Earn by
Securing the Network
Support network operation and earn rewards by participating in validation and security.
How earning works.
Participants support validators that process transactions and confidential computation, earning rewards for maintaining network security.
Stake or Run a Node
Choose how to participate by staking tokens or running node software.
Secure the Network
Support validators processing transactions and confidential computation.
Earn Rewards
Receive rewards for contributing to network security and ongoing operation.
Two ways to earn
Run a Node
Operate infrastructure, participate directly in validation, and earn maximum rewards while securing the network.
- Highest rewards
- Requires setup and infrastructure
- Direct participation in network operations
Full setup and configuration details are provided in the documentation.
Stake $MPC
Delegate your tokens to validators and earn rewards without managing infrastructure or running your own node.
- Simple to get started
- No infrastructure required
- Earn rewards passively
Use liquid staking solutions to earn rewards while keeping your assets accessible and usable within the ecosystem.
How staking works
Staking can be done directly or through native applications built to enhance your experience, depending on your level of involvement, technical capability, and how you want to manage your assets.
Delegated Staking
Delegate $MPC to trusted node operators and earn rewards without managing infrastructure.
Liquid Staking
Stake through liquid staking tools to earn yield while keeping tokens accessible and usable.
Types of Nodes
Find out what each node does below.
Different nodes perform different functions for the Digital Trust Architecture, each contributing to data access, validation, and coordination of confidential computation.
Reader Node
Why run a Reader Node: Run a Reader Node to access blockchain state and avoid query load from shared public readers.
A Reader Node is a non-staking node that reads blockchain data, giving access to accounts, contracts, and block information. It’s useful for developers building applications or front-ends needing reliable state data without burdening shared nodes, and can later be upgraded to a baker node.
Baker Node
Why run a Baker Node: Run a Baker Node to sign and produce blocks while earning staking rewards through consensus participation.
A Baker Node is a consensus-participating Partisia Blockchain node responsible for producing and signing blocks. Operators must stake MPC tokens, configure and register the node, and maintain uptime. Bakers help secure the network and receive rewards from block production and transaction fees.
Price Oracle Node
Why run a Oracle Node: Run a Price Oracle Node to monitor and report BYOC prices and earn fees for price updates.
A Price Oracle Node builds on a Baker Node by staking additional MPC tokens to register with the large oracle contract. It monitors off-chain BYOC asset prices and reports them on-chain, enabling accurate price data for smart contracts and earning rewards per signed price update.
MPC Node
Why run a ZK Node: Run a ZK Node to perform zero-knowledge MPC computations alongside block production and earn computation rewards.
A ZK Node (also called an MPC node) extends a Baker Node by performing multi-party zero-knowledge computations on behalf of deployed MPC smart contracts. It requires additional MPC token stake, proxy setup, and registration, enabling participation in secure off-chain computation and earning revenue for completed MPC tasks.