The US and Iran said they reached an interim agreement to end hostilities and reopen the Strait of Hormuz, with the deal to be signed in Switzerland on Friday.

The price of bitcoin BTC$65,668.48 has risen to $65,700, up 2% over the past 24 hours, and its highest level since the early June plunge.

The price of WTI crude oil has plunged nearly 5% to just under $81 per barrel, its softest level in about two months.

Nasdaq 100 futures are higher by 1.5% and S&P 500 futures are up 0.9%.

TLDR:

• Hyperscalers committed $725B in 2026 capex, up 77% from 2025’s record $410B set just a year prior.
• Non-USD bond issuance rose from zero in 2024 to 48% of hyperscaler funding by mid-2026.
• Alphabet set borrowing records in yen, CAD, CHF, and sterling within a single calendar year 2026.
• Global AI debt issuance is projected at $570B for 2026, nearly four times the 2022 total level.

Hyperscalers are reshaping global bond markets as their AI infrastructure spending reaches unprecedented levels. Amazon, Google, Microsoft, and Meta have committed $725 billion in capital expenditure for 2026 alone.

That figure is up 77% from the $410 billion record set in 2025. Goldman Sachs projects combined capex from 2026 through 2031 will reach $7.6 trillion. The scale of this spending has pushed tech giants into foreign currency debt markets at a record pace.

Non-Dollar Bond Issuance Surges Across Major Currencies

In 2024, hyperscalers issued zero bonds in non-USD currencies. By 2025, all new non-USD issuance was entirely fresh territory. Now, non-USD currencies account for 48% of hyperscaler bond funding in 2026.

The euro leads that slice at 52%, followed by the Japanese yen at 15%, the Canadian dollar at 14%, sterling at 12%, and the Swiss franc at 7%.

Bank of America confirmed that hyperscalers have doubled their non-dollar bond share to 30% of total issuance this year. As noted by Milk Road AI, this shift has moved so fast it has strained the American bond market’s capacity to absorb it. The U.S. market simply cannot accommodate the full volume of debt these companies now need to raise.

Individual deals reflect how quickly this trend has accelerated. In May, Alphabet issued ¥576.5 billion, roughly $3.6 billion, in yen-denominated bonds. That was the largest yen bond ever sold by a non-Japanese company, topping Berkshire Hathaway’s 2019 record.

Alphabet has now set borrowing records in yen, Canadian dollars, Swiss francs, and sterling within a single calendar year. That is a level of multi-currency debt activity rarely seen from any single corporate issuer at this pace.

AI Debt Issuance on Track to Quadruple 2022 Levels

Amazon entered Canada’s bond market in June with a C$14 billion issuance, the largest corporate bond ever sold in that market.

Investor orders reached nearly C$28 billion, almost double what was ultimately sold. That deal surpassed Alphabet’s own Canadian record of C$8.5 billion set just weeks earlier in May.

Morgan Stanley projects euro borrowing by hyperscalers will hit €50 billion in 2026. That would potentially make the United States the single largest source of corporate debt in the entire eurozone, ahead of France. The shift carries broad consequences for European fixed-income markets.

Global AI-related debt issuance is on track to reach $570 billion for the full year 2026, according to Morgan Stanley. That is more than double the pace recorded during the same period last year. It is also nearly four times the 2022 level.

Even companies holding over a trillion dollars in combined cash, including Apple, Microsoft, Alphabet, Amazon, and Meta, have concluded that self-funding this buildout is not feasible.

The AI infrastructure race has grown too capital-intensive for even the world’s most cash-rich firms to finance independently.

TLDR:

• Researchers say Ethereum users can secure accounts against quantum attacks today for as little as $0.07.
• SPHINCS- verifies post-quantum signatures on-chain at ~150,000 gas using Ethereum’s native KECCAK256 opcode.
• C11 and C12 variants support hardware wallet signing, tested at 390s and 47.5s on a Ledger secure element.
• Future leanSPHINCS variant targets STARK aggregation, cutting per-transaction verification to 3,000 gas.

