Hyli provides a privacy‑preserving settlement protocol for European regulated financial institutions, using zero‑knowledge proofs to enable confidential yet auditable tokenization and transaction settlement. The platform offers language‑agnostic APIs and native cross‑chain interoperability, allowing banks and payment providers to integrate compliant, high‑throughput settlement without exposing sensitive data.
Funding
Funding not disclosed
Founders
Product
Problem
European regulated financial institutions must process settlements and tokenizations while adhering to strict data privacy and compliance regulations, yet existing blockchain solutions often expose sensitive transaction details or lack verifiable confidentiality.
Solution
Hyli offers a privacy-preserving settlement protocol that enables regulated actors to settle, tokenize, and remain compliant without revealing confidential data. The platform leverages zero‑knowledge proofs to create confidential yet auditable transactions that satisfy European regulatory standards. It provides a simple, secure, and scalable infrastructure that can be integrated into existing technology stacks using any programming language. By ensuring native interoperability across multiple blockchains, payment rails, and institutions, Hyli allows seamless cross‑chain settlement while maintaining data sovereignty.
Target Audience
Primary customers are European regulated financial institutions such as banks, asset managers, payment service providers, and other entities that require confidential, compliant settlement and tokenization capabilities.
Features
- Zero‑knowledge proof engine delivering confidential yet verifiable transaction settlement
- Tokenization support that complies with European financial regulations
- Language‑agnostic integration APIs for easy embedding into existing institutional systems
- Native cross‑chain and cross‑payment‑rail interoperability for unified settlement across diverse networks
- Scalable architecture designed for high‑throughput institutional finance workloads
- Flexible compliance configuration to match varying data‑handling requirements