Exciting news from
@ZKVprotocol
! They’ve integrated the Ultraplonk verifier, supporting
@aztecnetwork
's Noir and slashing proof verification costs by over 90%! 💥
With
#zkVerify
natively integrated into Horizen 2.0, all apps built on Horizen 2.0 will benefit from these savings.
The
@HorizenLabs
team is in Montreal for
@__zkhack__
, connecting with builders, chatting zk cryptography, and educating about all things
#zkVerify
!
We can't wait to see what gets built this weekend! ✨
Music to our ears 🎵👂
We LOVE empowering you guys and equipping you all with leveled up skills!
For those who haven't yet, check out our 'Introduction to the
@ZKVProtocol
Network' course!
👉
WAGMI 🔮
Huge congrats to our partners and friends at
@ZKVProtocol
for the integration of Ultraplonk to enable
@aztecnetwork
’s Noir for zkps.
Noir is going to become a leading language in the zk space.
We are proud to utilize Noir alongside zkVerify 🤝
Come meet the
@HorizenLabs
team IRL at
@__zkhack__
Montreal 🍁⚪️
We are offering a bounty for the most innovative application of zkVerify for proof verification 🎆
👉
Still have some questions about our hackathon 𝐙𝐊 𝐇𝐚𝐜𝐤 𝐌𝐨𝐧𝐭𝐫𝐞́𝐚𝐥?
It starts TOMORROW, Friday August 9th, at 2PM Montréal time!
Here are some insights – 𝐙𝐊 𝐇𝐚𝐜𝐤 𝐌𝐨𝐧𝐭𝐫𝐞́𝐚𝐥, a thread 👇🧵
zkGM, exciting news! 🌤️
We’ve successfully integrated the Ultraplonk verifier to zkVerify - enabling support for proofs generated by
@aztecnetwork
's Noir. Starting today, zk projects using this proof scheme can leverage zkVerify and slash proof verification costs by over 90% ⚪
This is one example of how specialization across the ZK value chain, including proof verification with
@ZKVProtocol
, makes this important class of cryptography much more accessible and useful for product devs.
In our latest blogpost, we make the case that sending
@RiscZero
proofs directly to the zkVerify network rather than wrapping these proofs in Groth16 is a more efficient and cost-effective experience ✨
Check it out 👇
🔶 In existing blockchain systems, verifying zero-knowledge proofs is both expensive and time-consuming. This presents a significant obstacle for users.
@ZKVProtocol
is a platform developed to eliminate these issues. When zero-knowledge proofs were first theorized by
Hey devs,
zkVerify is the most efficient modular layer optimized to verify ZK proofs🚀
Enroll in our
@ZKVProtocol
course to:
✨ Master zero-knowledge proofs (ZKPs)
✨ Tackle the challenges of ZK rollups 💪
✨ Explore zkVerify's innovative architecture
✨ Gain hands-on
There's still time to apply ⚪️
Share your zk app ideas with us and unlock $25,000 in rewards +co-marketing / direct tech support from the
@HorizenLabs
team 🌠
Details here 👇
Calling all devs & buidlers! 📢
@HorizenLabs
is seeking proposals from developers interested in launching apps using zkVerify ⚪️
Get access to funding, tech support from our devs, and co-marketing ✨
Let’s push the boundaries of zk tech 👇
zkGM! ☀️
Speed up your FRI-based zk proofs using Monolith, a family of hash functions optimized for zk protocols✨
Get started here with the repo for our plain and circuit implementation for Plonky2 👇
Happy to share that our paper introducing the ZK-friendly hash function Monolith will appear at ToSC/FSE 2025! See the full paper here:
@HorizenLabs
@TACEO_IO
Monolith features the fastest x86 performance of any ZK-friendly hash function so far. So check it out if your proof system uses the 64-bit Goldilocks or 31-bit Mersenne prime field! See also our blog post:
Check out this post by our CEO
@robviglione
on zk proof modularity,
@ZKVProtocol
, and Bitcoin rollups!
Learn how zkVerify reduces proof verification costs and enhances the experience for zk developers ✨
👇