The Digital Trust Architecture
Infrastructure
for using data
without exposure.
Combining MPC and blockchain coordination to enable private inputs, shared outcomes, and verifiable execution.
The Digital Trust Paradox
Your most valuable data remains unused.
Use your data.
Expose it.
Or
Protect your data.
Don’t use it.
Trapped in silos.
Restricted by regulation.
Too sensitive to share.
The Digital Trust Paradox
Your most valuable data remains unused.
Trapped in silos. Restricted by regulation. Too sensitive to share.
Use your data.
Expose it.
Protect your data.
Don’t use it.
Digital Trust Architecture
combines two core technologies:
Blockchain Coordination
Blockchain coordination provides a shared ledger that orchestrates network activity, validates outcomes through consensus, and anchors proofs on-chain. This ensures every computation is verifiable, tamper-resistant, and transparently recorded without exposing sensitive data.
Multi-Party Computation
Multiparty computation (MPC) lets multiple parties compute a shared result using their private data, without revealing inputs to each other or any operator. No single party can reconstruct the full data, because the work is split across independent nodes and enforced by cryptography.
State-of-the-Art
Infrastructure
True Sharding
Divides the network into parallel shards processing transactions simultaneously, increasing scalability without compromising security or decentralisation.
Collateralised Bridging
Enables secure asset movement across blockchains using 1:1 backed collateralised bridges that maintain verifiability and preserve value integrity.
Bring Your Own Coin
Use native assets from other blockchains for gas, without conversion. This enables interoperability and reducing friction across decentralised ecosystems.
MPC built
different
Full MPC Computation
Supports real computation on private data, not just secret sharing, enabling secure collaboration across multiple parties.
Blockchain-Level Security
Secures core blockchain operations including consensus, oracle keys, and cross-chain bridge functionality using MPC cryptography.
Programmable MPC Logic
Define what stays private, how computation runs, and who can access results directly within smart contracts.
What this model makes possible.
A new way for systems to compute, verify, and coordinate, without exposing data.
Confidential Compute
Run confidential computations across multiple parties without exposing underlying data.
Trustless Verification
Ensure outcomes are correct, auditable, and independently verifiable through system design.
Direct Coordination
Enable systems and organisations to act on shared results without intermediaries.
Deploy Privacy Your Way.
Confidential computation delivered on-chain, cross-chain, or off-chain depending on operational and regulatory requirements.
Cross-chain build
Fully managed MPC
Add confidential computation to existing blockchains without migrating applications or changing core architecture.
Native
build
Fully managed MPC
Build directly on Partisia Blockchain with privacy, consensus, and verification integrated at the protocol level.
Custom
build
Self-hosted MPC
Customize your trust model, security model, and integrate with legacy and Web2 systems while retaining MPC benefits.