masternode

A masternode is a type of long-running service node found in certain blockchains. To operate a masternode, participants must lock up a specified amount of tokens as collateral, which grants them eligibility for network rewards and governance voting rights. Unlike miners or validators, masternodes do not participate in block production or mining. Instead, they handle responsibilities such as transaction relay, privacy features, and proposal voting, contributing to network stability and efficiency. Running a masternode typically requires a dedicated server and ongoing maintenance.
Abstract
1.
A masternode is a full node with special privileges in a blockchain network, requiring a certain amount of tokens to be staked and maintaining 24/7 online operation.
2.
Masternodes perform critical functions including validating transactions, storing complete blockchain data, and participating in governance voting to maintain network security and stability.
3.
Running a masternode generates passive income through block rewards and transaction fee shares, making it an attractive investment option.
4.
Compared to regular nodes, masternodes require higher technical expertise and capital investment but offer greater rights and returns.
masternode

What Is a Masternode?

A masternode is an advanced type of node within a blockchain network. To operate a masternode, an individual must lock a specified amount of tokens as collateral, keep their node online for extended periods, and provide additional services to the network in exchange for rewards.

Before diving into masternodes, it's important to understand the term “node”: A node is a computer connected to the blockchain that stores and relays transaction data. A masternode goes beyond basic node responsibilities by offering enhanced services—such as faster transaction relay, privacy features, or participating in governance votes. Unlike miners or staking validators, masternodes do not typically create blocks; instead, they are incentivized by “providing services” to the network.

How Do Masternodes Work in Blockchain?

Masternodes operate on a “collateral plus service” model: The operator locks a required amount of tokens, keeps the node reliably online, and the network verifies service performance through proof-of-service mechanisms. Rewards are distributed according to established rules.

“Collateral” means securing a specified number of tokens in your wallet to qualify as an operator. “Proof-of-service” refers to network checks that confirm the masternode is online and performing assigned tasks—these may include regular pings or task completion logs. Common services provided by masternodes are faster transaction broadcasting, instant confirmation channels, privacy functions (such as coin mixing), and participation in governance (like voting on budgets or protocol upgrades). As of 2026, this design remains prevalent among early payment and privacy-focused project communities.

Where Do Masternode Rewards Come From?

Masternode rewards generally come from two main sources: a pre-allocated share of block emissions and a portion of transaction fees generated by network users.

In some blockchains, block rewards are distributed among different roles (e.g., miners, masternodes, treasury), with ratios subject to change via governance proposals over time. Masternodes may also receive a share of transaction fees as additional incentives. The specific payout schedule (per block, daily, or by round) and reward amounts should be confirmed in the project's official documentation. Because rewards depend on token issuance and fee structures, returns may fluctuate due to community voting or network upgrades.

What’s the Difference Between Masternodes and Staking?

Both masternodes and staking require locking tokens to earn rewards, but they serve different roles: Staking is commonly associated with Proof-of-Stake (PoS) networks where “validators” propose and confirm blocks. Masternodes, however, focus more on providing auxiliary services and participating in governance—they do not directly produce blocks.

Staking validators are often subject to “slashing” penalties (such as losing tokens for extended downtime or double-signing). In contrast, masternode collateral is typically not at risk from chain-level security breaches but may miss out on rewards or be delisted for downtime or failing to meet service standards. For operators, masternodes act as “long-term online service nodes,” whereas staking validators are “block producers and consensus participants.”

What Do You Need to Run a Masternode?

Operating a masternode requires meeting several prerequisites: you must secure the minimum collateral set by the project, ensure wallet security and proper private key backups, and have access to a stable server (either local or cloud-based), sufficient bandwidth, a static IP address, and reliable maintenance capabilities.

On the software side, you should use the official or approved node client, synchronize the full blockchain data, and correctly configure your masternode keys and service ports. For security, implement firewalls and system updates, separate hot/cold environments for managing collateralized assets, and set up monitoring and alert systems to maximize uptime.

How to Set Up a Masternode?

