Skip to main content

Documentation Index

Fetch the complete documentation index at: https://docs.arcium.com/llms.txt

Use this file to discover all available pages before exploring further.

Before diving into the details of the tooling, it’s useful to understand the general architecture of Arcium. The below diagram gives a high-level overview of the lifecycle of a typical interaction with Arcium (we call these “computations”). We have 4 key actors here:
  • The client: The party that wants to perform a computation, usually the user of your MXE. This is implemented using the Arcium TypeScript Client Library.
  • The MXE Program: Your app. An MXE (MPC eXecution Environment) consists of everything needed to perform computations and is implemented using the Arcium program tooling:
    • A smart contract that is deployed on the blockchain and is used to format and submit computations to Arcium.
    • A set of confidential instructions (we call these “computation definitions”) that are used to define what parameters are needed for the computation and what the computation is. Writing these is done using Arcis.
    • Some metadata about the MXE, most importantly the MPC cluster we would like to use to compute our computations.
  • The Arcium Program: The program in charge of assigning, scheduling, and verifying computations for the various MPC clusters to perform.
  • The MPC Cluster: The parties that are performing the client’s computations using MPC.

​
What’s next?

Write Confidential Instructions

Learn the Arcis framework for encrypted business logic.

Encryption

How X25519 key exchange and Rescue cipher protect your data.

Invoke from Solana

Queue computations from your Solana program.