Canada has wrapped up a formal test of distributed ledger technology in its debt markets, marking a milestone with the issuance of the country’s first tokenized bond. The Bank of Canada announced on a recent Friday that Project Samara brought together the central bank, Export Development Canada, Royal Bank of Canada, and TD Bank Group to explore whether a blockchain-inspired infrastructure could streamline the lifecycle of bonds—from issuance to settlement. The pilot involved a CAD 100 million instrument maturing in under three months, issued to a closed group of investors, and settled using wholesale central bank deposits rather than traditional commercial bank money. The platform, built on Hyperledger Fabric, linked separate cash and bond ledgers to enable near-instant settlement and end-to-end lifecycle management, including issuance, bidding, coupon payments, redemption, and secondary trading.

Key takeaways

• The pilot issued a CAD 100 million tokenized bond with a maturity of less than three months to a select group of investors, representing a tangible step toward tokenized government-like debt in Canada.
• Settlement relied on wholesale central bank deposits rather than conventional bank money, underscoring a shift in how payment rails could interact with tokenized securities.
• Hyperledger Fabric served as the core platform, integrating separate ledgers for cash and bonds to support a full lifecycle from issuance to trading with near-instant settlement.
• Participants tested a comprehensive workflow—issuance, bidding, coupon payments, redemption, and secondary trading—highlighting both operational gains and governance or regulatory hurdles.
• Early results point to improved data integrity and operational efficiency, while signaling that broader uptake will hinge on governance, regulatory alignment, and integration with existing financial infrastructures.

Sentiment: Neutral

Market context: The Canadian pilot sits within a growing global wave of experiments where governments and financial institutions explore tokenized and blockchain-enabled bonds. Notable precedents include the World Bank’s Bond-i issuance in 2018, which is widely cited as the first bond whose lifecycle was managed on a blockchain, and Singapore’s 2022 introduction of Project Guardian to study digital-asset use in wholesale markets. Hong Kong’s tokenized green bond program launched in 2023, with subsequent expansions in 2024 and 2025, and the World Bank’s 2024 collaboration with Swiss National Bank and SIX Digital Exchange illustrate a broader push toward digital settlement rails for traditional assets.

Why it matters

The Canadian experiment adds momentum to the concept that distributed ledger technology can streamline bond issuance, trading, and settlement by harmonizing disparate ledgers and enabling faster, more transparent post-trade processing. In theory, tokenized bonds promise reduced counterparty risk and improved data integrity, because the lifecycle—issuance, auction, coupon payments, and redemption—can be captured on an auditable, shared ledger with restricted access controls. The use of wholesale central bank deposits for payments further signals a potential evolution of settlement rails that aligns with central bank objectives for digital currency and streamlined settlement finality.

Yet the pilot also exposes real-world frictions. Governance structures and regulatory regimes must adapt to tokenized asset workflows, encompassing disclosure, investor protection, and cross-ledger interoperability. The need to integrate a distributed system with established financial infrastructures—clearing, custodial practices, and risk management frameworks—presents a non-trivial hurdle for scale. In addition, the transition from pilot to live, broad-based issuance requires careful calibration of operational risk, access rights, and oversight to ensure that security, privacy, and settlement finality meet both market and regulatory expectations.

Beyond Canada, the trend toward tokenized debt is not simply a technology story; it reflects evolving market architecture preferences. The World Bank’s historic Bond-i project demonstrated the feasibility of recording bond lifecycles on a blockchain platform, while MAS’s Project Guardian has driven industry exploration into digital-asset tokenization in wholesale markets. The Hong Kong Monetary Authority’s tokenized-bond initiatives show strategic regulatory support for digitalized debt, and Switzerland’s engagement with SIX Digital Exchange to settle a Swiss-franc digital bond highlights a growing ecosystem of cross-border experimentation. Taken together, these efforts illustrate how tokenization and distributed ledgers could eventually broaden access to capital markets, reduce settlement risk, and enable more granular post-trade data analytics—though each jurisdiction faces its own governance and technical integration challenges.

In this context, Canada’s test represents a proof-of-concept that a traditional debt instrument can be issued, traded, and settled on a ledger that mirrors wholesale central-bank-ready infrastructures. It also demonstrates a collaborative model among a government authority, a crown corporation, and large domestic banks, which could serve as a blueprint for future pilots or potential live deployments in other markets. The emphasis on end-to-end lifecycle management—issuance through secondary trading—addresses a longstanding pain point in bond markets: friction and latency in post-trade processes. While the initiative does not imply immediate disruption to conventional bond markets, it signals a path toward more efficient settlement, tighter data governance, and potentially new forms of investor access, should scale and regulatory support align in the coming years.