Step 1: Confirm that your target blockchain supports masternodes and review the official setup guide. Check requirements for collateral amounts, minimum hardware specifications, proof-of-service protocols, and reward mechanisms.

Step 2: Prepare your wallet and keys. Install the official or lightweight wallet, generate addresses for collateral and the masternode key, then securely back up your mnemonic phrase and private keys offline.

Step 3: Deploy your server. Choose a stable cloud or self-hosted server, install the node software, synchronize the blockchain data, and configure necessary ports, IP addresses, and keys.

Step 4: Complete collateralization and registration. Lock your collateral tokens within your wallet, follow the official registration process or submit configuration transactions so that the network recognizes your masternode status.

Step 5: Launch and monitor. Start the masternode process, verify proof-of-service status and online presence, continuously monitor logs and performance, and apply updates promptly when new versions are released.

What Are the Risks of Running a Masternode?

Masternodes carry several risks: Token price volatility can impact both your collateral value and actual returns; reward rules may change via governance decisions—potentially reducing profits or altering distribution cycles; going offline, misconfiguration, or delayed upgrades may result in lost rewards or removal from the active set.

Additional risks include security and operational threats: Wallet or private key theft can lead to irreversible losses; using custodial or third-party operators introduces platform risk; some privacy-focused projects may also face regulatory uncertainties. Before committing funds, evaluate your financial risk tolerance and prepare for technical and security challenges.

How to Acquire Masternode Assets on Gate?

On Gate, you can purchase tokens for projects that support masternode functionality through spot trading. These tokens can then be withdrawn to your own wallet for collateralization and deployment.

The typical process is: After opening an account and completing KYC verification, purchase the desired token on the spot market; verify network compatibility and withdrawal parameters for your target chain; transfer the tokens to your masternode wallet address and confirm receipt and balance security. Since supported projects and networks can change over time, always check Gate's withdrawal page for network types and applicable fees before initiating transfers.

What Is the Future Outlook for Masternodes?

As of 2026, masternodes remain mostly found in a limited number of payment-oriented or privacy-focused projects. Newer public blockchains are more likely to use validator-based staking models with features such as liquidity staking. The advantage of masternodes is their integration of governance participation and service provision with financial incentives; their drawback lies in high technical requirements and strict uptime demands for operators.

Looking ahead, masternodes are useful when projects need features like budget governance, privacy channels, or fast confirmations. However, most ecosystems are shifting toward validators, delegation models, and modular staking solutions. The choice to implement masternodes depends on each project’s technical roadmap and community preferences.

Key Takeaways About Masternodes

Masternodes are always-on nodes that earn rewards and governance rights by providing “collateral plus proof-of-service.” They do not produce blocks but offer additional functions such as transaction relaying, privacy services, and governance participation. For beginners, it's crucial to understand collateralization rules, deployment requirements, reward sources, price volatility risks, and operational challenges. On Gate you can acquire related tokens and transfer them to a self-custody wallet to deploy a masternode—but always consult official documentation for up-to-date instructions on security and compliance.

FAQ

How much can you earn from running a masternode per month?

Masternode earnings depend on the specific token, staking amount, and network participation rate. For common projects, monthly yields typically range from 2% to 8%. For example, with assets worth 100,000 CNY ($14k USD), monthly earnings might fall between 2,000–8,000 CNY ($280–$1,120 USD). Returns are variable—they fluctuate with token prices and node count—so regular monitoring is essential.

Can you operate a masternode without technical expertise?

Yes—with some learning. Basic knowledge is required in areas like server setup, key management, and log monitoring; programming skills are not necessary. Beginners can opt for third-party hosting services (masternode operators), which usually charge 10%–20% of annual earnings as fees. However, it’s important to choose reputable providers to safeguard your assets.

What happens if a masternode crashes?

If your node goes offline, it immediately stops earning rewards; typically within 24–48 hours the network will remove it from active status. Restarting the node allows you to rejoin but you cannot recover lost rewards during downtime. It's crucial to set up monitoring alerts for quick failure detection—and maintain backup nodes or redundancy plans.

What are the main costs of running a masternode?

