Encrypt Onchain

For those who missed it, we just posted the second episode of our TFHE series where @furkanakal explains how linear operations are performed on GLWE ciphertexts. (Reference Guide: TFHE-rs Handbook by @zama) Watch ↓ youtube.com/watch?v=GKstnl…

We’re continuing our series on privacy protocols. In this video, @furkanakal breaks down what @RAILGUN_Project is and how it powers confidential tokens. Watch ↓

There are many privacy solutions based on Zether these days. If you're wondering how it simply works and have missed our latest video, take a look! Also turn the notifications from @EncryptOnchain on for the video of the week.

Confidential transfers are essential for mass adoption. In the first video of our new series on confidential transfers, @furkanakal breaks down how Zether works. Watch ↓

So if you’re thinking about proof systems, don’t just ask “What can it prove?”. Also ask: “How big is the proof?” and “How fast is verification?” That’s what succinctness is about!

Succinctness is also the difference between feasible and infeasible in the real world. You could write down the entire transcript of a computation. But if someone can just hand you a tight little proof that says “this was done correctly,” and you can check it instantly? That’s a real thing!

Most people think about proof systems in terms of what they can prove. But there’s a whole other dimension that’s just as important: How big are the proofs? This is where we start talking about succinctness 🧵

How would you decide who is richer from a set of two people in a confidential way? @miguel_de_vega from @nillion explains Yao's millionaire problem and some ways to solve it. Watch ↓

Have you ever wondered what would a decentralized VPN look like? In our latest video, @furkanakal breaks it down in a simple way. Watch ↓

If you missed our podcast episode with @davidlsneider from @litprotocol, we just posted it on YouTube! Watch ↓ youtube.com/watch?v=USL851…

We’re excited to launch a new whiteboard video series where we briefly break down privacy protocols in Web3. In the first episode, @furkanakal explores @nillion — what it is and how it brings privacy to blockchains. Watch ↓

For those who missed it, we just posted the first episode of our TFHE series where @furkanakal made an intro and touched on morphology of FHE ciphertexts. (Reference Guide: TFHE-rs Handbook by @zama) Watch ↓ youtube.com/watch?v=byIOHz…

FHE verifiability is a fairly new and wide open field of research. If you are into math and privacy at the same time, jump in! In this short video @furkanakal highlights why verifiability matters in FHE Watch ↓

If you missed our podcast episode with Kurt Ruhloff from @DualityTech, we just posted it on YouTube! Watch ↓