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Card payments work, but every transaction passes through layers of intermediaries that each take a cut.
In the first post of this series, we looked at why card payments are so expensive for small businesses. The takeaway was simple: cards work, but the economics aren't designed in your favor. Fees scale with your revenue, not your costs. And the system isn't going to fix itself.
For the first time in years, there's a real alternative to card payments. Not a replacement. But a better option that cuts out the middlemen.
That option is stablecoins.
A stablecoin is a digital token pegged to the U.S. dollar. In practice, that means:
It moves electronically, but it doesn't rely on card networks, issuing banks, or payment processors for each transaction. Think of it as digital cash. When a customer sends a stablecoin payment, dollars move from them to you without passing through the traditional card stack.
For a merchant, that difference matters. Instead of pulling funds through a chain of intermediaries that take a percentage at each step, the customer sends dollars straight to you. Closer to handing over cash than swiping a card.
Because the payment path is simpler, the cost structure is too. On many stablecoin-friendly networks, fees land at 1% or less, sometimes just a few cents for a typical retail transaction. Compared to card payments that often run 2.5% to 3.5% all-in, the math starts to look different. On a $100 sale, network fees might be as little as a few cents. Over a year of sales, that difference compounds in a way card fees never do.
The differences go beyond fees. Stablecoin payments behave more like cash than cards in ways that matter for day-to-day operations.
Settlement is faster. When a customer taps a card, the payment doesn't actually settle right away. It's authorized, batched, settled, and finally paid out, often one to three business days later. Stablecoin payments confirm in seconds or minutes. There's no batching window. Weekends and holidays don't slow things down. When the payment arrives in your wallet, it's already settled.
For a small business, that can mean:
Transactions are final. With cards, a customer can initiate a chargeback weeks after a purchase. Funds get pulled back while you dig up receipts and documentation to dispute it. With stablecoins, once a transaction confirms on-chain, it's final. You can still offer refunds but refunds are initiated by you, not reversed automatically by a card network.
For many merchants, fewer chargebacks means:
None of this makes cards unusable. But slow settlement and chargeback risk are design choices, not laws of nature.
If stablecoins are cheaper and settle faster, why aren't they everywhere already?

For a long time, they weren't ready. The technology was early, the user experience was rough, and the ecosystem was too small to matter for most merchants.
That's changing. Stablecoins aren't a niche experiment anymore:
Stablecoins change the math on payments, but on their own they aren't a point-of-sale system. To work in the real world, they need to feel as simple and familiar as tapping a card. That's what Burner Terminal is for.
Card payments are convenient, but the fee structure was never built to favor small businesses. Processing fees often land between 2.5% and 3.5%, and they scale with your revenue, not your costs. For low-margin businesses, that can quietly consume a significant share of profit.
The good news is that the payments world is starting to get a second option. Stablecoins change the math, often reducing costs and removing many of the tradeoffs merchants have come to accept with cards.
❓ What is a stablecoin?
A stablecoin is a digital token pegged to the U.S. dollar. One unit is designed to equal about one dollar. It moves over blockchain networks instead of card rails, which means fewer intermediaries and lower fees.
❓ How do stablecoin fees compare to credit card fees?
Card payments typically cost 2.5% to 3.5% per transaction. Stablecoin payments on modern networks can cost 1% or less, sometimes just a few cents regardless of transaction size.
❓ How fast do stablecoin payments settle?
Seconds to minutes. There's no batching, no business-day delays, and no waiting for weekends or holidays to pass. When the payment arrives, it's already settled.
❓ Are stablecoin payments reversible?
No. Once a stablecoin transaction confirms on-chain, it's final. You can still issue refunds, but they're initiated by you, not reversed by a third party.
❓ Do I need to replace my current payment setup?
No. Stablecoins work best as an additional option alongside cards and cash. You don't have to choose one or the other.
❓ What stablecoins can I accept?
The most common are USDC (issued by Circle) and USDT (issued by Tether). Burner Terminal also supports USD II, a gasless stablecoin designed for merchant transactions.
❓ Is this legal and regulated?
Yes. The U.S. passed its first stablecoin regulatory framework (the GENIUS Act) in 2025, and major companies like Visa, PayPal, Stripe, and Shopify now support stablecoin payments.

The Senate Banking Committee advanced the CLARITY Act on May 14, 2026, bringing the first comprehensive federal crypto market-structure bill closer to becoming law. The legislation splits oversight between the CFTC, SEC, and banking regulators while formally recognizing payment stablecoins under the GENIUS Act framework. Most notably for everyday users, Section 605 protects the right to self-custody through hardware and software wallets. This article breaks down what the bill actually changes for stablecoin holders, self-custody users, exchanges, and merchants accepting crypto payments.
Crypto can swing wildly in value, and that volatility is exactly what makes it impractical to use as everyday money. Stablecoins solve this by pegging a digital token to a stable asset, usually the US dollar, so it moves on blockchain rails without the price swings. This guide explains what stablecoins are, the five types and how each holds its peg, what they're actually used for, the main risks to watch for, and the simplest ways to buy your first one.
Vercel confirmed a security breach on April 19, 2026. Attackers accessed API keys, database credentials, and deployment tokens for hundreds of customers. The attack started with malware on a Context AI employee's machine in February. From there, the attacker worked through a chain of stolen credentials into a Vercel employee's account and then into Vercel's internal systems. Crypto teams are most exposed because leaked credentials can lead to irreversible financial loss. Many Web3 projects store keys that connect to wallets, payment processors, and blockchain infrastructure in Vercel's environment variables.