Costs break down into initial setup and ongoing expenses. Startup costs include hardware (server: 2,000–5,000 CNY) plus token purchase; ongoing costs include server hosting fees, electricity bills, and operational labor—typically 500–2,000 CNY per month. Using cloud service providers can reduce operational complexity but may increase overall expenses.

Can multiple masternodes run on one server?

Yes—provided resource requirements are met. Different projects’ masternodes have varying needs for bandwidth, storage, and CPU power. Running multiple nodes on one server requires ample resources; otherwise stability and profitability may suffer. Beginners should start with a single node before scaling up based on practical experience.

A simple like goes a long way

Share

Related Glossaries
apr
Annual Percentage Rate (APR) represents the yearly yield or cost as a simple interest rate, excluding the effects of compounding interest. You will commonly see the APR label on exchange savings products, DeFi lending platforms, and staking pages. Understanding APR helps you estimate returns based on the number of days held, compare different products, and determine whether compound interest or lock-up rules apply.
apy
Annual Percentage Yield (APY) is a metric that annualizes compound interest, allowing users to compare the actual returns of different products. Unlike APR, which only accounts for simple interest, APY factors in the effect of reinvesting earned interest into the principal balance. In Web3 and crypto investing, APY is commonly seen in staking, lending, liquidity pools, and platform earn pages. Gate also displays returns using APY. Understanding APY requires considering both the compounding frequency and the underlying source of earnings.
LTV
Loan-to-Value ratio (LTV) refers to the proportion of the borrowed amount relative to the market value of the collateral. This metric is used to assess the security threshold in lending activities. LTV determines how much you can borrow and at what point the risk level increases. It is widely used in DeFi lending, leveraged trading on exchanges, and NFT-collateralized loans. Since different assets exhibit varying levels of volatility, platforms typically set maximum limits and liquidation warning thresholds for LTV, which are dynamically adjusted based on real-time price changes.
Degen
Extreme speculators are short-term participants in the crypto market characterized by high-speed trading, heavy position sizes, and amplified risk-reward profiles. They rely on trending topics and narrative shifts on social media, preferring highly volatile assets such as memecoins, NFTs, and anticipated airdrops. Leverage and derivatives are commonly used tools among this group. Most active during bull markets, they often face significant drawdowns and forced liquidations due to weak risk management practices.
epoch
In Web3, "cycle" refers to recurring processes or windows within blockchain protocols or applications that occur at fixed time or block intervals. Examples include Bitcoin halving events, Ethereum consensus rounds, token vesting schedules, Layer 2 withdrawal challenge periods, funding rate and yield settlements, oracle updates, and governance voting periods. The duration, triggering conditions, and flexibility of these cycles vary across different systems. Understanding these cycles can help you manage liquidity, optimize the timing of your actions, and identify risk boundaries.

Related Articles

In-depth Explanation of Yala: Building a Modular DeFi Yield Aggregator with $YU Stablecoin as a Medium
Beginner

In-depth Explanation of Yala: Building a Modular DeFi Yield Aggregator with $YU Stablecoin as a Medium

Yala inherits the security and decentralization of Bitcoin while using a modular protocol framework with the $YU stablecoin as a medium of exchange and store of value. It seamlessly connects Bitcoin with major ecosystems, allowing Bitcoin holders to earn yield from various DeFi protocols.
2024-11-29 10:10:11
The Future of Cross-Chain Bridges: Full-Chain Interoperability Becomes Inevitable, Liquidity Bridges Will Decline
Beginner

The Future of Cross-Chain Bridges: Full-Chain Interoperability Becomes Inevitable, Liquidity Bridges Will Decline

This article explores the development trends, applications, and prospects of cross-chain bridges.
2023-12-27 07:44:05
Solana Need L2s And Appchains?
Advanced

Solana Need L2s And Appchains?

Solana faces both opportunities and challenges in its development. Recently, severe network congestion has led to a high transaction failure rate and increased fees. Consequently, some have suggested using Layer 2 and appchain technologies to address this issue. This article explores the feasibility of this strategy.
2024-06-24 01:39:17