
To understand staking and how it functions, you first need to grasp the basics of the Proof of Work (PoW) consensus mechanism and mining. PoW is a widely used consensus mechanism that most early-stage blockchains adopted.
With PoW, computers must perform complex computations using specialized hardware to achieve consensus and validate the next block in the chain. The party that completes this task receives rewards in the native cryptocurrency of that blockchain.
Proof of Stake (PoS) emerged as an alternative to PoW’s limitations. Instead of consuming massive amounts of electricity and computing power, PoS distributes rewards based on the assets users stake to the network. This approach incentivizes holders to stake their coins, strengthening the network and enabling faster, more efficient transaction validation.
Another important advantage of PoS is increased security through a “value wall.” This means the system creates a significant barrier for potential attackers, proportional to the total number of tokens staked in the network. The more tokens staked, the more secure the system becomes against attacks.
Staking simply means “depositing” or “contributing” your cryptocurrency holdings to a blockchain network that uses PoS as its consensus mechanism.
In staking systems, those who hold larger amounts of coins generally have a higher chance of being selected as validators for the next block. When selected, they earn rewards for their validation work.
The staking process is straightforward and doesn’t require advanced technical skills. You just transfer your crypto from a trading account into a staking-enabled wallet and let it earn passive returns automatically. However, many platforms now offer staking services, so you need to be selective. Some platforms may leverage their position to significantly reduce user rewards through high service fees.
Choosing a reputable platform with transparent fee policies is essential to optimize staking returns.
Beyond traditional PoS, there’s a variant called Delegated Proof of Stake (DPoS), regarded as a more democratic and efficient approach than standard PoS.
DPoS relies on a representative election system. Token holders can delegate their validation rights to third parties or vote for representatives to secure and operate the network on their behalf. These elected representatives become official validators responsible for creating new blocks.
Consensus in DPoS is achieved through a transparent, public voting process. Delegated representatives are strongly motivated to act honestly and efficiently, as the community can vote to replace them if they fail in their duties.
This system not only enhances democracy but also significantly improves transaction speeds, since the number of validators is limited and carefully selected.
Staking offers several notable benefits for both users and blockchain networks:
Energy and resource efficiency: Compared to traditional mining, staking uses far less electricity and hardware. No need to invest in expensive mining rigs or worry about high electricity bills.
Enhanced security: With token holders directly invested in the network’s security, they have strong incentives to protect the system from attacks.
Higher performance: PoS blockchains are often much faster and more scalable than traditional PoW blockchains.
Easy passive income: You can earn steady passive income without major hardware investments or advanced technical knowledge.
Dual profit potential: If token prices rise during your staking period, you benefit from both staking rewards and asset appreciation.
Flexible staking pools: Pools allow multiple users to combine resources, increasing block validation odds and rewards even with smaller token holdings.
No trading experience required: Unlike trading, staking doesn’t demand market analysis expertise or deep knowledge.
Staking has certain drawbacks you should consider:
Centralization risk: “Whales” holding large token amounts can wield greater influence, potentially leading to unwanted power concentration.
Price volatility: Crypto markets are highly volatile; your staked assets can lose value during the lock-up period.
Liquidity lock: Some cryptocurrencies require locked staking for a set period, meaning you can’t withdraw or sell instantly, which introduces liquidity risk.
Technical risks: If you run your own validator node, you may face technical issues like downtime, which can result in slashing penalties and loss of some staked assets.
The number of staking-supported cryptocurrencies has surged in recent years. Previously, almost all blockchains used PoW. But with growing environmental concerns, scalability limits, and security needs, PoS has become far more prevalent.
Ethereum is now transitioning from PoW (ETH 1.0) to PoS (ETH 2.0) via the Serenity upgrade—one of the industry’s major milestones.
Other widely used staking altcoins include EOS, Tezos, Tron, Cosmos, NEO, VeChain, Ark, Lisk, Loom, Decred, Stratis, ICON, Qtum, PivX, and numerous smaller market cap tokens. Each project has its own staking mechanism and yield rates matched to different investor profiles.
Ethereum staking officially launched with the move to ETH 2.0. The Casper consensus upgrade is among the most anticipated developments in crypto.
This transition completely changed Ethereum’s economic model. Anyone holding at least 32 ETH can stake to become a network validator—a substantial amount, but one that ensures validators are financially motivated to act honestly.
Staking rewards are paid in ETH for each successfully validated block. The annual percentage rate (APR) depends on the total ETH staked on the network and other factors.
Leading exchanges now offer Ethereum staking, letting users participate with less than 32 ETH. Staking pools also let users with smaller ETH amounts join and earn proportional rewards.
Tezos is one of the most popular altcoins for staking. Notably, Tezos uses the term “baking” rather than staking. “Baking” means signing and publishing new blocks on the Tezos blockchain.
Bakers are responsible for ensuring all block transactions are accurate, maintaining proper order, and preventing double-spending.
Major exchanges offer XTZ staking with different fees. Users can delegate to independent bakers or join baking pools for optimized returns.
EOS employs a unique staking model based on computing and bandwidth resources. When you stake EOS, you receive CPU and NET (network bandwidth).
CPU represents the processing power for smart contracts and complex tasks. NET is the bandwidth for transmitting transaction data. Both resources are necessary for any EOS blockchain action.
Some platforms let you rent EOS resources, offering access without staking your own EOS.
