Ledger Wallet for Artists and Creators: NFT Minting, Selling, and Royalty Management on Ethereum and Polygon

An artist or digital creator minting NFTs faces a financial complexity that goes beyond the moment of launch. Creating and listing digital work on Ethereum or Polygon requires funds for gas fees, platform charges, and wallet maintenance. Selling that work generates proceeds that may arrive in stablecoins, native tokens, or other assets. Ongoing royalties—the percentage earned on secondary sales—accumulate across marketplaces and chains, often scattered across addresses or custodial platforms. Managing this flow securely while retaining full control over the proceeds is not a small operational problem, especially once the volume of transactions grows beyond a handful of pieces.

A hardware-based custody solution designed for this purpose can consolidate these workflows without sacrificing security. Instead of holding minting capital or sales proceeds on an exchange, a creator can store private keys offline, review transactions before they execute, and maintain a single source of truth for their net position. Ledger Wallet, available through devices such as the Nano S Plus and Nano X, enables that kind of end-to-end control. The platform supports both Ethereum and Polygon natively, along with thousands of other assets, integrating fee management, asset transfers, and even direct swaps through Ledger Live. The practical question, then, is how to structure a workflow that turns these capabilities into a repeatable system for minting, selling, and collecting royalties without introducing new operational or security risks.

Why hardware custody matters for creator cash flow

Creators who sell NFTs often accumulate assets across multiple sources: minting fees held in advance, proceeds from primary sales, royalty payments from secondary market platforms, and earned staking or liquidity rewards. Keeping these funds on a centralized exchange simplifies viewing and withdrawal, but it also creates a custody relationship with that exchange. The platform may freeze accounts during regulatory disputes, require identity verification before allowing certain transactions, or become a target for account takeover through phishing or credential compromise. More subtly, the exchange retains detailed transaction records and may track the creator’s behavior for compliance or marketing purposes.

A hardware wallet changes this dynamic by moving the private keys offline. The creator generates transactions on their device—a Nano S Plus, Nano X, or similar—and only the signed transaction is transmitted to the blockchain. The platform has no access to the keys, cannot freeze the account, and cannot spend funds without physical confirmation from the device. This is not a theoretical advantage. A compromised email account, malware on a computer, or a phishing link cannot drain a hardware wallet as long as the device itself has not been stolen and the recovery phrase remains secret.

For a creator managing fluctuating income streams, this translates to operational simplicity. Earnings do not need to be immediately withdrawn to a personal bank account or moved to “safe” storage. They can remain in a self-custodied wallet, available for reinvestment, paying minting fees for the next project, or slowly converting to the creator’s preferred assets. Ledger Live, the desktop and mobile interface connecting to the hardware device, provides real-time balance views, transaction history, and straightforward movement of assets between addresses and chains.

The trade-off is slightly slower transaction approval. Every outgoing payment must be confirmed on the physical device, which cannot be rushed or automated in the way an online exchange account can. For small frequent payments this creates friction. For larger amounts or irregular transactions—which describes most creator workflows—the slowness is actually a safety feature. It creates an intentional pause before irreversible value moves, allowing the creator to verify the destination and amount before committing.

Structuring ETH and Polygon addresses for different roles

Both Ethereum and Polygon are supported natively in Ledger Live, but they serve different functions in a creator’s workflow. Ethereum is where most established NFT marketplaces operate and where primary sales often occur. It is also where gas fees are highest, typically ranging from several dollars per transaction to much more during periods of network congestion. Polygon, by contrast, is an Ethereum scaling layer with significantly lower fees—often pennies per transaction—while maintaining the same Ethereum account structure and security model. This price difference creates a practical incentive: minting test editions, managing smaller transactions, and batching secondary sales can happen more economically on Polygon, while primary launches and high-value sales may justify the cost of Ethereum.

