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How They Work, Cost and Risk

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Cross-border crypto payments move value between people or businesses in different countries over a blockchain instead of a chain of correspondent banks. In practice, the sender converts local money into a crypto asset (usually a dollar-backed stablecoin), sends it on-chain to the recipient’s wallet, and the recipient holds it, spends it or converts it to local currency. The transfer itself can settle in minutes. The total cost and the real-world speed depend on the on-ramp, the off-ramp and the rules in both countries.

This guide explains each step, what the best available data says about fees, where the risks sit, and how to follow the markets involved with live data.

Cryptela

Track the Markets Behind Crypto Payments

 

Explore real-time cryptocurrency prices, trading volumes and market news to better understand the assets and markets involved in cross-border payments.

Explore crypto market data

TL;DR

  • A crypto cross-border payment has three legs: fiat to crypto (on-ramp), an on-chain transfer, and crypto to local fiat (off-ramp). Fees and delays can appear at any of them.
  • A 2023 WTO report put a USD 500 stablecoin transfer at USD 5 to 15, against USD 20 to 30 on traditional routes.
  • Stablecoins do not remove verification, sanctions screening or anti-money laundering (AML) duties.
  • Price swings, security and off-ramp access are the main practical risks, so choose the asset, network and wallet type with care.
  • Live market data helps you check liquidity, volume and price stability before you send.

Table of Contents

What cross-border crypto payments are

A payment is cross-border when the payer and payee are in different countries. The traditional version travels through banks and payment networks, with cut-off times, intermediaries and reconciliation steps along the way. A crypto payment sends value through blockchain protocols, where settlement happens peer to peer on a shared public ledger.

That difference changes how distance behaves. A Bank for International Settlements working paper found that geographic distance and language barriers have a much smaller effect on crypto transactions than on traditional financial flows. The same paper found that stablecoins accounted for close to half of cross-border crypto flows between 184 countries from 2017 to 2024, and that flows of Bitcoin, Ether, Tether and USD Coin peaked at around USD 2.6 trillion in 2021.

The technology matters less than the part of the system it replaces. As one Grayscale research report puts it, stablecoins are a back-end infrastructure innovation, while many fintech advances only improve the front-end interface. The sender may still tap a familiar app. What changes is the rail underneath.

What cross-border crypto payments are

Why stablecoins lead

Bitcoin and other volatile assets can move across borders too, but a payment that arrives worth 5% less than when it left is a poor payment. Stablecoins aim to hold a fixed value, usually one US dollar, which is why they dominate this use case. News on new dollar-pegged assets reaching new markets is a good indicator of where payment corridors are developing: our coverage of XSGD, Singapore’s dollar-backed stablecoin launching on Bitstamp for cross-border payments and of VALR listing the FDUSD stablecoin in Africa shows how local-currency and dollar-linked tokens are reaching new users.

How a blockchain cross-border payment works

The usual flow, as described in a stablecoin remittance explainer from a blockchain network, has three stages.

  1. On-ramp. The sender converts fiat into a stablecoin through an exchange or payment app.
  2. On-chain transfer. The stablecoin goes to the recipient’s wallet address. On a fast network the transfer can settle in seconds.
  3. Off-ramp. The recipient converts the stablecoin to local fiat through an exchange or a local payout partner, or keeps it.

The source is clear that final delivery depends on the off-ramp and the local infrastructure. The blockchain leg is quick. The cash-out leg is where a payment either feels instant or does not.

Local payout partners

Some networks build the off-ramp into the design. On the Stellar network, local partners called Anchors accept traditional currency and convert value into the destination currency for payout, so participants can transact in their local currencies without an intermediary bank. This is the model to look for when the recipient needs cash or a bank deposit rather than a wallet balance.

What recipients do with the funds

Once the money arrives, the recipient has options. According to a payments explainer on stablecoin remittances, recipients can hold stablecoins to preserve value in high-inflation environments, spend them with businesses that accept them, or cash out to local currency through a crypto exchange. Card networks are also widening the spending route, as in our report that Mastercard will let merchants accept payments in crypto, and the update on Bybit Pay joining the Mastercard Crypto Credential network, which covers verifiable crypto transfers.