Researchers say Ethereum users could add quantum-resistant account protection for as little as $0.07, without a hard fork.

A developer known as nicocsgy published SPHINCS-, a family of EVM-optimized post-quantum signature schemes derived from SPHINCS+.

The system verifies post-quantum signatures on-chain at around 150,000 gas using only existing Ethereum infrastructure. Formal proofs via Lean 4 with Verity are included, and additional audits are in progress.

Quantum Threat to Ethereum Accounts Is Closer Than Expected

Quantum computers capable of breaking ECDSA, the signature scheme securing Ethereum and Bitcoin, are no longer a distant concern. Recent resource estimates by Babbush et al. have brought attack timelines closer than previously projected.

This makes post-quantum alternatives at the execution layer increasingly urgent for wallet holders and institutions alike. SPHINCS- addresses that gap by enabling quantum-resistant verification on Ethereum today.

The researcher shared on X: “Ethereum can already start preparing accounts for a post-quantum world, without waiting for a hard fork. Today, it would be just $0.07.”

The core technical insight came from a conversation with Vitalik Buterin. Since SPHINCS+ is built entirely from hash functions, replacing the standard SHAKE256 with Ethereum’s native KECCAK256 opcode makes on-chain verification possible.

This substitution removes any dependency on new precompiles or protocol changes. Users and organizations can therefore deploy quantum-resistant account protection right now.

Parameter tuning drove the bulk of the gas optimization work. Extensive modeling under EIP-7623 and EIP-7976 floor pricing revealed that the Winternitz parameter w=8 produces the lowest real verification cost.

Short hash chains with more iterations proved cheaper than fewer but longer chains. That finding overturned assumptions from earlier calldata-only models.

Four Variants Cover Hardware Wallets to FIPS-Compliant Deployments

Researchers produced four main variants, each targeting a different signer profile and security requirement. The C13 variant uses WOTS+C and FORS+C compression, verifying at 127,000 gas with a 3,704-byte signature.

It suits laptop-class signers and requires around 4.3 million hash calls per signature. Organizations pursuing FIPS compliance can instead use SLH-DSA-SHA2-128-24, a standardized-style alternative.

C11 and C12 were tested on a Ledger Nano S+ ST33K1M5 secure element to assess hardware wallet viability. Signing times came in at 390 seconds and 47.5 seconds respectively, making hardware deployment realistic.

Both variants carry a reduced per-key signature budget compared to the NIST standard’s 2^64 limit. However, on-chain data shows the average active Ethereum address sends roughly 431 transactions per year, making smaller budgets sufficient.

The SLH-DSA Keccak twin cuts on-chain verification costs by around 34% against its FIPS-aligned counterpart. It trades bit-exact NIST compliance for meaningfully cheaper gas, which suits blockchain-native deployments.

Verifier contracts for all variants are publicly available on GitHub for audit and deployment. NIST is also developing smaller SLH-DSA parameter sets with a 2^24 signature budget, narrowing the gap further.

Future research targets ZK-friendly hash functions under the working name “leanSPHINCS.” That variant would support STARK-based aggregation, dropping verification to around 3,000 gas per transaction at the protocol level.

A companion post on JARDIN, expected soon, aims to cut hardware wallet signing time to three seconds. Together, these efforts position hash-based post-quantum signatures as a practical near-term path for Ethereum account security.

TLDR:

• Binance recorded a 7-day average of $83M daily USDT inflows on Ethereum over the past two weeks
• USDT outflows on Tron averaged $101M daily, while Binance total stablecoin reserves fell just 1.3%
• The deposit-via-ETH, withdraw-via-TRX pattern points to whale and institutional cross-chain activity
• Capital exiting via Tron rails is likely heading to OTC desks or cold storage, not crypto purchases

Stablecoin bridge activity on Binance has drawn attention over the past two weeks. Large-scale opposing flows between Ethereum and Tron networks are being recorded.