Within Ledger Live, a creator can manage multiple addresses on both networks from a single hardware device. The process begins with initializing the hardware wallet using a 24-word recovery phrase generated and stored securely offline. Once initialized, the device can derive dozens of addresses on each network, each one controlled by the same private key structure but appearing as distinct destinations. This enables a useful segregation: one address can be designated as the primary minting and sales destination on Ethereum, while a second address on Ethereum accumulates stablecoins like USDC or USDT from sales, and a third address on Polygon handles lower-value operations and gas-fee management.

The Ledger hardware wallet approach allows creators to maintain this structure without relying on centralized account systems. Each address is fully within the creator’s control, requiring no permissions or whitelisting from any platform. Funds can be moved between addresses instantaneously through Ledger Live’s interface, and the creator can verify each transaction on the device before it broadcasts to the network.

A practical workflow begins with funding the minting address using WETH (Wrapped Ether) or ETH directly, ensuring enough capital for gas fees on Ethereum or Polygon depending on where the NFT will be created. Once the NFT is minted and listed, sales proceeds flow to that same address or to a designated proceeds address. The creator can then review Ledger Live’s balance display to track earnings across both chains and begin moving funds according to their preference: converting to stablecoins, transferring to an exchange for fiat conversion, or simply holding in self-custody for the next project.

Gas fee management and minting cost workflows

Gas fees on Ethereum fluctuate based on network demand, and they can consume a meaningful portion of a creator’s revenue if not managed carefully. A single NFT mint might cost five to fifty dollars in gas depending on the time of day and transaction complexity. Listing that NFT for sale, and later settling a transaction after it sells, each incur additional fees. Over a year of active minting and selling, a creator might pay hundreds or thousands of dollars in fees across all transactions. Polygon’s lower fee structure—typically under one dollar per transaction—makes it attractive for creators running higher transaction volumes or operating on tighter margins.

Planning minting batches to coincide with lower gas periods is one approach. Ethereum gas is typically cheapest during overnight hours in major financial centers or on weekends when fewer transactions are competing for block space. A creator can use Ledger Live’s transaction preview to see the estimated gas cost before confirming on the device. This visibility allows for rational timing decisions: either batch mints to minimize the number of transactions, or wait for a period of lower demand rather than proceeding during a traffic spike.

The secondary approach is to mint on Polygon for projects intended to be more experimental or community-oriented, while reserving Ethereum for higher-value or flagship releases where the larger audience and perception of the network justify the higher costs. Both networks are fully supported in Ledger Live, and funds can be moved between them using bridging services integrated directly into the application. The creator can then manage their fee budget by allocating a portion of recent sales proceeds to the minting address on whichever network they plan to use next.

Ledger Live also provides a built-in swap feature that allows for direct conversion between assets without leaving the application. If a creator has accumulated USDC on Ethereum but wants to move the value to Polygon for lower-cost operations, they can initiate a swap directly in Ledger Live, paying the necessary fees and receiving the destination asset while maintaining full custody. This reduces reliance on centralized exchanges for routine asset conversion and keeps all actions within the self-custodied environment of the hardware wallet.

Receiving and tracking royalties across marketplaces

NFT royalties are a creator’s ongoing income stream from secondary market sales. When a collector resells an NFT that includes embedded royalty terms, the original creator typically receives a percentage of the sale price—often five to ten percent depending on the agreement. However, royalty payments arrive through various channels depending on the marketplace: OpenSea, Magic Eden, Blur, SuperRare, and others each handle royalty distribution differently. Some platforms pay royalties automatically to a designated wallet address. Others batch payments weekly or monthly. A few allow creators to claim royalties through a manual process.

The challenge is consolidating these incoming streams into a single tracking and custody system. A creator minting on multiple platforms and potentially holding addresses on both Ethereum and Polygon may receive royalties across all these destinations. Ledger Live’s comprehensive asset display solves part of this problem by aggregating balances across multiple addresses on multiple networks. The creator can view their total USDC, ETH, and other assets across all Ethereum addresses and all Polygon addresses within a single interface, eliminating the need to manually check multiple wallet addresses or exchange accounts.

