Strategy Executive Chairman Michael Saylor has defended public Bitcoin advocacy as protected speech under United States law. He also described Bitcoin as a commodity rather than a security, while separating advocacy from illegal conduct. Meanwhile, his comments come as lawmakers continue debates over new rules for digital assets.

Saylor said Americans can discuss Bitcoin and recommend ownership without obtaining a special license. He also stressed that existing laws still prohibit fraud and market manipulation involving digital assets. Consequently, his position links public Bitcoin promotion with established rights while rejecting unlawful financial activity.

Saylor has remained a prominent Bitcoin supporter through public statements and Strategy’s corporate treasury approach. His latest comments focus on the legal status of discussing Bitcoin and recommending the asset publicly. The remarks also come amid wider debates over how regulators should oversee cryptocurrency markets.

Clarity Act Debate Continues in Washington

The comments come as lawmakers prepare for a September 15 procedural vote concerning the CLARITY Act. The legislation seeks clearer responsibilities among federal agencies overseeing digital asset markets. However, lawmakers still need to resolve several provisions before the bill can advance through the Senate.

The National Sheriffs’ Association recently changed its position on the legislation from opposition to neutral. The group had raised concerns about enforcement against illicit financial activity under the proposed framework. Senator Cynthia Lummis welcomed the shift and urged lawmakers to move the legislation forward.

Lummis has argued that the bill could give law enforcement stronger tools against illicit crypto finance. However, the September 15 vote would only advance consideration and would not establish final passage. Therefore, the Senate must complete additional steps before the legislation can become law.

Strategy Resumes Bitcoin Purchases as MSTR Shares Fall

Saylor’s comments also follow Strategy’s return to Bitcoin purchases after an extended buying pause. Strategy acquired 4,603 BTC for roughly $369.7 million, with an average purchase price of $80,318. The purchase lifted the company’s Bitcoin holdings to 845,050 BTC.

Strategy has used Bitcoin as a central part of its corporate treasury strategy for several years. The company has continued accumulating BTC despite periods of sharp price swings across cryptocurrency markets. Moreover, its purchases have kept the company closely tied to Bitcoin’s market performance.

Despite the latest acquisition, Strategy shares have faced renewed selling pressure. MSTR recently fell about 4.2% to $138.74 as Bitcoin experienced fresh volatility after United States employment data. The shares remain down about 56% over the past 12 months, despite Strategy’s continued Bitcoin accumulation.

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Pineapple Financial has moved more than $1 billion in residential mortgage records onto Injective, a layer-1 blockchain focused on financial applications, as part of a broader effort to migrate its historical loan portfolio onchain.

Pineapple plans to eventually migrate more than 29,000 funded mortgages worth over $10 billion onto the network, Injective said Friday. Each mortgage is represented by an onchain record tied to the underlying loan file, rather than being repackaged as a new mortgage security.

The records contain more than 500 data points, including loan-level information designed to support verification, audit trails and risk analysis. Pineapple’s dashboard shows that the migration now includes 2,079 mortgage records, up from 1,259 when the initiative launched in December 2025.

PAPL0, which tracks the mortgage records onchain, has an asset market cap of about $1.1 billion, up 48.2% over the past nine months, according to Token Terminal data. The tokens represent mortgage records rather than ownership of the underlying loans.

PAPL0 market cap on Injective. Source: Token Terminal

The mortgage migration is part of Pineapple’s broader relationship with Injective, which includes a separate $100 million Injective (INJ) digital asset treasury. Pineapple stakes INJ from the treasury, with Kraken serving as a primary validator for the holdings.

Related: The 5 types of real world assets being tokenized fastest onchain

Real estate tokenization gains momentum

Real estate has become a growing focus of the push to bring traditionally illiquid assets onchain, where tokenization can make property or investment interests easier to divide, transfer and access.

In June, Apex Group joined Goldman Sachs, Archax and LRC Group on a tokenized real estate fund whose shares are issued as digital tokens through Goldman Sachs’ Digital Asset Platform. The structure gives investors blockchain-based ownership of fund shares, rather than simply recording property data onchain.

Dubai has also expanded its real estate tokenization efforts. In February, the Dubai Land Department launched the second phase of a pilot after about $5 million in property had been tokenized, with transactions recorded on the XRP Ledger.

However, tokenized real estate still remains a small part of the broader real-world asset (RWA) market. The sector has about $226.5 million in distributed value, up 11.7% over the past 30 days, compared with $38.8 billion across tokenized RWAs tracked by RWA.xyz.

Tokenized real estate. Source: RWA.xyz

Magazine: Token buybacks are booming. But are they good for crypto projects?

Post-quantum security-focused startup QuFi Network has launched a verification platform aimed at protecting digital assets from potential future quantum computing attacks—without forcing users to upgrade or fork existing blockchain settlement layers. The approach, according to QuFi, is built around separating “verification” from “settlement,” so that transactions can be validated with post-quantum cryptography while value is ultimately settled on familiar networks.

Alongside the platform, QuFi introduced uBTC, a proof of concept that applies the verification system to Bitcoin collateral. uBTC is currently running on Bitcoin testnet, with redemptions designed to complete as standard Bitcoin transactions after the verification step produces cryptographic proofs that govern how value can move between settlement environments.

