Solana ecosystem // Active validator

Solana staking,
with 01node.

Delegate SOL 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.

TokenSOL
Commission5%
Est. APR6-7%
Validator sinceSolana mainnet beta era
Validator addressBH7asDZbKkTmT3UWiNfmMVRgQEEpXoVThGPmQfgWwDhg
Validator BH7asDZb…wDhgWallets: Phantom · Solflare · LedgerUnbonding: Cooldown to next epoch boundary (~2-3 days)
Stake SOL→Verify on explorer →
// 01 — About Solana

What is Solana?

Solana (SOL) is a high-throughput proof-of-stake Layer-1 launched in March 2020. Its consensus combines Proof of History — a verifiable delay function that orders transactions before consensus runs — with a Tower BFT variant that finalises blocks in roughly 400 milliseconds. The result is sustained throughput in the tens of thousands of transactions per second on commodity hardware, with single-slot finality.

Solana validators play a different operational role than Cosmos or Ethereum validators. They run a full node that produces blocks during their assigned leader slots and votes on every other slot's blocks. Vote credits — the metric used to allocate inflation rewards — measure attestation reliability rather than just block production. Skipped vote slots reduce your rewards directly.

On the operator side, Solana demands more bandwidth and faster CPU than any other major chain we operate. The Turbine block propagation protocol, the QUIC-based transaction ingest, and the high-frequency vote messages all reward dedicated peering and tight network paths. This is exactly what AS41536 was built for.

// 02 — Why stake with 01node

Receipts, not promises.

01

Dedicated TPU peering

Solana's transaction processing unit (TPU) workload benefits from direct peering rather than shared cloud transit. Our AS41536 routes us into the validator gossip mesh without intermediate hops.

02

Vote credit reliability

We optimise for vote credit completion, which directly determines inflation rewards. Skipped vote slots are kept to a minimum through redundant gossip paths and sub-second monitoring.

03

Bare metal CPU

Solana validator software is sensitive to single-thread CPU performance and storage latency. We run AMD EPYC on enterprise NVMe — not virtualised cloud cores.

04

Stake account model

Your SOL stays in your stake account, never in our control. Withdrawals are signed by you alone. Only the vote authority is delegated to our validator.

05

Six-year operational discipline

Our slashing-protection discipline transfers across protocols. Solana does not enforce slashing the same way Cosmos does, but vote credit reliability is its operational equivalent — and we operate at the top tier.

// 03 — How to stake

Four steps, two minutes.

  1. 01

    Open Phantom (or Solflare, Backpack, Ledger Live)

    Solana wallets ship with native staking UIs. Phantom and Solflare both support browser and mobile staking flows.

  2. 02

    Find the validator by address

    Search BH7asDZbKkTmT3UWiNfmMVRgQEEpXoVThGPmQfgWwDhg in your wallet's stake interface. The Stake button on this page also opens our SolanaBeach profile for cross-verification.

  3. 03

    Create a stake account

    Solana uses stake accounts rather than direct delegation. Your wallet creates one, funds it with SOL, and delegates its vote authority to our validator. The withdraw authority remains yours.

  4. 04

    Wait for the next epoch

    Stake activates at the next epoch boundary (~2-3 days). After activation, vote credits and rewards accrue automatically. You can deactivate at any time.

// 04 — Risks & trade-offs

What you should know.

  • Epoch cooldown, not slashing

    Solana doesn't slash for normal validator misbehaviour the way Cosmos does — but missed vote credits reduce your rewards in real time. A poorly-operated validator quietly underperforms.

  • Withdrawal cooldown

    Deactivating stake takes one full epoch (~2-3 days) before SOL returns to your spendable balance. Plan accordingly if you need liquidity.

  • Stake account model means more transactions

    Unlike Cosmos delegation, Solana staking creates separate accounts. Each delegation, redelegation, and split is its own transaction with its own (small) SOL fee.

// 05 — Frequently asked

Solana staking FAQ.

How long does it take to start earning Solana staking rewards?expand_more

After you delegate, your stake activates at the next epoch boundary — typically 2 to 3 days. From that point, rewards are credited at the end of every epoch and compound automatically into your stake account.

Does Solana slash validators?expand_more

Solana does not have explicit financial slashing for typical misbehaviour the way Cosmos chains do. The closest equivalent is missed vote credits, which directly reduce inflation rewards earned by the validator and its delegators. Operationally, this means consistently performant operators (high vote credit %) deliver materially better real returns than poorly-run ones.

Do I keep custody of my SOL when I stake?expand_more

Yes. Solana uses a stake account model: your SOL is held in a stake account that you own. You delegate vote authority to a validator, but withdraw authority stays with you. Even the validator cannot move your SOL.

What's 01node's commission on Solana?expand_more

5% — verifiable live on SolanaBeach. Solana validators charge a percentage of inflation rewards plus a percentage of MEV (Jito tips, when applicable).

What's vote credit and why does it matter?expand_more

Vote credit is the count of correctly-attested blocks a validator participates in within an epoch. Inflation rewards distributed to validators (and through them to delegators) are weighted by vote credit completion. A validator that skips many votes earns less, and so do their delegators. We monitor and optimise for vote credit reliability continuously.

Can I delegate to multiple Solana validators?expand_more

Yes — you can split your SOL across multiple stake accounts, each delegated to a different validator. Some institutional delegators do this for diversification.

// 06 — Further reading

Related from our blog.

Engineering

Why a Validator Is Not a Server

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→Engineering

Zero-Latency Monitoring via eBPF

How we utilize extended Berkeley Packet Filter to achieve sub-millisecond observability on our production validator nodes.

15 MIN READ→Engineering

Why Bare Metal Matters for Decentralization

Exploring the critical necessity of physical infrastructure sovereignty in an era of cloud-dominated validator sets.

12 MIN READ→
$ 01.ro --network solana --verify
CHAIN: Solana (SOL)
VALIDATOR: BH7asDZbKkTmT3UWiNfmMVRgQEEpXoVThGPmQfgWwDhg
COMMISSION: 5%
ESTIMATED_APR: 6-7%
UNBONDING: Cooldown to next epoch boundary (~2-3 days)
ECOSYSTEM: Solana
SLASHING_EVENTS_LIFETIME: 0
VERIFY_AT: https://solanabeach.io/validator/BH7asDZbKkTmT3UWiNfmMVRgQEEpXoVThGPmQfgWwDhg

Ready to delegate?

The Solana validator address above is on-chain verifiable. The Stake button deep-links into the right wallet with everything pre-filled.

Stake SOL→All networks →Security & receipts →