Answers to Your Questions

Solana is a high-performance blockchain designed to process transactions quickly and at low cost. It enables developers to build decentralized applications such as DeFi platforms, NFT marketplaces, and on-chain games.

Unlike many earlier blockchains, Solana focuses on high throughput and fast confirmation times. The network achieves this through a combination of technologies that allow validators to process thousands of transactions per second while keeping fees extremely low. SOL is the native token of the Solana network. It is used to pay transaction fees, interact with applications, and participate in staking.

The network is maintained by independent validators around the world. These validators process transactions, produce blocks, and vote on consensus to keep the blockchain secure and synchronized.

For the Solana network to remain fast, efficient, and resistant to censorship, it relies on many independent validator nodes, often simply called validators. Each validator runs specialized software that helps process transactions and add new blocks to the blockchain.

Behind every validator is an operator – sometimes an individual engineer, sometimes a small team – responsible for maintaining the infrastructure, monitoring performance, and keeping the node online. The independence of these operators is what helps the network stay decentralized and resilient.

Solana uses a Proof-of-Stake consensus model. In order to participate in block validation, a validator needs stake – SOL that has been delegated to it by users. This delegated stake provides voting power, which validators use to vote on new blocks and help the network reach consensus.

The more stake delegated to a validator, the greater its voting weight in the network. In return for helping secure the blockchain and confirm transactions, validators and their delegators receive staking rewards distributed by the network each epoch.

Yes, staking SOL is generally considered safe because your tokens always remain under your control.

When you stake SOL, the tokens are placed in a stake account that belongs to your wallet. The validator does not receive custody of your funds and cannot move or withdraw your SOL.

Delegation simply gives the validator voting power to participate in block validation. Your SOL never leaves your stake account.

You can also unstake your SOL at any time through your wallet. When you deactivate stake, it enters a short deactivation period (one epoch) before the SOL becomes available again.

Because of this design, staking is considered one of the safest ways to participate in the Solana network while earning rewards.

Staking rewards on Solana come primarily from two sources: network inflation and MEV.

Network inflation distributes newly created SOL tokens to validators and delegators who help secure the blockchain by participating in consensus. These rewards are calculated and distributed by the network at the end of each epoch.

In addition to inflation rewards, validators can also earn MEV (Maximal Extractable Value) from certain transaction ordering opportunities within blocks. Some validators share these additional rewards with their delegators.

Together, these sources form the total staking yield that delegators receive over time.

If you want a deeper explanation of how these mechanisms work, you can read our guide Where your Staking Rewards come from.

Staking rewards on Solana are distributed once per epoch.

An epoch is a network cycle that typically lasts about two days. At the end of each epoch, the network calculates validator performance and distributes rewards to delegators.

Rewards are automatically added to your stake account balance. Over time, these rewards begin compounding, meaning newly earned SOL also starts generating rewards in future epochs.

Staking rewards on Solana automatically compound over time.

When rewards are distributed at the end of each epoch, they are added directly to your stake account balance. In future epochs, these newly earned tokens also begin generating rewards. As a result, the amount of SOL in your stake account gradually grows, increasing the total rewards generated over time.

This compounding effect is one of the reasons many users choose to stake their SOL for longer periods.

Native staking means delegating your SOL directly to a validator through a dedicated stake account. Your SOL always remains under your control, and validators cannot access or move your funds. Rewards from network inflation are automatically added to your stake at the end of each epoch, allowing your balance to grow over time.

Liquid staking works differently. Instead of delegating SOL directly, you deposit it into a liquid staking protocol and receive a Liquid Staking Token (LST) such as jSOL. This token represents your share of the staked SOL and increases in value as rewards accumulate.

The main advantage of liquid staking is flexibility – LSTs can be traded or used in DeFi while still earning rewards. Native staking, on the other hand, is the most direct and transparent way to support the Solana network and earn rewards without relying on additional protocols.

Validator performance directly affects the rewards generated by your delegated stake.

Validators must remain online and consistently vote on new blocks. If a validator experiences downtime or misses votes, the rewards generated by delegated stake may decrease during that period.

Reliable validators invest in stable infrastructure, monitoring systems, and redundant servers to maintain high uptime and vote efficiency.

Over time, consistent validator performance helps ensure more stable and predictable rewards for delegators.

Validator commission is the percentage of staking rewards that a validator keeps for operating and maintaining their infrastructure. This commission is taken from the rewards generated by your delegated stake, not from your original SOL balance.

For example, if a validator has a 5% commission, they keep 5% of the rewards produced by your stake while the remaining 95% is distributed to you. Higher commission rates reduce the total yield you receive over time.

Some validators operate with zero commission, such as Vladika, meaning all staking rewards are passed directly to delegators. When choosing a validator on Solana, it’s important to consider both commission rates and long-term reliability, as both factors influence your overall returns.

APY (Annual Percentage Yield) is an estimate of the yearly return you can earn from staking your SOL. It reflects the rewards generated through network inflation and validator performance over time. Because rewards on Solana are distributed every epoch and automatically compound, APY attempts to express that compounding effect as an annualized percentage.

However, APY is not a fixed number. Different websites calculate it using different assumptions and time frames. Some platforms estimate APY based on rewards from the last epoch, others average several epochs, and some include additional sources of yield such as MEV. Because of these differences, the same validator may appear to have slightly different APY depending on where you check.

For our staking calculator, we use APY data from JPool. This provides a more consistent and transparent estimate based on recent network performance rather than short-term fluctuations.

Choosing a validator involves looking at several important factors.

Delegators should review metrics such as validator uptime, vote efficiency, commission rate, and reputation within the ecosystem. Tools like validators.app provide transparency into validator performance and history.

It is also helpful to choose validators with transparent operations, stable infrastructure, and a long-term commitment to maintaining reliable network participation.

Supporting independent validators can also contribute to better decentralization across the Solana network.

If you want a deeper explanation of what to look for, you can read our detailed guide: How to Choose a Reliable Solana Validator.

Vladika is operated by a small team focused on building stable, transparent, and long-term validator infrastructure on Solana.

The validator runs on dedicated servers with carefully tuned configurations, automated monitoring, and failover systems designed to maintain consistent uptime and voting performance across every epoch. Reliable infrastructure directly supports stable reward generation for delegators.

Vladika operates with 0% commission, meaning all inflation rewards generated by your stake go directly to you. In addition, 100% of MEV rewards are distributed to stakers, ensuring that delegators capture the full value produced by block production.

The validator maintains a perfect score on validators.app with zero warnings, reflecting consistent performance, responsible validator behavior, and transparent operations.

By delegating to Vladika, you support an independent validator committed to reliable infrastructure, fair reward distribution, and long-term participation in securing the Solana network.

 Delegating to Vladika means keeping the rewards your stake generates – without hidden cuts.