Key takeaways

• QuFi’s platform validates transactions using post-quantum cryptography before settling them on existing blockchain networks, avoiding direct post-quantum signature deployment on-chain.
• uBTC is a Bitcoin-focused proof of concept on testnet, verifying BTC collateral and issuing proofs that constrain value movement, while final settlement remains standard Bitcoin transactions.
• QuFi says the design uses three post-quantum cryptographic standards—ML-DSA-65, SLH-DSA, and ML-KEM-1024—to handle signatures and secure key exchange.
• The company’s stated goal is to reduce potential increases in storage, bandwidth, and computation that can come with using larger post-quantum primitives directly within blockchains.
• The launch lands as multiple parts of the ecosystem experiment with quantum-resistant techniques, including Bitcoin signature proposals and efforts by institutions and protocol developers.

A verification layer instead of a blockchain upgrade

QuFi’s main product concept centers on an external verification layer. Rather than asking each settlement network to adopt new post-quantum cryptographic rules, QuFi proposes using a decentralized set of nodes to validate transactions with post-quantum cryptography ahead of settlement.

In QuFi’s framing, this architecture helps address one of the most common implementation challenges in the post-quantum transition: larger keys and signatures can translate into higher on-chain costs and performance overheads. By performing verification off the settlement path, QuFi says it aims to avoid added storage, bandwidth, and computing demands that could arise from integrating post-quantum primitives directly into individual chains.

The platform uses post-quantum standards that cover both digital signatures and key exchange. QuFi lists ML-DSA-65 and SLH-DSA for signatures, and ML-KEM-1024 for secure key exchange—building blocks it says are used to generate and check cryptographic proofs prior to settlement on existing blockchains.

uBTC on Bitcoin testnet: proofs constrain value movement

QuFi also launched uBTC, described as a proof-of-concept system applying the verification approach to Bitcoin. The system is currently operating on Bitcoin testnet4.

Per QuFi’s description, uBTC verifies BTC collateral and generates cryptographic proofs that govern how value moves between settlement environments. Importantly, QuFi says the redemptions ultimately settle as standard Bitcoin transactions. That means the Bitcoin network would not be required to run post-quantum signatures as part of the final settlement step—at least within this proof of concept.

For investors and developers tracking quantum-readiness, this structure is notable because it suggests one possible pathway for gradual migration: keep the “trust anchor” settlement layer stable while introducing stronger cryptographic verification elsewhere. The remaining question is how widely such proof-based settlement constraints can be adopted—especially when interacting with multiple networks and wallets that may have different assumptions about validation and finality.

Why the timing matters: quantum defense work is accelerating

QuFi’s announcement arrives amid a broader push across crypto to prepare for quantum-related risks. In August, StarkWare reportedly tested a quantum-resistant Bitcoin transaction on mainnet without requiring a fork. While the test demonstrated feasibility, the same coverage noted that the transaction required hours of computation and cost roughly $150 to $200, and it used a nonstandard format that required direct miner submission.

That earlier experiment highlights the practical friction QuFi is trying to bypass: even when post-quantum methods are technically possible, making them efficient and compatible with mainstream blockchain transaction flows is difficult. QuFi’s verification-layer approach is positioned as one way to reduce those integration costs.

Institutional and regulatory efforts are also part of the picture. According to prior reporting, banks and regulators across Europe, the Middle East, and Asia joined a pilot testing post-quantum wallets and onchain transfers using ML-DSA-65—one of the standards QuFi says it uses in its platform. Meanwhile, the Ethereum Foundation reportedly dropped its planned Poseidon hash function from a post-quantum architecture in favor of established alternatives such as SHA or BLAKE, reflecting a preference for reducing uncertainty by leaning on primitives with broader operational familiarity.

Bitcoin’s protocol-level experiments: trade-offs are already showing

Beyond off-chain or verification-layer approaches, some Bitcoin-focused quantum defenses are being explored directly at the protocol or signature scheme level. In August, Blockstream researchers published a Bitcoin Improvement Proposal for SHRINCS, an experimental post-quantum signature scheme intended to reduce size and performance costs associated with quantum-resistant signatures.

However, the same coverage also emphasized constraints and open issues. SHRINCS relies on stateful signatures to shrink signature size, which would require wallets to track signing keys previously used. It also remains early-stage, with no completed security proof referenced in that reporting, and it adds complexity that could increase user error risk if wallet implementations do not correctly manage state.

Compared with these protocol-level directions, QuFi’s emphasis is on reducing direct changes to settlement chains. For readers, the practical takeaway is that quantum readiness is not a single technology swap—it’s a spectrum of strategies, ranging from experimental signature schemes that modify transaction formats to separate verification systems that attempt to preserve existing settlement processes.

As QuFi’s platform and uBTC evolve, the key things to watch are how proof generation and verification perform under realistic load, whether the proofs integrate cleanly with broader wallet and settlement workflows, and how the project’s approach compares in cost and usability to protocol-level quantum defenses like SHRINCS. The next milestones—especially any expansion beyond testnet and any evidence of interoperability—will likely determine whether verification-layer quantum protection can move from concept to practical deployment.

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