For participants and observers, the key takeaway is not that a single tokenized bond will disrupt the market but that a working, production-grade, distributed-ledger environment validated by major financial institutions can execute a bond’s lifecycle with high degrees of automation and near-instant settlement. The learnings—benefits in operational clarity and data integrity, paired with governance and integration challenges—will inform both policy considerations and private-sector decisions about the role of blockchain-inspired architectures in the capital markets ecosystem. As central banks and regulators monitor live pilots, the Canadian example reinforces the proposition that tokenized assets can be more than a speculative concept; they can be engineered into functional components of a broader, digitized financial infrastructure.

The Bank of Canada’s announcement and accompanying materials provide a window into how pilots like Project Samara are shaping practical experimentation. The release notes that the bond issuance and settlement occurred on a distributed ledger platform, with payments routed through wholesale central bank deposits. For more granular details on the official pilot, see the Bank of Canada’s announcement here: Bank of Canada, Export Development Canada, RBC, TD successfully complete bond issuance experiment using distributed ledger technology.

As the data set from this pilot becomes more concrete, observers will be watching for how governance structures evolve, how regulators respond to cross-jurisdictional interoperability considerations, and whether subsequent pilots scale to larger debt issues or longer maturities. The path from a single trial to a broader adoption hinges not only on technical feasibility but on the alignment of risk controls, settlement finality guarantees, and fiscal-technical harmonization across institutions and regulatory bodies. In that sense, Project Samara is less about the immediate utility of the CAD 100 million note and more about demonstrating that a coordinated, ledger-based approach can support end-to-end bond management in a way that resonates with evolving central-bank digital currency and digital-asset policy discussions.

What to watch next

• whether Canada expands the pilot to include larger issues or longer tenors within the same framework
• regulatory guidance or updates that address governance and interoperability for tokenized fixed income in Canada
• additional participants from the private sector or other Canadian provinces contemplating similar experiments
• technical refinements to the ledger architecture that improve scalability and cross-ledger reconciliation
• potential live deployments or cross-border pilots tied to wholesale settlement rails

Sources & verification

• Bank of Canada, Export Development Canada, Royal Bank of Canada, and TD Bank announce successful bond-issuance experiment using distributed ledger technology (March 2026): https://www.bankofcanada.ca/2026/03/bank-canada-export-development-canada-rbc-td-successfully-complete-bond-issuance-experiment-distributed-ledger-technology/
• World Bank: Bond-i—the first global blockchain bond issuance (2018): https://www.worldbank.org/en/news/press-release/2018/08/23/world-bank-prices-first-global-blockchain-bond-raising-a110-million
• Monetary Authority of Singapore: Project Guardian and wholesale digital-asset initiatives (2022): https://www.mas.gov.sg/news/media-releases/2022/mas-partners-the-industry-to-pilot-use-cases-in-digital-assets
• Hong Kong Monetary Authority: tokenized green bond issuance and program updates (2023–2025): https://www.hkma.gov.hk/eng/news-and-media/press-releases/2023/02/20230216-3, https://www.hkma.gov.hk/eng/news-and-media/press-releases/2024/02/20240207-6
• World Bank: partnership with Swiss National Bank and SIX Digital Exchange to advance digitalization in capital markets (2024): https://www.worldbank.org/en/news/press-release/2024/05/15/world-bank-partners-with-swiss-national-bank-and-six-digital-exchange-to-advance-digitalization-in-capital-markets

Tokenized bonds in Canada: outcomes, mechanics, and implications

Canada’s tokenized-bond pilot under Project Samara represents a deliberate, methodical step toward reimagining debt markets through distributed ledger technology. The collaboration among the Bank of Canada, Export Development Canada, and two of the country’s largest banks demonstrates a practical, governance-conscious approach to testing a full lifecycle on a shared ledger. The CAD 100 million instrument with a sub-three-month maturity illustrates how tokenization can be deployed for relatively short-duration debt in a controlled setting, providing a limited but meaningful data point for how such assets might behave in real markets.

The mechanics of the Pilot Samara platform—built on Hyperledger Fabric and featuring integrated cash and bond ledgers—address a core challenge in traditional bond markets: the latency and risk associated with post-trade processing. By enabling issuance, bidding, coupon settlement, redemption, and secondary trading on a single ledger, and by processing payments through wholesale central bank deposits, the pilot pushes the envelope on settlement efficiency and inter-ledger coherence. The approach also offers a blueprint for potential future interoperability with central bank digital currencies and wholesale payment rails, a topic of growing interest among policymakers around the world.

However, the pilot also makes clear that technology alone is not a panacea. Governance structures, cross-border data agreements, and regulatory requirements remain critical to the viability of broader adoption. The institutions involved acknowledged that while operational improvements were evident, so too were governance and integration hurdles—issues that would need to be resolved before any large-scale rollout. As the market grows more comfortable with the idea of tokenized assets and as central banks continue to refine their digital-currency frameworks, pilots like Samara provide a concrete, observable test of how tokenized debt could function within a regulated, institutionally trusted ecosystem.