Fees and speed: what to expect

The headline numbers favor crypto, with a condition attached. The WTO report cited above noted that sending USD 500 via stablecoins could cost between USD 5 and 15 (1 to 3 percent), compared with USD 20 to 30 (4 to 6 percent) on traditional routes. Grayscale’s report cites an average cost of about 2.5% for a person-to-person cross-border payment in 2024, excluding remittances, which averaged around 5%.








Factor Traditional route Stablecoin route
Typical cost on USD 500 (WTO, 2023) USD 20 to 30 (4 to 6%) USD 5 to 15 (1 to 3%)
Availability Bank hours and cut-off times Near-continuous, 24/7 on open rails
Settlement Often days, via intermediaries Minutes, on-chain leg in seconds on fast networks
Biggest cost driver Intermediary and FX fees On-ramp and off-ramp fees

Two cautions keep these figures honest. First, the Grayscale report says smart-contract platform blockchains process transactions quickly and cheaply, but end-to-end cost depends on on- and off-ramp fees and the circumstances of the transaction. Second, the WTO states that any cost reduction depends on the full chain: acquiring stablecoins, converting to local currency, meeting regulatory requirements and reaching secure on- and off-ramps.

Factors that move your cost

  • Network fees. Choose a network built for payments rather than the busiest one at peak time.
  • Exchange spread. The gap between the quoted and the mid-market rate can matter more than the network fee.
  • Off-ramp fees. Cashing out in a country with few local providers usually costs more.
  • Size of the transfer. Small transfers feel flat fees most; very large ones can struggle to find counterparties. The USITC notes delays when finding market participants for large transaction values.

To compare conversion rates before you send, our crypto currency calculator converts an asset into any currency at current rates, which gives you a benchmark against your provider’s quote.

Who uses crypto for cross-border payments

The WTO identifies the main uses of stablecoins as low-value business payments, digitally delivered services, remittances, treasury operations and business-to-business transactions. Benefits it lists include near-continuous availability, rapid settlement, shorter intermediary chains and lower costs in selected corridors. Users adopt them when, in Grayscale’s framing, total end-to-end costs are lower, speed is higher or the risk of payment failure is smaller.

Five common stablecoin payment use cases

Demand is also tied to local conditions. A US International Trade Commission briefing notes that cryptocurrencies may attract consumers in economies with weakening currencies or depressed interest rates, where foreign investment assets are harder to access. The same briefing estimated over 420 million global crypto users as of April 5, 2023, including 260 million in Asia, 54 million in North America and 38 million in Africa, and said about 13.7% of the US population owned crypto in 2022. These are dated estimates, so treat them as a scale marker rather than a current count.

Practical fits

  • Freelancers and remote teams paid across several countries, where bank wires are slow or costly.
  • Families sending remittances to a corridor with a reliable local off-ramp.
  • Small online businesses paying overseas suppliers outside banking hours.
  • Treasury teams moving working capital between entities in different countries.

Risks, limits and rules

Crypto payments are not a way around the rules. The WTO is explicit that stablecoins do not remove the need for customer verification, sanctions screening, AML controls or reliable financial intermediaries. In the United States, a regulated exchange will run know-your-customer (KYC) checks before it lets you move funds, and recipients’ countries apply their own rules.

The USITC lists the main market risks: large value fluctuations, security issues, regulatory barriers and transactional delays. The BIS paper adds that capital flow management measures appear largely ineffective at curbing digital transactions, which is one reason regulators in many countries keep updating their approach. Rules change, so check the current requirements with your provider and your tax adviser before moving significant sums.

A safe-use checklist

  1. Pick a stable asset. For payments, use a fiat-backed stablecoin rather than a volatile coin, and know who issues it.
  2. Confirm the network. Sending a token on the wrong network can lose it permanently. Test with a small amount first.
  3. Verify the address. Copy and paste, then check the first and last characters.
  4. Plan the off-ramp before you send. Confirm the recipient can cash out locally and what it costs.
  5. Keep records. Save transaction hashes and exchange statements for tax and compliance questions.

Custodial or non-custodial wallets

A custodial wallet is easier for compliance and convenience. A non-custodial wallet gives you full control of your funds and private keys, with the responsibility that comes with it. Newer users and businesses that need clean compliance trails usually start custodial. Experienced users who want control choose non-custodial and protect their keys carefully.

