There are still four days left for zama to end, keep arguing with him.

Today let's talk about the biggest feature of zama: data privacy.

What is its strength? It allows encrypted data to be processed as if it were unencrypted. This way, the data is used, but no one can see it, completely solving the biggest problem of privacy.
Zama is not just reliant on one technology; it presents a toolbox.

Smart Contract Done: fhEVM
This is a brutal move. fhEVM is the world's first framework that allows EVM smart contracts to directly run cryptographic computations. Your Solidity contract doesn't need major changes; just add a few lines of code, and it can immediately become a confidential contract.

What can be done?
On-chain blind auction: Bids are completely confidential, and no one can peek.
DAO governance: Private voting, no one knows what you voted for.
There are also crypto stablecoins, dark pool trading, fully confidential games, and so on.
Moreover, this thing is not a PPT; it has already been running on various L2s since 2025, and its performance is sufficient.

Get AI and Python done: Concrete Get AI and Python done: Concrete
This solves the problem for developers.
Concrete can compile your ordinary Python code with one click. The compiled code can run directly on encrypted data. You don't even need to understand complex cryptography.
Concrete ML is even better. It directly supports mainstream models like Scikit-learn and PyTorch, performing training and inference on encrypted data. This means your AI model can access user data but will never see the data itself.
Performance and security achieved: tfhe-rs
All these awesome applications rely on speed at their core.

Zama rewrote the TFHE encryption library in Rust, called tfhe-rs. The single-core operation speed is 10 to 50 times faster than the previous C++ version.
Moreover, it supports post-quantum security, which is the standard for future safety.
This is the core engine of fhEVM and all Zama products. They also issued over 500,000 euros in bounties to the community, with an astonishing speed of iteration.

Deployment Done: Key Management System
It also provides a complete decentralized Key Management System (KMS). The keys are distributed across many nodes, eliminating single point risks.
Developers don't have to struggle to set it up themselves. You just need to integrate with Zama's protocol, and in a few minutes, you can turn a regular on-chain application into end-to-end encrypted.

Get it done ecosystem: fully open source
Zama has open-sourced all the core code, including fhEVM and tfhe-rs. This is their confidence.

Their community is particularly friendly, and the documentation and tutorials are well done. It has now attracted several thousand core developers.
The team is strong, having raised over 70 million dollars, all of whom are top talents in the fields of cryptography and Rust.

In summary: In the past, fully homomorphic encryption was a toy in the laboratory. Zama has transformed it into a complete set of tools that are usable, fast, and ready for direct application. In the privacy race of Web3 and AI, Zama is recognized as the number one player.

@zama

#ZamaCreatorProgram