Fully Homomorphic Encryption | The Future of Cryptography

For a more detailed look at the roots of fully homomorphic encryption, take a look at our blog: cryptosense.com/blog/homomorp...
There are some very interesting "futuristic" cryptography technologies now starting to be used in real-world cases. This video is the third part of our series on the future of cryptography. We have also covered zero knowledge proofs and secure multiparty computation here on this channel. If there is any other subject you'd like us to cover, please let us know in the comments :)
Future of Cryptography Series:
- Secure Multiparty Computation: • Secure Multiparty Comp...
- Zero Knowledge Proofs: • Zero Knowledge Proofs ...
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Cryptosense CEO Dr. Graham Steel was formerly an academic researcher before founding Cryptosense in 2013. His cryptography expertise is the basis for the company's 'Analyzer' technology which allows customers to protect themselves against losing sensitive data.

Thank you 🙏🏻

[@JoyRaptor]

Great quick explanation

[@ICP-Crusader]

Thank You for your explanation. Supposedly Based AI crypto will be utilizing this technology. Are you familiar with this project?

[@shihabullah5483]

What can be the disadvantages of using Homomorphic Encryption techniques?

[@2NormalHuman]

Speed.
Mathematical operations about 100 trillion times slower than performing those same operations on the corresponding plaintexts. This means that the new and improved version is still about a million times slower than plaintext operations on average.