Jiritsu is a Layer 1 blockchain built for private, compliant tokenization of real‑world assets. It uses zero‑knowledge proofs and multi‑party computation to create on‑chain cryptographic attestations that verify asset value and regulatory compliance without exposing sensitive data, while offering low‑fee transactions and scalable proof generation for institutional asset managers and fintech platforms.
Funding
$10.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
1OGCFounders
Product
Problem
Tokenizing real-world assets (RWAs) often requires exposing sensitive data, navigating complex regulatory compliance, and incurring high transaction costs, which limits liquidity and broader market participation.
Solution
Jiritsu provides a Layer 1 blockchain designed specifically for secure, private tokenization and management of RWAs. The platform leverages Zero‑Knowledge Proofs combined with Multi‑Party Computation (ZK‑MPC) to verify asset value and compliance without revealing confidential information. Verified asset data is encapsulated in immutable cryptographic proofs stored on-chain, enabling transparent yet privacy‑preserving attestations. Smart contracts embed these proofs, creating tradable tokens that represent the underlying assets while maintaining minimal gas fees for economic efficiency. The ecosystem also includes a ZK‑MPC Cloud for large‑scale proof generation and a Proof of AI framework to certify AI‑driven workloads, extending the platform’s utility across finance and emerging technology sectors.
Target Audience
Primary customers are institutional asset managers, fintech platforms, and enterprises seeking to tokenize real‑world assets such as securities, commodities, or physical valuables while ensuring privacy, compliance, and low transaction costs.
Features
- ZK‑MPC verifiers that extract asset value and policy attributes while preserving data confidentiality
- On‑chain cryptographic proofs that provide immutable, publicly verifiable attestations of asset compliance
- Programmable tokenization allowing customization for diverse asset types and regulatory requirements
- Low‑fee transaction model to enhance economic efficiency for high‑volume asset transfers
- Integrated asset management tools for post‑tokenization lifecycle operations
- Scalable architecture supporting millions of proofs via the ZK‑MPC Cloud
- Proof of AI certification to verify efficiency and reliability of AI GPU workloads