In the broader context, Canada’s experiment sits at the intersection of technological capability and policy design. It reflects a systematic, risk-conscious approach to exploring new settlement paradigms while preserving market integrity and investor protection. The results contribute to a landscape in which tokenized bonds are no longer a speculative curiosity but a potential instrument for more efficient settlement and improved data governance. Investors, financial institutions, and policymakers will be watching closely for how Canada translates pilot insights into scalable solutions that could reshape the structure and speed of debt markets in the years ahead.

TLDR:

• • Circle launched Arc blockchain and nanopayments, cutting transaction costs to fractions of a penny for AI agents.
    
  • Stripe and Paradigm built Tempo blockchain, raising $500M at a $5B valuation for stablecoin payment rails.
    
  • Credit card fees make microtransactions unworkable, giving stablecoins a structural edge in machine-to-machine commerce.
  • Coinbase’s x402 recorded just $24M in volume, exposing a wide gap between agentic payment ambition and adoption.
    

Circle Internet Group and Stripe are locked in a race to build payment systems for a world that does not yet exist. Both companies are developing infrastructure designed for autonomous AI agents that settle transactions in stablecoins.

The goal is to replace the traditional credit card swipe with programmable, machine-driven payments. Investors are watching closely, with Stripe reaching a $159 billion valuation and Circle shares climbing nearly 30% since the start of 2026. The competition is already reshaping how the payments industry thinks about the future.

Two Companies, One Vision, Different Approaches

Circle is moving fast on the infrastructure side. The company launched Arc, a new blockchain built specifically for stablecoin payments.

It also began testing “nanopayments,” a capability that lets autonomous agents hold balances and transact across networks.

Costs run at fractions of a penny per transaction, making high-frequency machine-to-machine commerce economically practical for the first time.

Stripe is taking a different but equally aggressive path. Together with crypto venture firm Paradigm, it is building Tempo, a blockchain designed from the ground up for stablecoin settlement.

The project raised $500 million at a $5 billion valuation, with Visa, Mastercard, UBS, and Shopify signing on as partners.

Stripe has also spent more than $1.1 billion acquiring stablecoin infrastructure, including the 2025 purchase of Bridge.

The two companies are effectively building parallel highways toward the same destination. Circle is focused on the settlement layer and the nanopayment capability.

Stripe is focused on merchant integration and blockchain rails. Together, their investments represent the most serious institutional bet yet that stablecoins will power the next generation of commerce.

Why Credit Cards Cannot Compete in an Agent-Driven World

The structural argument against credit cards is straightforward. Traditional card networks charge fixed fees and percentage-based pricing on every transaction.

That model works for a consumer buying a $50 item but breaks down entirely when a software agent pays cents for a data request or an API call.

Circle CEO Jeremy Allaire framed the opportunity clearly on the company’s February 25 earnings call. He described a future where AI agents consume services from one another at scale.

A legal skills agent, for instance, might field thousands of micro-requests from external agents daily. Each transaction might be worth only a fraction of a dollar, making card fees prohibitive.

Analyst Mark Palmer of Benchmark-StoneX reinforced that point. “Microtransactions are a poor fit for traditional rails in terms of cost, latency and programmability,” he said.

Stablecoins embedded directly into software workflows, he added, remove the settlement delays and cost structures that make cards unworkable at that scale.

The Road Between Ambition and Adoption

Despite the infrastructure race, real-world volume tells a more cautious story. Coinbase’s x402, an open standard built for agentic payments, reported just $24 million in total volume over the past 30 days.

That figure sits against a global e-commerce market projected to reach $6.88 trillion this year. The gap between the two numbers is difficult to overlook.

Merchant adoption presents another hurdle. Chris Donat of BWG Global noted that merchants follow consumer demand.

“They aren’t going to bother accepting something unless they are asked by a meaningful number of consumers to do it,” he said. Right now, consumers are not asking for stablecoin payments in significant numbers.

Stablecoin transactions also lack the fraud protection, dispute resolution, and credit extension built into every card payment.

A practical near-term path may involve AI agents using virtual cards that settle on the back end through stablecoin rails.

That model would allow card networks and stablecoin infrastructure to coexist, rather than forcing an immediate winner-takes-all outcome.

Allaire himself acknowledged that the timeline for meaningful agentic transaction volume remains uncertain, even as the race to build the pipes intensifies.

The victim offered a 10% bounty for any recovered funds and asked exchanges and investigators to help trace the transfers.

A crypto holder known online as Sillytuna said on March 5 that attackers stole about $24 million worth of tokens after threatening him with violence during a real-world robbery.