Setting up royalty distribution requires designating a wallet address during NFT creation or editing the royalty terms on platforms that support it. Many creators use a single primary address on Ethereum to receive all royalties, then periodically move portions to other addresses or chains for further management. Alternatively, a creator can designate a Polygon address for lower-value projects or community editions, reducing the royalty payment gas costs when secondary market activity is high. The key requirement is that the address used for royalty collection must be one controlled by the hardware wallet—meaning it must be an address derived from the device’s private keys and accessible through Ledger Live.

Tracking royalties over time requires reviewing transaction history in Ledger Live or maintaining a separate record. Many creators use a spreadsheet to log incoming royalty payments, their source marketplace, and the date received. This serves both as a financial record for tax purposes and as a sanity check: if an expected royalty payment does not arrive within the expected timeframe, the creator can follow up with the marketplace. Because the funds flow directly to a self-custodied address rather than through a platform account, the creator maintains a cryptographic record of receipt that cannot be disputed or altered by the platform.

Security operations and recovery planning

A hardware wallet is only as secure as the recovery phrase and PIN that protect it. During initial setup, the hardware device generates a 24-word recovery phrase in a random order. This phrase must be written down by hand on paper, stored in a secure location offline, and never typed into a computer or sent to another person. The device also requires a PIN—typically four to eight digits—which must be entered whenever the wallet is accessed or a transaction is confirmed. If both the device and the recovery phrase are stolen, an attacker could recreate the wallet on their own device and access all funds. If only the device is stolen but the recovery phrase remains secret, the thief cannot access the funds.

Many creators store their recovery phrase in a safe deposit box, a home safe, or with a trusted attorney or accountant. The important criterion is that the phrase is stored offline, in a location the creator can access in case of device loss, and in a format that will survive time (e.g., written on acid-free paper rather than a temporary note). Some creators create multiple physical copies and store them in geographically separate locations, reducing the risk that a single incident—a house fire, a break-in, or a lost box—destroys the only copy.

The PIN is what protects the device in daily use. Entering the wrong PIN three times locks the device temporarily, and the device automatically wipes its private keys if the PIN is entered incorrectly ten times in succession. This is a deliberate security feature to prevent brute-force attacks, though it also means a creator must remember their PIN. Many creators avoid writing the PIN down anywhere and simply memorize it, similar to how they might treat an ATM PIN or phone password.

In case of device loss or damage, the creator can purchase a replacement device (another Nano X or Nano S Plus, for example) and restore the wallet using the same 24-word recovery phrase. Ledger Live will detect the newly initialized device and allow the creator to restore all addresses and balances. This is why the recovery phrase is so critical: it is the true backup. The physical device is just a convenient interface to the underlying private keys, and it can be replaced as long as the phrase remains secure.

Interfacing with NFT marketplaces and DeFi applications

Minting and listing NFTs requires the creator to connect their wallet to marketplace platforms like OpenSea, Magic Eden, Foundation, or others. Ledger Live provides a browser extension that allows these marketplaces to interact with the hardware wallet without exposing the private keys. When a creator initiates a transaction on OpenSea—such as approving a collection for sale or confirming a listing—the marketplace sends the transaction request to the browser extension, which displays it on the connected hardware device. The creator reviews the details on the device screen and physically confirms it using a button. The signed transaction then returns to the marketplace, which broadcasts it to the blockchain.

This process is slower than clicking a button in a web wallet (where the private keys exist in browser memory and can be accessed directly), but it is far more secure. A compromised website, malware on the computer, or a phishing attack cannot steal the private keys because they never leave the hardware device. The worst an attacker can do is manipulate the transaction request visible on the computer screen, but the creator sees the actual transaction details on the hardware device itself, which has not been compromised. If the details do not match—for instance, if the attacker tried to change the recipient address—the creator can simply reject the transaction on the device and nothing happens.

DeFi applications such as liquidity pools, lending protocols, or trading platforms operate similarly. The creator can access them through the Ledger browser extension, and interactions such as depositing assets, swapping tokens, or claiming rewards require device confirmation. This means a creator could, for example, stake their accumulated USDC in a protocol earning yield, without moving the funds to an exchange or separate account. The rewards accumulate in the same self-custodied address and are accessible at any time through Ledger Live.

