Multiple wallets
Unlimited wallets and addresses from a single interface
The next generation
of institutional custody
The core infrastructure layer for institutional digital-asset custody and treasury, custodial and non-custodial, with the security model under your control at every level.
- MPC + TEE security
- Segregated by design
- On-premise & cloud
- Policy-based governance
- Research-driven
01 About
Digital asset infrastructure built for control
Tria FinTech is institutional digital-asset infrastructure built on proprietary technology. Combining software with structured operational controls, it lets institutions custody and operate across custodial and non-custodial environments with governance and control at every level.
02 Treasury
Full-stack custody,
built for institutional operations.
Secure digital-asset infrastructure with the operational tools institutions actually need, built to integrate with the systems you already run, with your assets under your control at every level.
Multi-wallet management
Real-time balances, monitoring and reporting across every network and desk, from a single permissioned interface.
Governed signing
Every movement is signed across MPC key shares and TEE servers, so a full key is never assembled in one place.
Key sovereignty, your model
Fully managed cloud, hybrid with a self-hosted signer, or full on-premise where every key stays inside your perimeter.
Policy engine & governance
A robust policy engine validates every fund movement against your rules before it reaches the blockchain.
I
Built to integrate
Open APIs and SDKs, standard deployments and documented interfaces, so the platform fits into the systems you already run.
II
Deploy on your terms
Cloud, hybrid or fully on-premise, with the same security model and the same operational controls at every level.
III
A complete infrastructure layer
Custody, treasury operations, governance and integration in one platform, so you do not have to assemble five vendors to get to production.
03 Why Tria FinTech
Independent by architecture,
never by lock-in
Your infrastructure should not depend on ours. The platform runs on open formats and standard deployments, so you can host it, move it or leave it without renegotiating anything.
04 Who It's For
Built for institutions that take digital assets seriously
Whether you handle large portfolios, operate in digital assets professionally, or provide services to clients.
Corporate Treasuries
Enterprise-grade digital-asset control, security & governance
Financial Institutions
Compliant custody, processing & reporting for client offerings
Professional Investors
Secure portfolio operations & access to key investment tools
Asset Managers
Protected assets with efficient operational access
Family Offices
Secure operation and governance of digital asset portfolios
Payment Providers
Fast deployment of client-facing digital-asset services
05 Capabilities
Core
Capabilities
06 Security
Maximum security.
Nothing less.
Security is the architecture, not a feature bolted on top. Your keys never exist in one place, a co-signer you control sits in every quorum, and every action is governed by policy before anything moves.
Keys never in one place
Private keys are split into shares and never assembled in any single location, on a device, a server or with us.
MPC cryptography
Signing happens across parties using multi-party computation, so a full key is never reconstructed.
TEE hardware isolation
Operations run inside hardware-isolated trusted execution environments, sealed from the host system.
Co-signing you control
A co-signer sits in the quorum on every movement, so no single party can move, freeze or hold assets alone.
Governed on every action
Approvals, spending limits and address whitelists are enforced by policy before anything moves, not reconciled after.
Segregated by design
Each wallet is its own instance, with no pooling and no omnibus account anywhere in the platform.
Security is built into the architecture at every layer. See the full model, the key protection design and the controls that govern every operation.
See the full security model →