The incident has renewed concern about so-called “wrench attacks,” a form of crime where perpetrators use physical threats to force victims to hand over control of their crypto wallets instead of attempting to hack them.

Victim Describes Violent Coercion

In several posts on X, Sillytuna said the theft involved armed attackers who threatened severe violence unless he transferred control of his holdings. He wrote that the group used weapons and issued threats of kidnapping and sexual assault, adding that police in the United Kingdom were already involved.

“$24 million dollar theft of AUSD from 0x6fe0fab2164d8e0d03ad6a628e2af78624060322 Involved violence, weapons, kidnap and rape threats. Obvs police involved,” he tweeted.

Blockchain analytics platforms soon began tracking the movement of the stolen assets, with Arkham sharing data showing the attackers taking about $23.6 million in aEthUSDC linked to an address associated with Sillytuna.

The firm’s analysis established that most of the funds were quickly converted into other tokens and spread across several wallets. About $20 million was swapped into DAI and placed in two Ethereum addresses. The attackers also bridged smaller portions of the funds to other networks.

Roughly $2.48 million was transferred to the Arbitrum network, where the funds were routed through multiple Wagyu accounts. Those accounts were then used to purchase Monero, a privacy-focused cryptocurrency that makes transaction tracing significantly more difficult.

Arkham also reported that approximately $1.1 million was moved to the Bitcoin network through a bridging service, with part of that amount potentially sent to a mixing service.

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Security firm PeckShield initially described the incident as a possible address-poisoning attack, but Sillytuna rejected that explanation, insisting that the funds were taken through direct physical intimidation rather than a wallet exploit.

The victim offered a 10% bounty for any funds recovered, even if returned by the perpetrators themselves. Additionally, he asked exchanges and blockchain investigators to help block or trace the transfers.

Community Tracking Effort

Soon after Sillytuna shared his ordeal, members of the crypto community began examining the transactions in detail, with security researcher Tay Vano flagging multiple addresses connected to the theft and confirming that Wagyu was being used to launder funds to the privacy coin Monero.

PerpetualCow, the developer behind Wagyu, later responded, saying that the platform does not freeze user funds as a matter of policy. However, they claimed they would have stopped the transactions from going through in the first place, but they had been asleep when the transfers happened.

Nevertheless, they pointed out that compliance systems eventually flagged the suspicious transactions, preventing additional transfers from passing through.

While some members of the community focused on tracing the stolen funds, others reacted in different ways. For example, a group within the Solana ecosystem launched a meme token linked to Sillytuna’s name and said trading fees would be directed toward helping offset the losses.

Sillytuna’s case is not an isolated event but part of a documented increase in wrench attacks. Some of the more well-known incidents include the January 2025 kidnapping of Ledger co-founder David Balland from his home in France, with attackers severing one of his fingers to pressure associates into paying a ransom.

In another case, a U.S. resident visiting London was drugged and lost approximately $122,000 in crypto after being tricked into smoking a cigarette laced with scopolamine.

Cryptocurrency trading giant Coinbase (COIN) said new U.S. tax reporting requirements are overly onerous for many crypto holders and add unnecessary clutter to the country’s taxation system.

While the idea is that taxable activity on crypto should be reported in the same way as with equities, for example, the rules require reporting transactions in stablecoins — whose value, by definition, doesn’t change — and the tiny amounts spent on the network fees known as gas.

The Nasdaq-listed exchange is currently sending millions of American crypto holders the new 1099-DA forms designed to bring crypto in line with the rest of finance. While all Coinbase’s customers will be affected to some extent, it’s the very large group of retail customers who are being hit with an unnecessary administrative burden on what amounts to small transaction flows, said Lawrence Zlatkin, the company’s VP of tax.

“Frankly, [small retail] transactional flow is so small, I just don’t know why we’re spending efforts as a country focused on them,” Zlatkin said in an interview. “I just think it just does a disservice to people when you’re trading 50 bucks, let’s say, that you get a form like this and you have to report gains or losses. That’s just not what the tax system is supposed to be about.”

For trading platforms, the new system means sharing details of customers’ digital asset transactions with the IRS. Customers are copied in using the form, so they can voluntarily reconcile their gains and losses with the tax authority.

As is often the case when trying to align crypto with traditional finance, however, there are challenges.

This year, Coinbase will provide the IRS only with the gross proceeds of digital asset sales, and not the net value or cost basis. As a result, the onus is on the trader to add what’s missing regarding their crypto acquisition costs and actual tax basis. (Coinbase will begin calculating cost basis on behalf of its customers starting next tax year.)

This will cause some degree of confusion, particularly among people who have never owned assets like stocks. And crypto brings its own level of complexity, given how holdings can be shunted between platforms and swapped in and out of various coins and tokens.

