Active validator on Monad mainnet
Onboarded through the validator set establishment phase.
Delegate MON to a bare-metal validator running on owned hardware in two Tier III datacenters since 2019. The address below is on-chain verifiable on the listed explorer.
0x8F5eFD20BC9082Bdc020A90709F12c356e253CcbMonad (MON) is a high-throughput EVM-compatible Layer-1 designed for parallel execution. The chain ships sustained ~10,000 TPS at production scale, with full EVM bytecode compatibility.
Mainnet has launched in 2026 with growth-phase tokenomics (~37% APR). 01node operates a validator since the chain’s validator set onboarding.
Onboarded through the validator set establishment phase.
We run Web3Signer on Ethereum-family validators; Monad operations leverage the same discipline.
Reflective of Monad's growth-phase operator economics.
Monad mainnet runs on the same owned hardware as our broader 40+ mainnet footprint.
Monad uses standard EVM-compatible wallets.
Monad's primary delegation interface.
Address 0x8F5eFD20BC9082Bdc020A90709F12c356e253Ccb. Click 'Stake' on this page to deep-link.
Stake activates per the chain’s epoch boundary.
Specific lock period determined by Monad protocol parameters.
Validator misbehaviour can be slashed. Zero events on our infrastructure.
Token-price moves can be material on growth-phase chains.
Parallel execution introduces consensus surface area different from sequential EVMs.
A high-throughput EVM-compatible Layer-1 with parallel execution. ~10,000 TPS at production scale, full EVM bytecode compatibility.
15% — reflective of Monad's growth-phase economics. Verifiable on monadvision.com.
Yes — full EVM bytecode compatibility. Existing Ethereum dApps and tooling work without modification.
Epoch-bound per the chain protocol specification. Check the Monad documentation for the current value.
Monad uses optimistic parallel execution: transactions execute concurrently and the system detects conflicts. Conflicts are resolved by re-executing affected transactions sequentially.
Yes — validator misbehaviour is slashable per Monad's protocol rules. We have not been slashed.
Five years ago a validator was a server. Today it is a cluster of signers, and the math is the entire reason solo operators still slash themselves. A focused walk-through of the 2/3 signing architecture, the slashing-protection check that runs before every block, and the key-sharding property that makes a single compromised node useless.
7 MIN READ→EngineeringIn June 2019 we published our validator architecture on Medium — YubiHSM dual-DC, VPN-only access, sentries per network. Seven years and forty mainnets later, here is what we kept, what we changed, and what we would do differently if we started today.
11 MIN READ→$ 01.ro --network monad --verify
CHAIN: Monad (MON)
VALIDATOR: 0x8F5eFD20BC9082Bdc020A90709F12c356e253Ccb
COMMISSION: 15%
ESTIMATED_APR: ~37%
UNBONDING: Per chain spec (epoch-bound)
ECOSYSTEM: Monad
SLASHING_EVENTS_LIFETIME: 0
VERIFY_AT: https://monadvision.com/validator/0x8F5eFD20BC9082Bdc020A90709F12c356e253CcbThe Monad validator address above is on-chain verifiable. The Stake button deep-links into the right wallet with everything pre-filled.