Using market data to make better payment decisions

Payment decisions are market decisions. Before choosing an asset or corridor, check how deep its trading is, what its price has done lately and how it behaves under stress. That is where crypto data websites earn their place.

A useful data page shows live price, market capitalization, trading volume, historical performance and the number of markets where an asset trades. Judge reliability by a few signs:

  • Freshness. Prices should update in real time and show a timestamp.
  • Breadth. Coverage of many assets and trading venues lets you spot thin markets.
  • Volume context. Low volume relative to market cap suggests it may be hard to convert large amounts.
  • History. Long price history shows how an asset behaved in past shocks, which matters for stability.

Our top cryptocurrencies by market cap page and the live crypto news and updates feed let you compare the assets involved in payment corridors in one place. When broader moves hit the market, as in our piece on Bitcoin surging and falling swiftly, the first thing to check is whether your payment asset held its peg.

Perspective

We follow more than 30,000 cryptocurrencies across over 100,000 markets, and one pattern is consistent: payment technology matures when information around it does. A sender who can see volume, price history and listings for a stablecoin makes a better choice than one who simply picks whatever an app suggests.

Our view is that cross-border crypto payments are one of the clearest practical uses of blockchain technology. The cost and availability benefits are real in the right corridors, and the number of regulated on-ramps, card integrations and local-currency stablecoins is growing. That is an optimistic story, and it is strongest when users do the basics: verify the network, plan the off-ramp, respect KYC and AML, and keep an eye on the data.

That is why we put real-time prices, news, education and asset reviews in one place. Reading the market and sending the payment should be part of the same informed decision.

Hassan

Follow the payment market with Cryptela

Whether you send money abroad, accept crypto from international customers or build on blockchain rails, you need current information on the assets involved. Cryptela brings together live prices, market capitalization, trading volumes, historical performance and daily news in one platform.

Cryptela

If you run a payments, stablecoin or blockchain project and want to reach our readers, see our advertising options, or submit an article for 99 USD one-off.

FAQ

Are cross-border crypto payments cheaper than bank transfers?

Often, in selected corridors. The WTO cites USD 5 to 15 for a USD 500 stablecoin transfer, against USD 20 to 30 on traditional routes. The saving depends on on-ramp, off-ramp and exchange fees, so compare the full chain, not only the network fee.

How long does a blockchain cross-border payment take?

The on-chain transfer can settle in seconds on fast networks, and stablecoin remittances can run around the clock. Delivery to the recipient’s bank or cash depends on the off-ramp and local infrastructure, so it may take longer than the transfer itself.

Which cryptocurrency is best for cross-border payments?

Stablecoins lead because they aim to keep a steady value, and the BIS found they made up close to half of cross-border crypto flows from 2017 to 2024. Check the issuer, the network and whether the recipient can cash out locally before choosing.

They are permitted in many countries, but regulated providers still apply customer verification, sanctions screening and AML controls. Rules differ by country and change over time, so confirm the current requirements with your provider and a tax or legal professional.

Sources


How They Work, Cost and Risk

0


Cross-border crypto payments move value between people or businesses in different countries over a blockchain instead of a chain of correspondent banks. In practice, the sender converts local money into a crypto asset (usually a dollar-backed stablecoin), sends it on-chain to the recipient’s wallet, and the recipient holds it, spends it or converts it to local currency. The transfer itself can settle in minutes. The total cost and the real-world speed depend on the on-ramp, the off-ramp and the rules in both countries.

This guide explains each step, what the best available data says about fees, where the risks sit, and how to follow the markets involved with live data.

Cryptela

Track the Markets Behind Crypto Payments

 

Explore real-time cryptocurrency prices, trading volumes and market news to better understand the assets and markets involved in cross-border payments.

Explore crypto market data

TL;DR

  • A crypto cross-border payment has three legs: fiat to crypto (on-ramp), an on-chain transfer, and crypto to local fiat (off-ramp). Fees and delays can appear at any of them.
  • A 2023 WTO report put a USD 500 stablecoin transfer at USD 5 to 15, against USD 20 to 30 on traditional routes.
  • Stablecoins do not remove verification, sanctions screening or anti-money laundering (AML) duties.
  • Price swings, security and off-ramp access are the main practical risks, so choose the asset, network and wallet type with care.
  • Live market data helps you check liquidity, volume and price stability before you send.

