Treasury transfer
A foundation, DAO, or protocol team needs a safer approval path before moving large treasury balances to a new address.
Luvion authorization layer
Decentralized high-threshold MPC authorization layer for institutional digital asset operations.
Built for treasury transfers, protocol admin actions, mint/burn controls, bridge operations, and custody workflows before execution.
Customer scenarios
Luvion is aimed at teams that already manage valuable on-chain operations and need stronger authorization before funds move, contracts change, tokens mint, or bridge routes execute.
A foundation, DAO, or protocol team needs a safer approval path before moving large treasury balances to a new address.
A ProxyAdmin, owner role, or emergency control should require stronger authorization than a small signer group.
Mint/burn, bridge operator changes, route updates, and custody operations need clear policy context and evidence.
Product surface
Customers do not need another dashboard first. They need a stronger authorization layer that can be inserted before existing wallets, Safe-style workflows, custody operations, protocol admin scripts, or chain adapters.
The first product path is B2B infrastructure: SDK/API, authorization sessions, committee signing, and evidence export for teams already operating valuable digital asset workflows.
Pilot path
For early design partners, the practical goal is not to replace their current stack. It is to map one real high-risk workflow, simulate the authorization path, and produce a clear pilot report.
Treasury transfer, protocol upgrade, mint/burn control, bridge operation, or custody approval.
Amount, asset, destination, role, required threshold, committee scope, and review evidence.
Use the current core demo to model request, committee response, aggregation, and verification.
Show what was requested, who participated, what threshold was reached, and what result was verified.
SDK/API integration, chain adapter, custody workflow, or product partnership if the pilot is useful.
Workflow
The product story is simple for customers: before execution, Luvion asks what action is being approved, which policy applies, which committee approved it, and what evidence remains afterward.
A treasury transfer, mint, upgrade, or bridge action enters as a structured authorization request.
The request is checked against context such as asset type, destination, amount, role, and operational intent.
Signing power is distributed across a high-threshold participant set rather than a small static signer group.
The output is designed to explain what was authorized, by which committee path, and under which policy conditions.
System view
Luvion is not positioned as another consumer wallet. It is an authorization layer for operators that already manage treasuries, protocol permissions, custody flows, bridges, and institutional asset movement.
Structured critical action enters Luvion before execution.
Amount, role, destination, asset, and operation intent are checked.
Authorization is distributed across a high-threshold participant set.
Partial responses are aggregated into a verifiable threshold signature.
The session creates a reviewable authorization record.
Approved operation can move to the target chain or system path.
Architecture
The architecture story should be explicit: where requests enter, where policy is evaluated, where committee signing happens, and what evidence leaves the system.
Initial use cases
The best early customers are not consumers. They are teams with admin keys, treasury balances, protocol controls, custody processes, and security budgets.
A foundation or protocol team requires stronger authorization before moving treasury assets to a new destination.
An issuer needs mint and burn actions to pass a higher-threshold authorization path with reviewable evidence.
A ProxyAdmin or security committee action should require stronger separation than a small signer set.
Validator, operator, or route changes can be treated as high-risk sessions before the execution path is touched.
Demo
For technical and investor review, the local demo shows a full request-to-verification flow in a deterministic environment. It is useful for proving protocol mechanics, not for making a production security claim.
The demo uses synthetic local shares and a pre-audit codebase. External security review and production hardening remain required before deployment.
Docs and review
Until the SDK/API is production-ready, the public path should be honest: read the code, review the whitepaper, request demo materials, and talk to the team about pilot scope.
Public boundary, current status, and review notes are available without exposing the private core implementation.
The full financing deck is shared selectively with investors and strategic partners after initial contact.
Qualified reviewers can request the demo video, technical notes, and pilot discussion materials.
Short product updates, incident analysis, and technical progress will be published through X.
Current stage
We keep the public claims precise: Luvion has a running core protocol demo, is not yet production or audited, and is moving toward design-partner pilots plus external security review.
A local deterministic demonstration of the high-threshold signing path for investor and technical review.
Core modules map to signing, Lagrange logic, DKG/VSS, resharing, view change, orchestration, and network facades.
The first productized path is being shaped around critical digital asset operations rather than consumer wallet traffic.
Formal review is part of the financing plan before any production security claim is made.
No third-party audit, production deployment, or ECDSA/secp256k1 backend claim is made at this stage.
Go-to-market
The commercial path is B2B: design-partner pilots, SDK/API integration, enterprise support, and security-driven deployment support for teams managing valuable digital asset workflows.
Teams with real treasury, admin, bridge, or mint/burn authorization pain points.
Security reviewers who can validate the cryptographic design, implementation assumptions, and review scope.
Infrastructure teams that can help turn the core protocol into practical deployment paths across institutional workflows.