ICICLE
ZK CONTAINERS
BLAZE
ICICLE is an open-source library for ZK acceleration using CUDA-enabled GPUs. It is an essential tool for ZK developers and researchers focused on advancing Zero Knowledge Proofs using GPU.
ZK Containers is a building block ZK developers can use to deploy and scale their ZK infrastructure. It enables easy deployment, testing, updating, scaling, and experimenting with different configurations of prover software.
Blaze is a Rust library for ZK acceleration on FPGAs, providing access to primitives like MSM, NTT, and Poseidon hash. It simplifies FPGA integration for high-performance, developer-friendly ZK applications.
Ingonyama's community-driven hub for all things related to Zero Knowledge Proofs (ZKPs). From beginners to experts, this comprehensive collection is a one-stop-shop for learning and collaboration.
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Ingonyama offers a versatile range of solutions, from developer toolkits to hardware consulting. Rooted in open-source principles, we aim to enhance the market with accessible and efficient tools, fostering growth and innovation in the field of Zero Knowledge Proofs.
ICICLE is an open-source library for ZK acceleration using CUDA-enabled GPUs.
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A Rust library for ZK acceleration on FPGA, providing access to primitives like MSM, NTT, and Poseidon hash.
Using ICICLE, we have implemented a flow that can run entirely on GPU, with only the relevant outputs sent to a host machine and populated on the Ethereum network.
We focus on PC2 and C2 sealing acceleration for unmatched performance, improved cost, and form factor.
During Aleo’s incentivized testnet, Ingonyama technology powered over 50% of the network hash power with our GPU prover.
Elan is the head of Marketing at Ingonyama. He has years of expertise in simplifying complex systems and ideas to easily understandable concepts. Elan holds BAs in International Relations and Political Science from Indiana University.
Privacy concerns have long been a barrier to fully unlocking AI’s potential in sensitive industries. The addition of privacy-preserving technologies to AI systems will unlock generative algorithm’s greatest potential to humankind.
Zero-Knowledge Proofs (ZKPs) will transform the gaming industry. They can be implemented in two key ways: multiplayer gaming architecture and gameplay.
In the first week of December, 2022, the term “Metaverse” placed second in the Oxford English Dictionary’s competition for Word of the Year, a vote cast by over 300k people signifying a word or expression believed to have lasting cultural significance reflecting the ethos and moods of the past twelve months.
We are a next-generation semiconductor collective, designing accelerators for advanced cryptography. Our mission is to lead the pack, forging the bedrock upon which applications requiring Zero Knowledge Proof performance can be built at greater speed and scale.
Realistic Deep Fakes reached a tipping point in 2020, crossing the uncanny valley into dangerous territory. The application of Zero-Knowledge Proofs (ZKPs) can address these vulnerabilities and enhance the security and reliability of the editing process.