Tron also employs DPoS, but with unique terminology. Tron validators are “Super Representatives” (SRs).
SRs create new blocks and record transactions on the Tron blockchain. They receive community votes and block rewards in return.
Staking TRX is simple: deposit tokens in a supported wallet, “freeze” them for a set time, vote for your chosen SR, and earn rewards based on your staked TRX.
NEO is often called “China’s Ethereum” due to its similarities, including smart contract and dApp support.
The NEO network uses a second token, GAS, as the reward for NEO holders. Depositing NEO into a staking-enabled wallet automatically generates GAS income.
Crucially, NEO requires no special hardware or minimum stake, making NEO staking far more accessible than some blockchains.
VET (VeChain Token) also allows staking for rewards. The process is simple: just send VET to a compatible wallet and hold it.
VeChain is an enterprise- and supply chain-focused blockchain. VeThor (VTHO) acts as gas fees for smart contracts and network operations.
Like NEO and GAS, VTHO is the staking reward for VET holders. The amount earned depends on VET staked and the staking duration.
Managing crypto wallets, private keys, and technical operations isn’t for everyone. That’s why many exchanges now provide built-in staking services.
Major exchanges support staking for a variety of cryptocurrencies. These platforms let you stake directly from your account—no need to transfer funds to an external wallet.
All these services charge a fee or take a share of your rewards to cover operational costs. Staking fees typically range from 0% to 25%, depending on the platform and coin.
Some exchanges offer staking across dozens of tokens, with annual returns from 1% to over 15%, depending on the project.
Besides exchanges, dedicated professional staking providers have appeared in recent years, focusing on advanced technology and security.
Staking pools are another way to earn passive income, ideal for those without enough tokens to stake solo.
Pools let multiple holders combine resources, increasing the odds of being selected as validators and earning block rewards—similar to mining pools.
Pools operate on shared resources and profit-sharing. A pool operator manages the pool, and members earn rewards based on their contribution share.
Staking pools usually offer smaller returns than solo staking, but provide more frequent, stable payouts. Rewards are shared among participants, and most pools charge a service fee or deduct a portion of rewards.
When choosing a pool, consider the operator’s reputation, fee rates, track record, and reward distribution policy.
Most PoS tokens have dedicated staking wallets built by their projects. Some multi-asset wallets also support staking for several cryptocurrencies, offering user convenience.
Atomic Wallet is a leading staking wallet, supporting most stable staking tokens, including Tezos, Tron, NEO, Cosmos, VeChain, Cardano, and more. Atomic Wallet claims to offer zero-fee decentralized staking and full private key control.
Trust Wallet is a similar platform, supporting a wide range of stakeable tokens like Tezos, Tron, Cosmos, VeChain, Algorand, and others. Trust Wallet is known for its user-friendly interface and strong security.
Hardware wallets like Ledger also support staking for certain blockchains. Not all PoS coins can be staked offline with cold wallets, though. Hardware wallets offer top-tier security, but may be less flexible than software wallets.
Most staking wallets feature integrated staking calculators for estimating potential returns based on your staked amount and timeframe—helping you make sound investment decisions.
As staking grows, more resources and tools are available to help users research top staking coins, compare yields, and find service providers.
Staking Rewards is a leading staking data platform, offering tracking tools, project yield comparisons, and ecosystem growth analysis.
Attestant.io provides in-depth guides on Ethereum staking, especially ETH 2.0, for those seeking deeper knowledge.
Numerous forums, YouTube channels, industry blogs, and analytics sites provide updates on staking trends, new project reviews, and real-world insights.
Thorough research from multiple sources is essential before staking in any project.
Passive income through staking is a rising trend in the crypto market. Beyond trading, many investors are using staking to maximize returns on their assets.
Staking offers benefits like energy efficiency, stable income, and low technical barriers. But it also carries risks—price volatility, liquidity lock, and centralization—all of which need careful consideration.
Before staking, you should:
Earning passive income from crypto is never completely easy. You must invest time and effort, learn from experience, and sometimes go through trial and error to find what works best. With diligent preparation and a solid strategy, staking can become a valuable investment tool in your crypto portfolio.
Staking means locking crypto assets to support a blockchain and secure the network. You earn rewards based on your locked tokens and staking duration. The core principle is validating transactions and protecting the network for passive income.
To start staking, you need a crypto wallet and the minimum amount required by the network. Register for the staking network, select your term, and lock your coins to receive periodic rewards. Make sure you understand the lock period and projected returns.
Staking yields usually range from 5% to 20%, depending on the cryptocurrency. APY/APR is affected by the total network stake, inflation rate, lock-up period, and the token issuance mechanism.
The main risks are slashing (if a validator acts improperly) and token price volatility. Minimize risk by choosing reputable projects, diversifying your portfolio, and only staking what you can afford to lose.
Staking and mining differ fundamentally: mining uses computing power to validate transactions, while staking only requires holding coins. Staking is more efficient—lower energy use, lower costs, and better suited for regular users.
Coins using Proof of Stake (PoS)—like Ethereum, Cardano, Polkadot, and Solana—can be staked. Reliable platforms include official Ethereum 2.0 staking and reputable third-party services.
Lock-up periods depend on the staking type. Soft staking has no lock-up—withdraw anytime. Hard staking typically locks funds for 7–90 days, depending on the project.











