bleeding edge
cryptography, AI and Web3 venture studio
[ zero-knowledge proof ]
Unlock award winning applications from Our Zero-Knowledge Proof expertise
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Pioneering zero-knowledge proof technology for uncompromising privacy and security.

Zero-knowledge proofs represent the cutting edge of cryptography, enabling one party to verify the validity of computations without revealing sensitive information. Our team pioneers novel applications of this powerful technology to guarantee absolute data privacy and uncompromised security. By eliminating the need to expose confidential data during verification, zero-knowledge proofs ensure impenetrable privacy safeguards for secure digital identities, confidential transactions, and decentralized systems. Through our deep expertise in this domain, we are charting new frontiers in privacy-preserving cryptography to protect digital assets with unwavering integrity.

[ generative artificial inteligence ]
Build Revolutionary Applications and Infrastructure with Our Generative AI expertise
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Generative AI autonomously creates cutting-edge software, infrastructure and innovative solutions through advanced neural networks.

Generative AI empowers machines to autonomously create cutting-edge software, infrastructure, and innovative solutions through advanced neural networks. This groundbreaking approach leverages deep learning models to synthesize novel code, data, and digital assets from trained datasets, transcending traditional development methods. By harnessing generative AI's self-creating capabilities, organizations can accelerate innovation, optimize processes, and engineer revolutionary offerings previously thought impossible. As this technology evolves, it will drive transformative advancements in software paradigms and digital infrastructure across sectors.

[ our portfolio ]

Our portfolio: past and present ventures

zero-knowledge proof of identities

For the first time in human history, we are able to prove who we are to others by ourselves and ourselves alone, with zero-knowledge proof.

The core zero-knowledge proof components are built by the expertise at Shinobu Labs.
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The synthetic open data layer

MIZU aims to solve the data scarcity problem by building the largest and most comprehensive high quality synthetic datasets with proper incentive.
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NOSTR++ relayer

The NOSTR++ relayer is a type-safety Rust implementation of the Nostr protocol, aims to provide safe type system and better communication efficiency to take Nostr protocol outside of its initial Social Network use-cases and more into DePIN.
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Latest posts

Blogs

Interviews, tips, guides, industry best practices, and news.
ZKP
8 min read

ZKP on the Client-side: Challenges & Our Solutions

The blog post provides a casual, chatty discussion of the author's experience building a client-side zero-knowledge proof system for OpenID3, highlighting the unique challenges and compromises required compared to traditional ZKP systems designed for Ethereum scaling, while explaining core ZKP concepts like provers, verifiers, witnesses, circuits, public/private inputs, and the difference between application-specific and aggregated proofs.
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ZKP + AI
3 min read

Zero-Knowledge Proof: Navigating AI Regulations and Global Tensions

In a significant legislative move, the House Foreign Affairs Committee recently voted to advance a bill that would impose stricter controls on the export of AI systems, highlighting the escalating international tensions around technological supremacy. This blog post delves into the unfolding geopolitical landscape, the new legislative framework surrounding AI, and the pivotal role of Zero-Knowledge Proof (ZKP) technology in navigating this complex terrain.
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AI
7 min read

The Exploratory Journey of AI and Web3 Convergence and Innovation

Web3's decentralized architecture and AI have inherent synergies, addressing centralized AI's challenges while leveraging AI capabilities to enhance Web3's ecosystem, unlocking data and computing potential for the next internet infrastructure.
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