I sincerely believe that the best way to understand a technology is to try creating something yourself.
If you share this feeling, welcome to the Zama Bounty.
Together, let's show the world that FHEVM isn't the future, it's already here.
The winners will not only receive a reward but will also be part of @zama history—their projects will be published as official resources for developers.
Your name will be seen by thousands of engineers starting their journey in FHE.
It was once said that FHE was a beautiful but impractical idea.
Now it's clear: it's no longer an idea, it's an engineering reality.
And if you, like me, believe that privacy should be the norm,
then today is a truly historic day. 🔐✨
Today I saw something that seemed impossible just a couple of years ago. The company (@zama(https://t.co/xxCZ5TXG5O))
has made TFHE bootstrap under 1 millisecond!
And that's not all.
@zama is already working on the next generations of accelerators:
GPU → FPGA → ASIC.
With each step, they bring us closer to the moment
when encrypted computing becomes commonplace—like the internet or the cloud.
In short, the HPU is a bridge between cryptography and reality. It makes encrypted computing not just a theory, but a tool. Now privacy and performance can go hand in hand. All that's left is to write the code.
Today, I finally figured out how FHE operations are performed on a homomorphic processor from (@zama (https://t.co/xxCZ5TXG5O)). And it's truly mind-blowing 🤯
And the best part: the HPU is already available to developers.
You can write your own operations, run calculations, and even try everything out through an emulator if you don't have an FPGA.