Table of Contents

What cross-border crypto payments are

A payment is cross-border when the payer and payee are in different countries. The traditional version travels through banks and payment networks, with cut-off times, intermediaries and reconciliation steps along the way. A crypto payment sends value through blockchain protocols, where settlement happens peer to peer on a shared public ledger.

That difference changes how distance behaves. A Bank for International Settlements working paper found that geographic distance and language barriers have a much smaller effect on crypto transactions than on traditional financial flows. The same paper found that stablecoins accounted for close to half of cross-border crypto flows between 184 countries from 2017 to 2024, and that flows of Bitcoin, Ether, Tether and USD Coin peaked at around USD 2.6 trillion in 2021.

The technology matters less than the part of the system it replaces. As one Grayscale research report puts it, stablecoins are a back-end infrastructure innovation, while many fintech advances only improve the front-end interface. The sender may still tap a familiar app. What changes is the rail underneath.

What cross-border crypto payments are

Why stablecoins lead

Bitcoin and other volatile assets can move across borders too, but a payment that arrives worth 5% less than when it left is a poor payment. Stablecoins aim to hold a fixed value, usually one US dollar, which is why they dominate this use case. News on new dollar-pegged assets reaching new markets is a good indicator of where payment corridors are developing: our coverage of XSGD, Singapore’s dollar-backed stablecoin launching on Bitstamp for cross-border payments and of VALR listing the FDUSD stablecoin in Africa shows how local-currency and dollar-linked tokens are reaching new users.

How a blockchain cross-border payment works

The usual flow, as described in a stablecoin remittance explainer from a blockchain network, has three stages.

  1. On-ramp. The sender converts fiat into a stablecoin through an exchange or payment app.
  2. On-chain transfer. The stablecoin goes to the recipient’s wallet address. On a fast network the transfer can settle in seconds.
  3. Off-ramp. The recipient converts the stablecoin to local fiat through an exchange or a local payout partner, or keeps it.

The source is clear that final delivery depends on the off-ramp and the local infrastructure. The blockchain leg is quick. The cash-out leg is where a payment either feels instant or does not.

Local payout partners

Some networks build the off-ramp into the design. On the Stellar network, local partners called Anchors accept traditional currency and convert value into the destination currency for payout, so participants can transact in their local currencies without an intermediary bank. This is the model to look for when the recipient needs cash or a bank deposit rather than a wallet balance.

What recipients do with the funds

Once the money arrives, the recipient has options. According to a payments explainer on stablecoin remittances, recipients can hold stablecoins to preserve value in high-inflation environments, spend them with businesses that accept them, or cash out to local currency through a crypto exchange. Card networks are also widening the spending route, as in our report that Mastercard will let merchants accept payments in crypto, and the update on Bybit Pay joining the Mastercard Crypto Credential network, which covers verifiable crypto transfers.

Fees and speed: what to expect

The headline numbers favor crypto, with a condition attached. The WTO report cited above noted that sending USD 500 via stablecoins could cost between USD 5 and 15 (1 to 3 percent), compared with USD 20 to 30 (4 to 6 percent) on traditional routes. Grayscale’s report cites an average cost of about 2.5% for a person-to-person cross-border payment in 2024, excluding remittances, which averaged around 5%.








Factor Traditional route Stablecoin route
Typical cost on USD 500 (WTO, 2023) USD 20 to 30 (4 to 6%) USD 5 to 15 (1 to 3%)
Availability Bank hours and cut-off times Near-continuous, 24/7 on open rails
Settlement Often days, via intermediaries Minutes, on-chain leg in seconds on fast networks
Biggest cost driver Intermediary and FX fees On-ramp and off-ramp fees

Two cautions keep these figures honest. First, the Grayscale report says smart-contract platform blockchains process transactions quickly and cheaply, but end-to-end cost depends on on- and off-ramp fees and the circumstances of the transaction. Second, the WTO states that any cost reduction depends on the full chain: acquiring stablecoins, converting to local currency, meeting regulatory requirements and reaching secure on- and off-ramps.