USDT inflows on Ethereum are running at a 7-day average of $83 million daily. Meanwhile, USDT outflows on Tron are averaging $101 million per day. Despite these movements, Binance’s total stablecoin reserves have declined by only 1.3%.

Binance Becomes a Cross-Chain Liquidity Corridor

Market observers are watching a clear pattern take shape on Binance. Capital is entering the exchange via Ethereum-based USDT and exiting through Tron-based rails. This opposing flow dynamic effectively turns Binance into a cross-chain bridge for large players.

The scale of these movements points to whale and institutional involvement. Retail traders rarely move capital in volumes that register at $83 million in daily averages. The consistency of the flows over two weeks further rules out isolated or accidental transactions.

On-chain analytics platform CryptoOnchain flagged the trend earlier this week. The platform noted that Binance’s reserves remaining flat despite opposing flows of this magnitude is itself a telling data point. It confirms that inflows and outflows are nearly perfectly offsetting each other.

Historically, heavy ERC-20 stablecoin deposits into centralized exchanges have marked moments when large players step back from DeFi. These actors tend to seek centralized order books either to reallocate holdings or prepare for exits.

Tron’s Low-Fee Rails Attract Outbound Institutional Capital

The withdrawal side of this equation tells its own story. Capital leaving Binance via TRC-20 USDT is not staying on the exchange to purchase crypto assets. Instead, it appears to be heading toward OTC desks, cold storage, or alternative settlement venues.

Tron has long been the preferred network for high-volume, low-cost stablecoin transfers. Its fee structure makes it practical for moving large sums without incurring the gas costs associated with Ethereum. Institutions and OTC operations favor this rail for exactly that reason.

This “deposit via ETH, withdraw via TRX” pattern has appeared before periods of reduced activity in Ethereum-based DeFi markets.

When purchasing power migrates away from Ethereum’s native layer, organic spot accumulation on that network tends to slow.

Total market liquidity, however, remains intact for now. The stablecoin supply itself has not shrunk — it has simply shifted settlement rails.

Markets will need to see these opposing flows neutralize before a clear resumption of Ethereum-based accumulation can be confirmed.

TLDR:

• SpaceX priced its IPO at $135 per share, raising a record $75 billion on its first day of trading.
• SPCX closed nearly 19% higher at $161, pushing the company’s market valuation above $2 trillion
• Gate.io recorded over $100 million in SPCX trading volume on day one, far ahead of other tickers. 
• Vanda Research noted SPCX retail purchases surpassed Nvidia by more than 3.5 times on debut day.

SpaceX made its long-awaited Nasdaq debut on June 12, 2026, under the ticker SPCX. The company priced its IPO at $135 per share, raising a record $75 billion. Shares opened at $150 and closed nearly 19% higher at around $161.

The listing pushed SpaceX’s market valuation above $2 trillion on day one. Crypto markets responded just as strongly, with tokenized equity platforms recording notable trading volumes tied to the new stock.

Record Retail Demand Greets SPCX on Wall Street

SpaceX’s public debut drew immediate and widespread interest from retail investors. According to Vanda Research, SPCX became the most purchased stock among retail investors on its first trading day. Net retail purchases surpassed those of Nvidia by more than 3.5 times, a remarkable gap for any new listing.

More than 490 million shares changed hands during the session alone. That level of activity placed SPCX among the most actively traded stocks in recent memory.

The strong opening reflected years of pent-up demand from investors who had tracked SpaceX as a private company.

The stock rose as high as $176.52 during intraday trading before paring some gains into the close. Even after the pullback, shares settled around $161, holding well above the IPO price. Post-market activity added further momentum, with shares rising another 3.5% after the closing bell.

SpaceX COO Gwynne Shotwell rang the opening bell alongside company leadership at the Nasdaq MarketSite in Times Square.

The ceremony also took place simultaneously at SpaceX’s Starbase facility in Texas. The dual celebration reflected the scale of the occasion for the 24-year-old aerospace company.

