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Get passive income with massive APY on top of your holdings by staking coins that you have in your Guarda Wallet.

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Staking Assets & Rewards | Crypto Staking Calculator | Guarda

Calculate Staking Rewards

Get passive income using Guarda Wallet. It’s much more profitable and secure than bank deposits. The longer the coins are held and the more coins are sent, the higher are the individual rewards. We run our own staking validation nodes. See the stats.

Asset
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Ethereum (ETH)
Ethereum Staking Ethereum (ETH)
Tron Staking Tron (TRX)
Harmony Staking Harmony (ONE)
Tezos Baking Tezos (XTZ)
Ontology Staking Ontology (ONT)
Cosmos Staking Cosmos (ATOM)
Cardano Staking Cardano (ADA)
Callisto Staking Callisto (CLO)
Komodo Staking Komodo (KMD)
Zilliqa Staking Zilliqa (ZIL)
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Current Holdings Value
Annual Yield
Annual Rewards Value
Monthly Rewards Value

What is Staking?

Staking is the process of storing funds on a cryptocurrency wallet. Users can get passive income for providing support of all operations on the blockchain. It is very similar to the bank deposit system and user rewards. However, unlike a bank, the placement of coins cannot lead to a negative percentage, there are no surcharges and hidden interests, your passive income is greater with fewer risks.

Proof-of-Stake makes the network more secure. A hacker's attack is possible only with 51% of all coins in their hands. Trying to hack into the PoS algorithm blockchain is unprofitable.

Staking is one of the main trends in the cryptocurrency market in 2020. Ethereum platform and other big projects are switching to PoS.

What is staking?
Stake Ethereum

Algorithm Types For Staking

The main types of consensus algorithms for staking:

Proof of Stake. (PoS)

Proof of Stake. (PoS)

Unlike the Bitcoin’s Proof-of-Work* (PoW) method, the next block validator is selected based on the number of coins and by random combinations. To receive a reward, you just need to hold (HODL) coins in your wallet. User’s rewards = transaction fees.

Proof-of-work (PoW)

Proof-of-work (PoW)

The algorithm requires complex calculations, the result of which can be easily verified by each network participant. For example, transactions in the Bitcoin blockchain are grouped in a memory pool while a block is created every 10 minutes.

Delegated Proof-of-Stake (DPoS)

Delegated Proof-of-Stake (DPoS)

This consensus mechanism was designed to solve the problems of BTC scalability. Its process is similar to the principle of democracy. About twenty fullnodes are selected for mining blocks. Those users who voted for them receive a percentage of the block reward.

Leased Proof-of-Stake (LPoS)

Leased Proof-of-Stake (LPoS)

This mechanism allows any user with a small balance (number of coins) to “lease” (account leasing) their coins to fullnodes with a good connection. Users can receive a reward for block creation and participate in the life of the network.

Masternodes (MPoS)

Masternodes (MPoS)

A fullnode can become a masternode if it invests a large number of coins. Such nodes are considered more reliable than fullnodes. Masternode stacking usually combined with PoS or PoW.

Bonded proof-of-stake (BPoS)

Bonded proof-of-stake (BPoS)

Any number of users set aside part of their stake in order for new blocks to generate. They lock up part of their stake for a certain period of time (security deposit). Then they get a chance to select the next block proportional to their amount of staking.

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PoW vs PoS

The first decentralized algorithm successfully implemented in the blockchain, and is still used on Bitcoin, Ethereum (Ethereum plans to switch to proof of stake), Litecoin, ZCash, Monero is Proof of Work (PoW). The algorithm requires complex calculations, the result of which can be easily verified by each network participant.

Proof-of-Stake (PoS) will make the consensus mechanism completely virtual. While the overall process remains the same as Proof-of-Work (PoW), the method of reaching the end goal is entirely different. In PoS, instead of miners, there are validators. The validators lock up some of their coins or tokens as a stake in the network.

PoW

PoW vs PoS

To add each block to the chain, miners must compete to solve a difficult puzzle using their computers processing power.

PoW vs PoS

In order to add a malicious block, you'd have to have a computer more powerful than 51% of the network.

PoW vs PoS

The first miner to solve the puzzleis given a reward for their work.

PoS

PoW vs PoS

There's no competition as the block creator is chosen by an algorithm based on user's stake.

PoW vs PoS

In order to add a malicious block you'd have to own 51% of all the cryptocurrency on the network.

PoW vs PoS

There's no reward for making a block, so the creator takes a transaction fee.

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