Cryptography Primitives Explained | Symmetric vs Asymmetric vs Hashing with Real-World Use Cases

In this video, we break down the three fundamental cryptographic primitives: 🔐 Symmetric Ciphers 🔐 Asymmetric Ciphers 🔐 Hashing Algorithms We don’t just stop at definitions — we explore how they work and where they are used in real-world systems, especially in embedded systems, secure communications, digital signatures, and data integrity. 💡 What you'll learn: How symmetric encryption (like AES) secures fast communication Why asymmetric encryption (like RSA and ECC) is crucial for key exchange and digital identity The role of hashing (SHA-2, SHA-3) in data integrity and password protection Practical use cases across IoT, automotive ECUs, cybersecurity, and cloud applications 👨‍💻 Whether you're an embedded developer, a security enthusiast, or just getting started — this video gives you a solid foundation in cryptographic building blocks. 🔔 Don’t forget to Like, Subscribe, and Comment if you find it valuable! ✅ Watch More: Explore our full series on Embedded Security, Automotive Cybersecurity, and Smart Energy Protocols.: https://www.youtube.com/playlist?list=PLb_Q-Ps0nJosXqXVoZlipQIe39YSyDYbL 🎓 Upskill in Embedded Cybersecurity Looking to train your team or upgrade your skills? 📚 Visit: https://edu.gettobyte.com/courses/Cryptography-course-in-Automotive-MCU-67003859ace2c458eeb52c68 📩 For consulting/training inquiries: contact@gettobyte.com or +91 8447516009 #Cryptography #Cybersecurity #EmbeddedSecurity #SymmetricEncryption #AsymmetricEncryption #Hashing #IoTSecurity #AutomotiveSecurity #Gettobyte