There are other obvious over-reporting wrinkles in the system that need to be ironed out, Zlatkin said, such as the need to report stablecoin holdings, whose value, by design, is fixed.

“People should pay taxes where they have income,” Zlatkin said. “Do you have income on USDC? No, you don’t. So why are we reporting USDC transactions? And we’re reporting those on our exchange as there’s no blanket exemption for USDC. That, to me, clutters the system.”

Gas fees, the small crypto transactions used to pay blockchain costs, just add to the reporting clutter, Zlatkin said.

“Gas fees might be 50 cents, a buck — do we have to disclose that? Is that a valuable use of resources to collect revenue? And I would posit that the answer is no,” he said. “We should focus on where there’s real income to get people to voluntarily comply. But not where there’s no income, such as in stablecoins or in tiny, tiny transactions that are mostly network fees.”

Coinbase’s goal is to educate and, moving forward, to create tools that help make the sometimes onerous task of calculating cost basis on crypto easier, said Ian Unger, the exchange’s director of tax reporting information.

When an equities investor sells stocks or moves their shares between brokers, those transactions come with transfer statements, so the cost basis transfers with it, he pointed out.

“That’s not the world we live in today for crypto assets,’ Unger said in an interview. “There could be a world where some of this does get easier for those who buy and sell on one exchange and want to move to another exchange. But we’re not there yet, and so until we get there, there’ll be a lot of confusion.”

TLDR:

• Kuwait declared force majeure on day 18 as onshore tanks hit full capacity with no export route available.
  
• Seven insurance letters from London closed the Strait, not Iranian strikes on Kuwait’s oil production facilities.
  
• JPMorgan warns total Gulf shut-ins could reach nearly 5 million barrels per day if Hormuz stays closed.
  
• Forced well shut-ins risk 10 to 30 percent permanent recovery loss, turning disruption into long-term supply destruction.

Kuwait oil production has been curtailed after onshore storage tanks reached full capacity. This occurred on day 18 of the Strait of Hormuz closure to commercial shipping.

The Gulf nation was producing 2.8 million barrels per day before February 28. Since that date, no tankers have loaded at Kuwaiti export terminals.

Oil continued flowing from wells into storage with no route to market. Kuwait declared force majeure and began reducing output in response.

Insurance Withdrawal, Not Missiles, Closed the Strait

Analyst Shanaka Anslem Perera raised the root cause of the shutdown in a post on X. He noted that seven letters from London-based insurance companies effectively closed the Strait of Hormuz.

Without shipping insurance, commercial vessels could not legally transit the waterway. Those letters, rather than missiles, triggered Kuwait’s oil production cuts.

Iran fired missiles at military bases and the US embassy in Kuwait. However, zero confirmed strikes landed on any oil production or export facility.

Kuwait’s refineries and export terminals remained physically intact throughout the conflict. The shutdown was driven entirely by the logistics breakdown downstream of the wells.

JPMorgan had estimated Kuwait held an 18-day storage runway following the closure. That estimate proved accurate as tanks reached capacity on schedule.

Iraq had already cut 1.5 million barrels per day the prior week for identical reasons. The same storage arithmetic is now counting down in Saudi Arabia, the UAE, and Qatar.

JPMorgan further warned that continued closure could push total Gulf shut-ins to nearly 5 million barrels per day. That figure represents roughly 5 percent of global oil supply.

The cuts would stem from storage limits, not from any attack on production infrastructure.

Reservoir Damage Could Make Kuwait Oil Production Cuts Partially Permanent

Kuwait oil production shut-ins carry a second concern beyond immediate volume loss. Forced well closures under reservoir pressure can cause lasting formation damage.

Asphaltene precipitation, fines migration, clay swelling, and pressure depletion are the primary risks. These factors can reduce long-term recovery rates by 10 to 30 percent even after wells restart.

The Society of Petroleum Engineers has documented this pattern across decades of forced shut-ins. During the 1991 Gulf War, some Kuwaiti fields lost 15 to 25 percent of long-term recovery capacity.

Mitigation options exist, including chemical inhibitors and controlled shut-in procedures. However, these measures require planning time that an insurance-driven closure did not provide.

Kuwait had roughly 18 days of warning before the storage crisis peaked. Whether that window was sufficient to protect thousands of producing wells remains an open question.

Post-restart treatments may limit damage if applied promptly. The outcome will determine whether the production cut proves temporary or partially permanent.

Markets are currently pricing a supply disruption. Reservoir physics, however, may be signaling supply destruction.

The gap between those two outcomes could equal 10 to 30 percent of Kuwait’s long-term output. That distinction is the central question the energy market has yet to fully price in.

Online gambling is going through a clear split. One side sticks with the traditional model — state licenses, bank transfers, and familiar interfaces. The other side is pushing forward with cryptocurrency, massive game catalogs, and reward systems built for a new kind of player. BetRivers and ZunaBet sit on opposite sides of that divide, and looking at them together paints a useful picture of where the market stands right now.