Factors that move your cost

  • Network fees. Choose a network built for payments rather than the busiest one at peak time.
  • Exchange spread. The gap between the quoted and the mid-market rate can matter more than the network fee.
  • Off-ramp fees. Cashing out in a country with few local providers usually costs more.
  • Size of the transfer. Small transfers feel flat fees most; very large ones can struggle to find counterparties. The USITC notes delays when finding market participants for large transaction values.

To compare conversion rates before you send, our crypto currency calculator converts an asset into any currency at current rates, which gives you a benchmark against your provider’s quote.

Who uses crypto for cross-border payments

The WTO identifies the main uses of stablecoins as low-value business payments, digitally delivered services, remittances, treasury operations and business-to-business transactions. Benefits it lists include near-continuous availability, rapid settlement, shorter intermediary chains and lower costs in selected corridors. Users adopt them when, in Grayscale’s framing, total end-to-end costs are lower, speed is higher or the risk of payment failure is smaller.

Five common stablecoin payment use cases

Demand is also tied to local conditions. A US International Trade Commission briefing notes that cryptocurrencies may attract consumers in economies with weakening currencies or depressed interest rates, where foreign investment assets are harder to access. The same briefing estimated over 420 million global crypto users as of April 5, 2023, including 260 million in Asia, 54 million in North America and 38 million in Africa, and said about 13.7% of the US population owned crypto in 2022. These are dated estimates, so treat them as a scale marker rather than a current count.

Practical fits

  • Freelancers and remote teams paid across several countries, where bank wires are slow or costly.
  • Families sending remittances to a corridor with a reliable local off-ramp.
  • Small online businesses paying overseas suppliers outside banking hours.
  • Treasury teams moving working capital between entities in different countries.

Risks, limits and rules

Crypto payments are not a way around the rules. The WTO is explicit that stablecoins do not remove the need for customer verification, sanctions screening, AML controls or reliable financial intermediaries. In the United States, a regulated exchange will run know-your-customer (KYC) checks before it lets you move funds, and recipients’ countries apply their own rules.

The USITC lists the main market risks: large value fluctuations, security issues, regulatory barriers and transactional delays. The BIS paper adds that capital flow management measures appear largely ineffective at curbing digital transactions, which is one reason regulators in many countries keep updating their approach. Rules change, so check the current requirements with your provider and your tax adviser before moving significant sums.

A safe-use checklist

  1. Pick a stable asset. For payments, use a fiat-backed stablecoin rather than a volatile coin, and know who issues it.
  2. Confirm the network. Sending a token on the wrong network can lose it permanently. Test with a small amount first.
  3. Verify the address. Copy and paste, then check the first and last characters.
  4. Plan the off-ramp before you send. Confirm the recipient can cash out locally and what it costs.
  5. Keep records. Save transaction hashes and exchange statements for tax and compliance questions.

Custodial or non-custodial wallets

A custodial wallet is easier for compliance and convenience. A non-custodial wallet gives you full control of your funds and private keys, with the responsibility that comes with it. Newer users and businesses that need clean compliance trails usually start custodial. Experienced users who want control choose non-custodial and protect their keys carefully.

Using market data to make better payment decisions

Payment decisions are market decisions. Before choosing an asset or corridor, check how deep its trading is, what its price has done lately and how it behaves under stress. That is where crypto data websites earn their place.

A useful data page shows live price, market capitalization, trading volume, historical performance and the number of markets where an asset trades. Judge reliability by a few signs:

  • Freshness. Prices should update in real time and show a timestamp.
  • Breadth. Coverage of many assets and trading venues lets you spot thin markets.
  • Volume context. Low volume relative to market cap suggests it may be hard to convert large amounts.
  • History. Long price history shows how an asset behaved in past shocks, which matters for stability.

Our top cryptocurrencies by market cap page and the live crypto news and updates feed let you compare the assets involved in payment corridors in one place. When broader moves hit the market, as in our piece on Bitcoin surging and falling swiftly, the first thing to check is whether your payment asset held its peg.