Crypto Platforms Bridge the Gap Between Equities and Digital Assets

Crypto investors did not wait for traditional brokerage accounts to gain exposure to SPCX. Platforms offering tokenized equity products saw strong demand from the moment the stock went live. On Gate.io, SPCX trading volume crossed $100 million on its first day of listing.

That figure stood out sharply against other equity tickers on the same platform. Circle and Tesla recorded trading volumes of $4 million and $3.5 million respectively on the same day. The gap between SPCX and those assets reflects the level of retail enthusiasm surrounding the SpaceX listing.

Broader equity-related trading on Gate.io typically generates between $10 million and $25 million in daily volume across listed assets.

SPCX surpassed that range by a wide margin within hours of becoming available. That pace pointed to genuine demand from crypto-native investors seeking equity exposure.

Perpetual futures contracts tied to SPCX on Hyperliquid also recorded strong activity ahead of and during the IPO. The SPCX-USDC perpetual contract traded around $176, roughly 30% above the IPO price.

Over $233 million in volume changed hands in those contracts within 24 hours, with open interest climbing above $263 million.

TLDR:

• VersaBank’s SEC filing names Ethereum, Algorand, and Stellar for its tokenized deposit initiative
• RBTDs represent actual CAD$1 or US$1 demand deposit liabilities, not stablecoin-backed instruments.
• Proposed use cases for RBTDs cover payments, settlement, digital asset custody, and mainstream finance
• VersaBank’s multi-network approach signals banks are actively choosing public blockchain infrastructure.

VersaBank has named Ethereum, Algorand, and Stellar in a recent SEC filing related to its Digital Meteor initiative. The filing covers Real Bank Tokenized Deposits, or RBTDs, formerly called Digital Deposit Receipts.

These instruments represent actual demand deposit liabilities of the bank. This development marks a notable step in regulated banking’s engagement with public blockchain infrastructure.

VersaBank Tokenized Deposits Differ From Stablecoins

VersaBank tokenized deposits are not stablecoins. Each RBTD represents either a CAD$1 or US$1 demand deposit liability of the bank.

The deposits remain direct liabilities of VersaBank or VersaBank USA throughout their lifecycle. That structural difference sets them apart from privately issued stablecoin products.

Stablecoins are typically backed by reserve assets held by private companies. Tokenized deposits, by contrast, originate directly from a regulated banking institution.

in the industry view this distinction as important for compliance and financial stability. It positions RBTDs closer to traditional banking products than crypto-native instruments.

Analyst Marco Salzmann noted the filing on X, describing it as potentially one of the most important blockchain adoption stories of the decade.

He credited researcher algerstmehn for the original discovery of the SEC document. The filing was dated June 3, 2026. It marked a formal update to regulators on the bank’s Digital Meteor initiative.

The proposed use cases for RBTDs span payments, settlement, digital asset custody, and mainstream financial applications.

These are practical, infrastructure-level functions rather than speculative or investment-oriented ones. The bank appears to be targeting real operational workflows rather than retail crypto markets.

Three Blockchain Networks Enter the Conversation

The choice of Ethereum, Algorand, and Stellar in the same filing increased observation of how banks are evaluating public networks. Ethereum remains the largest smart contract ecosystem by adoption and developer activity.

Algorand has built a track record in institutional tokenization projects. Stellar has established itself in cross-border payments and tokenized asset transfers.

Referencing all three in a single regulatory filing suggests VersaBank is not locked into one network. The bank appears to be assessing which infrastructure best fits different product requirements.

This multi-network approach reflects broader trends among financial institutions exploring blockchain deployment. It avoids over-reliance on any single ecosystem.

The shift toward tokenizing deposits themselves marks a different phase compared to tokenizing bonds or real estate funds.

Those earlier use cases involved external assets. Tokenized deposits represent the bank’s own liabilities moving on-chain. That is a structurally deeper form of blockchain integration for traditional finance.

Whether VersaBank brings RBTDs to commercial scale remains an open question. However, the SEC filing confirms that regulated institutions are moving from observation to active evaluation. Public blockchain networks are now part of formal banking conversations at the regulatory level.