What BetRivers Brings to the Table

BetRivers operates under Rush Street Interactive and holds active licenses across multiple US states, including New Jersey, Pennsylvania, Illinois, and Michigan. It runs both an online casino and sportsbook with a straightforward interface that prioritizes ease of use.

Game availability at BetRivers depends on your state. Most players can access somewhere between a few hundred and a couple thousand titles covering slots, table games, and live dealer rooms. The sportsbook handles NFL, NBA, MLB, soccer, and other popular leagues with competitive lines and a simple bet slip process.

Banking at BetRivers follows the traditional playbook. Credit cards, debit cards, bank wires, and approved e-wallets handle both deposits and withdrawals. Cash-outs typically land within one to five business days, which is standard across most regulated US platforms. Nothing surprising, but nothing fast either.

The loyalty offering is iRush Rewards, a points-based system where real-money play earns credits that can be redeemed for bonuses. It does the job but follows the same template the industry has relied on for over a decade.

What Makes ZunaBet Different

ZunaBet entered the market in 2026 with a completely different blueprint. Strathvale Group Ltd owns the platform, which operates under an Anjouan gaming license. The team behind it brings over 20 years of combined experience in the gambling industry, but they chose to build something forward-looking rather than copying existing models.

The first thing that stands out is scale. ZunaBet hosts 11,294 games from 63 different providers. That puts it among the biggest game libraries in the crypto casino category. Names like Pragmatic Play, Evolution, Hacksaw Gaming, BGaming, and Yggdrasil anchor the catalog, with slots making up the largest portion alongside a strong selection of live dealer and RNG table games.

The sportsbook runs as a fully integrated part of the platform, not an add-on. Coverage spans football, basketball, tennis, NHL, and other major global leagues. Esports betting is baked in with markets on CS2, Dota 2, League of Legends, and Valorant. Virtual sports and combat sports round out a sportsbook that holds its own against dedicated betting sites.

Payments run entirely on crypto. ZunaBet supports over 20 coins — BTC, ETH, USDT across multiple chains, SOL, DOGE, ADA, XRP, and more. The platform charges no processing fees and processes withdrawals quickly. For crypto holders, there is no need to convert to fiat or wait days for a bank to release funds.

New players can access a welcome package worth up to $5,000 plus 75 free spins, split across three deposits. The first deposit earns a 100% match up to $2,000 with 25 spins. The second gives 50% up to $1,500 with 25 spins. The third adds another 100% up to $1,500 with 25 spins. Spreading the bonus across three deposits rewards players who stay active past their first session.

The platform runs on modern HTML5 technology with a dark-themed interface that loads fast and works smoothly across devices. Dedicated apps are available for iOS, Android, Windows, and MacOS, and 24/7 live chat support is on hand whenever something comes up.

How Their Reward Systems Compare

Loyalty is where these two platforms tell very different stories about what they think players deserve.

BetRivers hands out points through iRush Rewards. Play enough, earn enough points, and convert them into bonus money. The conversion rates are modest, and the overall experience feels like something designed a long time ago and never meaningfully updated.

ZunaBet built a gamified loyalty system around a dragon mascot called Zuno that evolves as players progress through six tiers. It starts at Squire with 1% rakeback and goes all the way up to Ultimate at 20% rakeback. Along the way, players unlock benefits like up to 1,000 free spins, VIP club access, and double wheel spins.

Rakeback changes the math for regular players. Instead of collecting abstract points and hoping the conversion rate is decent, players receive a direct percentage of their wagering activity back. At 10% or 20%, that represents serious value over time — far more than what most point-based systems deliver. The dragon evolution theme gives the whole thing a sense of progression that keeps players engaged beyond just the financial return.

The Crypto Question

The payment infrastructure is one of the biggest practical differences between these platforms.

BetRivers works through banks. That means processing times, potential holds, and availability limited to states where the platform is licensed. It is a system that functions but has not evolved much in years.

ZunaBet was designed around crypto from the start. Twenty-plus supported coins, zero platform fees, and quick withdrawals make it a fundamentally smoother payment experience. Players who already use crypto in their daily lives do not have to jump through conversion hoops or wait for institutional banking timelines. The crypto-first approach also opens up access to a broader international audience that state-locked platforms simply cannot reach.

This is not a small distinction. As crypto adoption continues to grow, platforms built natively around digital assets have a structural advantage over those trying to bolt crypto onto traditional systems after the fact.

Which Direction Is the Market Moving

BetRivers occupies a stable position. It has regulatory backing in its licensed states, a known brand, and the resources of Rush Street Interactive behind it. Players who want a traditional, regulated experience in the US still have a good option here.