Perspective

We follow more than 30,000 cryptocurrencies across over 100,000 markets, and one pattern is consistent: payment technology matures when information around it does. A sender who can see volume, price history and listings for a stablecoin makes a better choice than one who simply picks whatever an app suggests.

Our view is that cross-border crypto payments are one of the clearest practical uses of blockchain technology. The cost and availability benefits are real in the right corridors, and the number of regulated on-ramps, card integrations and local-currency stablecoins is growing. That is an optimistic story, and it is strongest when users do the basics: verify the network, plan the off-ramp, respect KYC and AML, and keep an eye on the data.

That is why we put real-time prices, news, education and asset reviews in one place. Reading the market and sending the payment should be part of the same informed decision.

Hassan

Follow the payment market with Cryptela

Whether you send money abroad, accept crypto from international customers or build on blockchain rails, you need current information on the assets involved. Cryptela brings together live prices, market capitalization, trading volumes, historical performance and daily news in one platform.

Cryptela

If you run a payments, stablecoin or blockchain project and want to reach our readers, see our advertising options, or submit an article for 99 USD one-off.

FAQ

Are cross-border crypto payments cheaper than bank transfers?

Often, in selected corridors. The WTO cites USD 5 to 15 for a USD 500 stablecoin transfer, against USD 20 to 30 on traditional routes. The saving depends on on-ramp, off-ramp and exchange fees, so compare the full chain, not only the network fee.

How long does a blockchain cross-border payment take?

The on-chain transfer can settle in seconds on fast networks, and stablecoin remittances can run around the clock. Delivery to the recipient’s bank or cash depends on the off-ramp and local infrastructure, so it may take longer than the transfer itself.

Which cryptocurrency is best for cross-border payments?

Stablecoins lead because they aim to keep a steady value, and the BIS found they made up close to half of cross-border crypto flows from 2017 to 2024. Check the issuer, the network and whether the recipient can cash out locally before choosing.

They are permitted in many countries, but regulated providers still apply customer verification, sanctions screening and AML controls. Rules differ by country and change over time, so confirm the current requirements with your provider and a tax or legal professional.

Sources


Tether’s USDT grows as stablecoin supply tops $300B, rivals decline

0


The total stablecoin supply has crossed the $300 billion mark in 2025. The gains are flowing almost entirely to the players who were already winning, while the much-hyped wave of bank-issued and regulatory-compliant newcomers is barely registering on the scoreboard.

Tether’s USDT remains the undisputed heavyweight, commanding roughly 58% of the entire stablecoin market. That translates to a supply figure approaching $190 billion, according to DeFiLlama’s latest data. For context, the entire stablecoin market sat around $205 billion earlier this year, meaning USDT alone is now worth nearly as much as the whole sector was just months ago.

The $100 billion surge and who captured it

The stablecoin market has added nearly $100 billion in supply over the course of 2025. Banks and fintech firms have rushed to launch stablecoins designed to comply with the GENIUS Act framework, hoping that regulatory legitimacy would be their competitive edge. The newcomers have had a harder start than many expected, failing to peel meaningful market share away from USDT or Circle’s USDC.

The World Economic Forum has recognized stablecoins as integral to transactions valued in the trillions of dollars, with a projected market cap of around $300 billion by 2026. The market hit that number ahead of schedule, reflecting the velocity of adoption in trading, settlement, and on-chain payments.

Why the GENIUS Act hasn’t been a great equalizer

The GENIUS Act was supposed to create a clear regulatory pathway that would let traditional financial institutions compete on a level playing field with crypto-native issuers. Trust in the stablecoin world is measured in liquidity depth on exchanges, in the number of trading pairs denominated in your token, and in how many DeFi protocols accept your stablecoin as collateral. USDT has spent years building that kind of structural trust. A bank-issued stablecoin launching in 2025 is essentially starting from zero on all of those dimensions.

USDC, the second-largest stablecoin issued by Circle, has carved out its own niche by leaning into transparency and US regulatory compliance. But even USDC hasn’t been able to close the gap with Tether in any meaningful way.

