Institutional Digital Asset Security

High-Threshold Signing Infrastructure

Luvion is building authorization infrastructure for institutional digital assets, focused on higher signing thresholds, dynamic committee coordination, self-healing recovery, and a long-term post-quantum migration path.

22-of-33 Target high-threshold architecture
ML-DSA Long-term post-quantum migration layer
Phase 2 Sui integration architecture and validation path
Overview

Built for the authorization layer.

Many high-value digital asset failures begin with weak authorization: compromised keys, low-threshold approvals, static signer sets, or unsafe transaction workflows. Luvion is designed to strengthen that layer for institutions operating stablecoin, RWA, custody, treasury, and wallet infrastructure.

Higher thresholds

Reduce dependence on small signer groups for high-value operations.

Dynamic committees

Limit long-term exposure from fixed signer assignments.

Recovery logic

Support resilience under node churn and coordinator failure.

Migration path

Keep a long-term post-quantum signing roadmap in view.

Architecture

Current scope and integration direction.

  • Protocol core Rust-based high-threshold signing architecture with threshold ML-DSA research and implementation evidence.
  • Sui path Near-term compatibility centered on threshold Ed25519/FROST, with Move/PTB and object-based integration design under validation.
  • Current status Technical documentation and controlled demo evidence are available; external audit and production deployment are not yet complete.
  • Use cases Stablecoin treasury control, RWA workflows, custody operations, enterprise wallets, and protocol treasury governance.
Contact

For technical review, pilots, and ecosystem conversations.

Luvion is currently open to technical feedback, pilot discussions, and conversations with institutions working on stablecoins, RWA, custody, payment infrastructure, wallets, and protocol treasury security.

luvion.labs@gmail.com