Tax documentation and keeping records for creators

A creator operating a hardware wallet workflow generates a complete blockchain record of all transactions. Every mint, sale, royalty payment, and movement of funds is permanently recorded on the Ethereum or Polygon blockchain, associated with the creator’s addresses. This is both a blessing and a challenge for tax purposes. The blessing is that the record is immutable and verifiable; there is no ambiguity about what happened or when. The challenge is that the raw blockchain data requires interpretation: which transactions represent taxable income, which are transfers between the creator’s own addresses, and which are costs (gas fees, royalties paid to collaborators, etc.).

Most tax jurisdictions treat NFT creation and sales as business income. The moment an NFT sells, the creator has taxable income equal to the fair market value of the payment received at that time, regardless of whether the creator immediately converts it to fiat currency or holds it in crypto. Royalties received from secondary sales are also income. Gas fees paid for minting, listing, and transferring are typically deductible business expenses. The creator should maintain detailed records linking each transaction to its purpose: minting cost for NFT X, royalty received from secondary sale of NFT Y, etc.

Ledger Live provides transaction history export functionality, allowing the creator to download records in formats that can be imported into accounting software like Koinly, CoinTracker, or similar platforms. These services connect to blockchain data, match it against the creator’s wallet addresses, and generate reports organized by transaction type and date. A creator can then work with an accountant or tax professional to map these transactions to their business records and ensure accurate reporting. The hardware wallet itself does not generate tax documents, but the transparent, verifiable transaction history it creates is the foundation for accurate record-keeping.

Scaling and advanced workflows

As a creator’s business grows—moving from occasional drops to regular releases, managing multiple collections, or collaborating with other creators—the wallet workflow can scale accordingly. Ledger Live supports hierarchical deterministic wallets, meaning that a single device can manage dozens or hundreds of addresses derived from the same recovery phrase. A creator could, for example, maintain separate addresses for different collections or project types, making it easier to track income and expenses by project. Another address could be designated for team payments, with the creator periodically sending earnings to collaborators’ wallets.

For higher-value operations, some creators use multiple hardware devices. One device could serve as the primary operational wallet for day-to-day minting and sales. A second device, stored offline or in a secure location, could hold a reserve of funds as a long-term store of value. This creates a “hot” and “cold” wallet structure: the hot wallet is accessed regularly and holds a working balance, while the cold wallet is rarely accessed and holds the majority of the creator’s assets. If the hot wallet device is compromised, the cold wallet remains secure. This is particularly relevant for creators who have accumulated significant assets and want to reduce the risk of total loss from a single device failure or theft.

The Ledger ecosystem also supports integration with DeFi protocols, staking services, and other advanced features. A creator could stake Ethereum directly from their Ledger wallet, earning rewards without moving the assets to a platform. They could provide liquidity to trading pools and earn fees from trades executed through that pool. They could earn yield on stablecoins through lending protocols. All of these activities generate additional income streams that flow back to the self-custodied addresses and are visible in Ledger Live’s balance display. The key advantage is that none of these activities require trusting a centralized platform with the underlying assets.

Mahieka Gidwani

Mahieka Gidwani is a senior-year student at ABWA, currently studying for her A-Levels. She expresses great love for the written word; books have always appealed to her, and in more recent years, she has tried being the writer rather than the reader. Her role at Phoenixx Magazine is one that she holds with great pride. She takes it upon herself to present to her audience stories of a fascinating nature. And while she enjoys all forms of writing, she would definitely call poetry her forte. In 2023, she started a blog – handthatgirlamic.com, along with its complementary Instagram page, @handthatgirlamic. One can head there to read more of her work, ranging from poetry tips to social commentary. Mahieka is thrilled to have the opportunity to share stories on such a platform. It is important to her that each article under her name creates a profound impact and lingering afterthoughts. As she always says: I like to write, so let’s hope you like to read.