What this means for investors

Stablecoin growth has historically correlated with increased trading activity and capital inflows into digital assets. For Tether specifically, USDT’s market share has proven remarkably sticky despite years of scrutiny over its reserves and transparency practices. If incumbents continue capturing essentially all of the market’s growth, it suggests that the stablecoin market may be settling into a durable oligopoly structure, with USDT and USDC together accounting for the vast majority of all stablecoin supply.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.


HYPE hits highest level since October near $48 as Bitwise CIO calls Hyperliquid a super app

0


Bitwise CIO Matt Hougan said Hyperliquid should be viewed less as a crypto app and more as a super app targeting the broader global asset market.

In a Tuesday post on X, Hougan said Hyperliquid is not targeting the $3 trillion crypto economy but the roughly $600 trillion global asset market. He added that investors are valuing the project as one category when it belongs in another.

The comments come as institutional access to Hyperliquid expands through newly launched exchange-traded products. Bitwise debuted its Hyperliquid ETF on the NYSE last Friday, while 21Shares launched its own Hyperliquid ETF last week on Nasdaq.

According to SoSoValue data, Hyperliquid ETF products had surpassed $11 million in total net inflows, more than $18 million in total net assets, and over $12 million in trading volume as of Monday.

The broader Hyperliquid thesis also gained support last week after Coinbase announced it had become the official treasury deployer of USDC as an Aligned Quote Asset on Hyperliquid. Coinbase said the move expands support for onchain markets and strengthens USDC’s role as the preferred stablecoin for onchain capital markets.

That momentum is arriving as regulators appear to be warming to tokenized securities. A Bloomberg report said Monday that the SEC is preparing an innovation exemption that could allow trading of tokenized versions of stocks on crypto platforms.

The potential framework would be significant for Hyperliquid’s HIP 3 markets, where independent issuers have begun launching perpetual futures tied to stocks, commodities, and private company listings.

Those markets have already started influencing price discovery around major listings. During last week’s Cerebras IPO, traders watched Hyperliquid-linked pre-IPO perps to gauge where the stock could open.

The same dynamic is emerging around SpaceX, where a pre-IPO market tied to the company has gained traction on Hyperliquid with more than $15 million in volume and over $30 million in open interest at press time.

HYPE rallied more than 7% on Monday as traders reacted to the tokenized stock report and continued growth in Hyperliquid’s pre-IPO markets. Coinbase’s USDC announcement also helped lift the token last week. HYPE was last trading near $48, its highest level since late October 2025, according to CoinGecko data.

Disclosure: This article was edited by Estefano Gomez. For more information on how we create and review content, see our Editorial Policy.




Bernstein sees upside for bitcoin miners amid $90B in AI deals

0


Bitcoin miners have spent years being valued on a single metric: how much hash rate they control. Bernstein thinks that framework is outdated. The firm sees miners sitting on something far more valuable than the ability to solve cryptographic puzzles, namely the power infrastructure that AI companies are desperately scrambling to secure.

The thesis centers on an estimated $90 billion wave of AI infrastructure investment. Miners who locked down grid capacity and built out high-density cooling systems for their rigs are now positioned to rent that exact same infrastructure to hyperscalers and AI firms willing to pay a premium for it.

The picks and the logic

Bernstein issued Outperform ratings on four names: IREN, Riot Platforms, CleanSpark, and Core Scientific. Among those, IREN got the spotlight treatment as the firm’s top pick, with a price target of $75.

These companies already control what’s hardest to get in today’s AI arms race: permitted sites, energized substations, and cooling capable of handling dense GPU clusters.

Core Scientific already demonstrated this model when it struck a multi-billion-dollar deal with CoreWeave to host AI workloads at its facilities. That agreement essentially served as proof of concept for the entire sector, showing that the colocation playbook could work for miners willing to diversify their revenue streams.

Why miners, specifically

Bernstein’s framing redefines these companies. Instead of viewing them purely as digital-asset producers whose fortunes rise and fall with Bitcoin’s price, the firm is positioning them as energy-infrastructure businesses. That’s a meaningful distinction because it implies a more stable, recurring revenue base from long-term AI hosting contracts, layered on top of whatever Bitcoin mining continues to generate.

In the US, connecting a new large-load facility to the electrical grid involves utility approval timelines that can stretch for years. Miners who already completed that process own a resource that money alone can’t buy quickly.

