Encrypted
Compute Layer

Compute on private shared state with TACEO’s MPC-powered coSNARKs
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Blockchain Computation will be Private by Default

Public state ensures transparency and integrity in blockchains, but it keeps sensitive data away. Blockchain state needs to become private and support encrypted computation by default.

Compute Layer
Security (CLS)

TACEO is building an open protocol for encrypted computation. Together with AES and TLS, this forms the trifecta of data privacy and ownership.

Blockchain
Network


The CLS is the nucleus of an ubiquitous network. Similar to HTTPS, every device—from low-end edge hardware, over smartphones to GPU clusters—can be part of the computation network. The architecture is modular, allowing developers to leverage it regardless if they build on a L1, L2, dApp, or some off-chain protocol.

ZK and MPC
Joining Forces

The network performs computation on encrypted data using the CLS, which is fully programmable, configurable, and based on:
‍
- MPC: allows for confidentiality, collaboration, and composability.
- ZK: ensures succinct verifiability

Powered by Multiparty
Computation (MPC)

Multiparty Computation (MPC) is a subfield of cryptography with origins dating back to the 1980s. It enables multiple parties to jointly compute a function over their inputs while keeping those inputs private. Each participant encrypts their data and shares it without revealing the actual information to others.

The encrypted data is processed using cryptographic protocols that allow computation on the combined data set (private shared state), ensuring that no participant gains access to others' raw data (private state).
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USE CASES

Unlock Blockchain’s Full Potential with Private shared State

DeFi

Shield sensitive information to protect users from economic disadvantages.
Decentralised Dark Pools, Intent-based DEXes, MEV protection
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AI

Hide proprietary ML models and user prompts from unauthorized access.
Encrypted ZK proof delegation (private zkML), private ML inference
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Data Ownership

Description: Compute on encrypted data, removing regulatory burdens and ensuring data’s value belongs to its owners.
Private on-chain auctions, Biometric data handling, Verified image editing
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Gaming

Create on-chain games with zero information leak about user’s strategies, game logic or personal gameplay data.
Mental poker, Cooperative Strategy Games
Read More →
USE CASES

Unlock Blockchain’s Full Potential with Private Shared State

DeFi

Shield sensitive information to protect users from economic disadvantages.
Shield sensitive information to protect users from economic disadvantages.
Learn More →

AI

Hide proprietary ML models and user prompts from unauthorized access.
Hide proprietary ML models and user prompts from unauthorized access.
Learn More →

Data Ownership

Description: Compute on encrypted data, removing regulatory burdens and ensuring data’s value belongs to its owners.
Description: Compute on encrypted data, removing regulatory burdens and ensuring data’s value belongs to its owners.
Learn More →

Gaming

Create on-chain games with zero information leak about user’s strategies, game logic or personal gameplay data.
Create on-chain games with zero information leak about user’s strategies, game logic or personal gameplay data.
Learn More →

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the future of secure data collaboration.
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