But the momentum in 2026 sits with platforms like ZunaBet. The combination of 11,000-plus games, 63 providers, a full sportsbook with esports, up to 20% rakeback, and crypto-native payments puts it ahead of most competitors on the metrics that matter to today’s players. It is not just offering more — it is offering a different kind of experience that aligns with how a growing segment of the market actually wants to play and pay.

BetRivers is a safe, known quantity. ZunaBet is the platform that feels built for what comes next. For players deciding where to put their time and money in 2026, that difference matters more than it used to.

Disclaimer: This is a Press Release provided by a third party who is responsible for the content. Please conduct your own research before taking any action based on the content.

The Trump administration’s new national cyber strategy places the security of cryptocurrencies and blockchain technologies within the United States’ broader push to maintain leadership in emerging technology.

In a section focused on maintaining “superiority in critical and emerging technologies,” the document states that the government will support the security of “cryptocurrencies and blockchain technologies.”

The statement appears in President Trump’s Cyber Strategy for America, which outlines six policy pillars meant to guide federal cyber policy, including securing infrastructure, modernizing federal networks and strengthening U.S. advantages in areas such as artificial intelligence and quantum computing.

“We will build secure technologies and supply chains that protect user privacy from design to deployment, including supporting the security of cryptocurrencies and blockchain technologies. We will promote the adoption of post-quantum cryptography and secure quantum computing,” according to the document.

“And we will secure the AI technology stack—including our data centers—and promote innovation in AI security,” the document added.

By placing blockchain security alongside AI and post-quantum cryptography, the strategy frames decentralized financial infrastructure as part of the nation’s technology competition with foreign rivals.

The strategy does not introduce specific crypto regulations. Still, the language signals that federal policymakers see securing blockchain systems as part of protecting economic and technological leadership.

Still, it further underscores the Trump administration’s commitment to the cryptocurrency space (which came under scrutiny recently), a commitment he has supported since his 2024 campaign.

In July of that year, Trump addressed the Bitcoin 2024 conference in Nashville, promising to make the United States the “crypto capital of the planet” and a “Bitcoin superpower.” He pledged to end what he described as an anti-crypto regulatory push and proposed creating a national Bitcoin stockpile.

In early 2025, he directed the creation of a Strategic Bitcoin Reserve using seized bitcoin and launched a presidential working group on digital assets, while prohibiting a U.S. central bank digital currency (although a year has passed, and there’s still no reserve). Later that year, he promoted stablecoin legislation known as the GENIUS Act and continued to push for broader market-structure rules for the industry.

He has also eliminated various Biden-era anti-crypto policies and has seen U.S. lawmakers drop cases against major cryptocurrency firms, including Uniswap, Tron, Coinbase, and Binance.

The dominant narrative around prediction markets still centers on elections and sports. Sports account for the majority of volume at major venues, and election contracts are what put the category on the front page. But based on what active traders are actually doing with real money, prediction markets are expanding for an even more impactful purpose: they’re a place to hedge risks that no existing financial instrument can price cleanly because the assets are new in nature. Their applicability spans geopolitical events, policy shifts, combined with commodity-linked outcomes, and this market has the potential to dwarf anything sports will ever produce.

Case in point: when Kevin Warsh was nominated as the next Federal Reserve chair in January, trading activity on Kalshi and Polymarket surged, and among frequent, multi-market traders, the volume spike dwarfed that of the Super Bowl. More recently, the 24-hour window around the Iran conflict produced more trading activity than any single sports day this year. Sports still account for the majority of the overall volume on both venues. But the traders driving the growth edge are building strategies across categories and venues. These traders are increasingly clustering around geopolitical, macro and policy-linked contracts. They are not looking for entertainment. They are looking for tools to price uncertainty that affects their other positions, their businesses, and (in some economies) their household budgets.

Serious institutional voices are now articulating that shift. In a February 2026 paper, Federal Reserve economists evaluated Kalshi’s macroeconomic prediction markets and argued that these markets can provide high-frequency, continuously updated, “distributionally rich” expectations data that could be valuable to researchers and policymakers.

From entertainment to infrastructure

To see where prediction markets are headed, we only need to monitor trader behavior, and the trend shows a growing number of participants integrating prediction market contracts into broader financial strategies.

This means a commodity trader monitoring oil exposure now tracks Russia-Ukraine ceasefire contracts as a live signal for geopolitical risk that directly affects energy prices. An equity trader managing a concentrated tech position watches tariff-related prediction markets to calibrate event risk that no single stock indicator captures cleanly. In both examples, contract prices are doing something no traditional instrument offers. They’re updating in real time as the narrative around a specific event shifts, and this gives traders a probability signal they can act on across their wider book.

