch tutorial, you will learn:
π Encryption (2-Way): What it is, how it works with a secret key, and why it's used for securing sensitive data (Data Confidentiality) like credit card numbers.
Example: AES and HTTPS.
π Hashing (1-Way): What makes it irreversible (the "meat grinder" analogy), and why it's the only safe way to store user passwords and verify file integrity (Data Integrity).
Example: SHA-256 and checking file downloads.
The Biggest Mistake: Systems that claim to "encrypt" passwords are fundamentally flawed.
π Master this security cornerstone now.
#HashingVsEncryption #CyberSecurity #Cryptography #dataprotection #DeveloperTips #SHA256 #AES #TechExplained #EncryptionExplained
This video breaks down these two fundamental cryptography concepts using simple, real-world examples. Perfect for developers, IT professionals, and anyone serious about digital security!
In this must-watch tutorial, you will learn:
π Encryption (2-Way): What it is, how it works with a secret key, and why it's used for securing sensitive data (Data Confidentiality) like credit card numbers.
Example: AES and HTTPS.
π Hashing (1-Way): What makes it irreversible (the "meat grinder" analogy), and why it's the only safe way to store user passwords and verify file integrity (Data Integrity).
Example: SHA-256 and checking file downloads.
The Biggest Mistake: Systems that claim to "encrypt" passwords are fundamentally flawed.
π Master this security cornerstone now.
#HashingVsEncryption #CyberSecurity #Cryptography #dataprotection #DeveloperTips #SHA256 #AES #TechExplained #EncryptionExplained
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Video Information
Views
159
Likes
2
Duration
1:39
Published
Oct 12, 2025