Execution risk is real

Not every miner with a substation and some fans is going to successfully pivot into an AI infrastructure company. The transition requires substantial capital expenditure. GPU-ready data centers need different networking, different power distribution, and different cooling architectures than ASIC mining rigs.

Bernstein’s call acknowledges this variability. Not all four companies are at the same stage of readiness, and execution success will differ across the sector. IREN’s position as the top pick suggests the firm sees it as furthest along in bridging that gap, but the $75 price target still represents a bet on future delivery rather than current results.

For investors watching this space, the key metric to track isn’t hash rate anymore. It’s contracted megawatts allocated to AI versus mining, the credit quality of hosting counterparties, and the capital required to retrofit existing sites.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.


Redis launches Iris, a context and memory platform for AI agents

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Redis, the company synonymous with the caching layer that prevented web applications from buckling under traffic, is making a sharp pivot deeper into AI infrastructure. On Monday, it launched Iris, a context and memory platform purpose-built for AI agents, targeting what it sees as a fundamental mismatch between how agents consume data and how most retrieval systems were designed to serve it.

The core thesis is straightforward: AI agents make orders of magnitude more data requests than human users, but most retrieval pipelines were built for the human-scale problem. Iris is Redis’ attempt to close that gap before it becomes the bottleneck that stalls enterprise AI adoption.

What Iris actually does

LLMs are inherently stateless. Every interaction starts from scratch unless something external provides continuity. That external something is what Iris is designed to be.

The platform sits between an AI agent and the data it needs to act. It consolidates three capabilities that enterprises have typically had to stitch together from separate tools: a Context Retriever, Agent Memory, and Data Integration.

The Context Retriever handles real-time data fetching, pulling in both structured and unstructured information so an agent can ground its responses in current facts rather than whatever its training data happened to include. Agent Memory provides both short-term and long-term persistence, meaning an agent can recall what happened in prior sessions, track evolving user preferences, or maintain state across multi-step workflows. The Data Integration layer, which Redis calls RDI, acts as a real-time data loader that keeps the underlying information fresh.

Why this matters for AI infrastructure

Iris also arrives alongside a new Flex SSD-based version of Redis, which suggests the company is thinking about cost efficiency alongside performance. Running everything in-memory is fast but expensive. An SSD tier could make it feasible for enterprises to maintain larger context windows and longer agent memories without blowing up their infrastructure budgets.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.


Solana surpasses all L1 and L2 chains in tokenized stock trading volume for 50th week

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Solana has now led every other blockchain, Layer 1 and Layer 2 combined, in tokenized stock trading volume for 50 consecutive weeks.

The chain’s dominance in tokenized stocks is, for all practical purposes, the dominance of a single product.

The xStocks effect

Backed Finance launched its xStocks platform on June 30, and the impact was immediate. Since that launch, Solana has captured over 95% of all tokenized stock trading volume happening on-chain. Not 95% of Solana-native volume. 95% of the entire market across every blockchain.

The platform currently offers 60 tokenized assets, split between 55 individual stocks and 5 ETFs. These are on-chain representations of traditional equities, meaning traders can buy and sell synthetic versions of popular stocks without leaving the blockchain ecosystem.

Over the past 30 days, tokenized stock trading volume has exceeded $70 million. Daily volumes have fluctuated between $570K and $6.1M.

Why Solana, and does it matter?

Solana’s technical architecture gives it natural advantages for something like tokenized stock trading. Fast finality, low transaction costs, and high throughput make it practical to execute the kind of frequent, smaller trades that retail users tend to favor.

It’s worth noting that tokenized stock products face a different regulatory calculus than, say, tokenized US Treasuries. Securities laws in most jurisdictions are clear about who can offer stock-like products and under what conditions. The long-term viability of platforms like xStocks will depend heavily on how regulators choose to engage with them.

What this means for investors

When 95% of a market’s volume comes from a single platform, you’re not really looking at a market. You’re looking at a product. If xStocks were to face a regulatory challenge, a technical failure, or simply lose user interest, Solana’s tokenized stock dominance would evaporate overnight.

Liquidity is the most immediate concern. Daily volumes swinging from $570K to $6.1M suggest that on many days, executing larger trades could be difficult without meaningful price impact.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.