The commodities market is a $60 trillion annual market in the United States. The entire category began with farmers hedging crop yields. This simple premise scaled because the underlying need was real. Prediction markets are approaching a similar threshold. The format is simplistic: what we currently have are binary yes/no contracts on time-elapsed events, but the need they address is both universal and largely unserved by existing instruments: they allow you to price and act on uncertainty.

Before prediction markets, there was no clean way to express a view on whether a central bank would hold rates, whether a military strike would occur or whether a trade policy would shift. Traders could try to infer these probabilities from currency pairs or futures, but they were always trading them as a proxy. Even elections, arguably the most closely watched political events, were priced indirectly, so that a clean-energy Democrat leading in the polls would suppress coal stocks. Prediction markets are a superior instrument as they price the event itself. That makes them useful as hedging tools, which is an order of magnitude more applicable.

The international dimension

The fastest-growing segment of prediction market participation is international, spread across Europe, Asia and, increasingly, emerging markets. In economies marked by currency volatility, inflation and policy unpredictability, the ability to price uncertainty is becoming a necessity for investors.

Stablecoins have already demonstrated this principle. Across Latin America and parts of Africa and Southeast Asia, digital dollars have become a mainstream store of value and remittance tool, not because users were drawn to crypto ideology, but because traditional banking infrastructure struggled with costs and volatility. Stablecoin adoption spread because it solved an everyday problem.

Prediction markets extend that applicability by providing a contract on whether a currency will depreciate next quarter, whether fuel subsidies will be cut, or whether a central bank will intervene. When such contracts are accessible through the same EVM infrastructure, a small position on a fuel price outcome starts to look less like a bet and more like insurance that provides a defined cost for a risk that is otherwise unmanageable.

Consumer-grade simplicity is not yet there, but the trajectory is visible, particularly for traders from high-volatility economies who are not treating prediction markets as entertainment. For them, they serve as an information layer that is also actionable.

What comes next

Prediction markets are now posting hundreds of millions in daily trading volume. Polymarket processed $8 billion in January; Kalshi processed $9 billion. Those figures have moved in only one direction.

But the more important evolution will be in format. The current generation of prediction markets operates on simple binary outcomes. As the category matures, expect conviction-weighted instruments, conditional contracts and markets that reference real economic indices, making these tools more useful for hedging and less dependent on novelty for adoption.

Prediction markets are gaining traction because they measure outcomes with direct economic consequences for traders. Weather and commodity-linked markets, inflation and monetary policy contracts, and geopolitical risk pricing all sit at this intersection. Prediction markets are beginning to overlap meaningfully with traditional finance.

Elections have consistently been the category that drives the deepest engagement and the largest volume spikes, and that will continue as the US midterms approach. Sports generate steady liquidity. But the long-term value of prediction markets will grow to serve a larger population of people and institutions that need to manage uncertainty as part of their daily economic lives.

A class action lawsuit has been filed against prediction market Kalshi, alleging that the death carveout in the “Ali Khamenei out as Supreme Leader” market was not properly disclosed to users and that the platform failed to pay out winning trades.

The plaintiffs said that the death carveout policy was “not incorporated into the user-facing rules summary,” and was not displayed in a way that would notify a “reasonable consumer” of the policy or its effects.

“Defendants, themselves, later acknowledged that their prior disclosures were ‘grammatically ambiguous,’” the lawsuit filing said.

Kalshi voided trading positions for the market after the death of Khamenei, the former Iranian Supreme Leader, was confirmed, meaning the market did not resolve to a “yes.”

“We don’t list markets directly tied to death. When there are markets where potential outcomes involve death, we design the rules to prevent people from profiting from death,” Kalshi co-founder Tarek Mansour said.

The plaintiffs characterized the carveout policy as “predatory” and an “unfair” business practice for this specific market. The lawsuit said:

“With an American naval armada amassed on Iran’s doorstep and military conflict not merely foreseeable but widely anticipated, consumers understood that the most likely, and in many cases the only realistic, mechanism by which an 85-year-old autocratic leader would ‘leave office’ was through his death. Defendants understood this as well.”

Mansour also announced reimbursements for users affected by the carveout policy, calculated using the “last traded price” for the market before the death of Khamenei was confirmed. The reimbursement policy also drew significant pushback from users. 

The plaintiffs in the lawsuit say that the methodology and precise timestamps used to calculate the “last traded price” for the prediction market were not disclosed or transparent. 

Related: Kalshi bans US politician over alleged insider trading violation

Kalshi co-founder fires back against lawsuit claims

Mansour maintained that Kalshi was simply adhering to its policy of not allowing “death markets” and said the policy was clearly stated in the market rules.

“Kalshi made no money here and even reimbursed all losses out of pocket. Not a single user walked away losing money from this market,” he said.

The incident came amid trading volumes on prediction markets surging to record highs in 2026, as the platforms gain popularity.

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