TLDR:

• XRP’s combined spot and perpetual CVD on Binance recovered by $315M between March 23 and March 25.
  
• Binance open interest held between $185M and $192M, showing buying returned without added leverage pressure.
  
• XRP’s Estimated Leverage Ratio dropped to 0.134 on Binance, marking the lowest reading recorded since 2024.
  
• Multi-exchange OI delta averaged -$14M daily from March 18–22, preceding the two-day CVD rebound on Binance.

XRP is showing renewed buying activity on Binance, with key derivatives and spot metrics improving over a two-day window.

Between March 23 and March 25, combined spot and perpetual cumulative volume delta recovered by $315 million.

At the same time, the estimated leverage ratio dropped to its lowest point since 2024. These developments suggest a shift in market structure that traders are closely watching.

Binance CVD Recovers Across Spot and Perpetual Markets

XRP’s perpetual CVD on Binance moved from -$2.12 billion to -$1.88 billion between March 23 and March 25. That represents a net improvement of roughly $240 million within just two days. Alongside this, spot CVD climbed from -$202 million to -$127 million over the same period.

The spot CVD improvement added another $75 million to the overall recovery. Together, these two figures account for the $315 million combined rebound seen across both markets. This kind of recovery across both segments tends to reflect broader participation from buyers.

What adds weight to this move is how open interest behaved during the same window. Binance open interest stayed within a narrow band of $185 million to $192 million throughout this period. That range shows buying pressure picked up without a notable rise in leverage.

As analyst Amr Taha noted, the broader derivatives market had already gone through a cooling phase before this rebound appeared.

On the Multi Exchange Open Interest Delta chart, negative readings dominated from March 18 to March 22, averaging around -$14 million daily. The CVD recovery therefore followed a multi-day period of reduced activity.

XRP Leverage Ratio Drops to Levels Not Seen Since 2024

The Estimated Leverage Ratio for XRP on Binance recently fell to approximately 0.134, coinciding with XRP trading near $1.41.

According to analyst Arab Chain, this marks the lowest reading since 2024. It reflects a clear change in how traders are positioning themselves in the derivatives market.

Source: Cryptoquant

During 2025, the ELR climbed above 0.50 at several points, which aligned with periods of heightened price swings.

Starting in early 2026, the ratio began a steady decline before reaching its current level. The drop points to an ongoing deleveraging phase across the market.

Lower leverage generally reduces the risk of large-scale liquidations. Liquidation events often cause sudden price swings and short-term volatility. A reduction in open leverage therefore tends to stabilize price action over time.

The decline in leverage also appears to coincide with a price drop from higher levels seen in recent months. This pattern often reflects a rebalancing phase, where over-leveraged positions are unwound. Historically, such phases have preceded stronger and more sustained price movements.

TLDR:

• Startale Group raised $63M in Series A funding, with SBI Group contributing $50M to the round.
• Sony Innovation Fund led the $13M first close in January 2026, linking entertainment to blockchain growth.
• Startale and SBI co-developed JPYSC, the first trust bank-backed Japanese yen stablecoin, in 2025.
• The Startale SuperApp will offer tokenized assets, stablecoins, and onchain tools in one platform.

Startale Group has completed a $63 million Series A funding round, drawing major backing from two of Japan’s most recognized corporate names.

The round includes a $50 million investment from SBI Group and a $13 million first close from Sony Innovation Fund in January 2026.

The capital will go toward building onchain infrastructure covering Ethereum Layer 2 networks, stablecoin issuance, and tokenized securities across Asia and beyond.

SBI Group Deepens Its Commitment to Onchain Finance

SBI Group’s $50 million contribution marks a major step in its ongoing partnership with Startale. The two companies had already collaborated on Strium, a Layer 1 blockchain built for tokenized securities and RWA trading.

They also co-developed JPYSC, the first trust bank-backed Japanese yen stablecoin, through a joint venture announced in August 2025.

SBI Group Chairman Yoshitaka Kitao spoke directly about the investment’s direction. “Startale Group possesses extensive expertise in the field of on-chain integration and offers capabilities that complement those of the SBI Group,” Kitao said. He added that the partnership is expected to drive a vertical integration strategy across digital finance.

CEO Sota Watanabe also weighed in on what the round represents. “The close of our $63M Series A reflects the strong conviction our partners have in the vision we are building,” Watanabe said. He further noted that tokenized Japanese equities and JPY stablecoin adoption will be a core focus this year.

With this funding in place, Startale will now scale Strium further and expand JPYSC alongside USDSC. These stablecoins are designed to support fiat-to-crypto integration and enable onchain dividends and yield distribution for retail and institutional users alike.

Consumer and Institutional Layers Come Together Through the Startale App

Beyond institutional finance, Startale is also building out its consumer-facing product. The Startale App is being developed into a SuperApp that will run on Soneium, Sony’s blockchain ecosystem. It will offer users one-stop access to tokenized assets, stablecoins, and onchain experiences.

The app will combine asset management, Mini Apps, payments, and social features into a single interface. The goal is to remove complexity from blockchain interactions for everyday users. This positions Startale to serve both retail consumers and large financial institutions from the same platform.

Sony Innovation Fund’s involvement adds an entertainment and consumer dimension to Startale’s strategy. This pairing with SBI’s financial reach creates a broad foundation across two high-growth sectors. Together, the two partnerships cover both ends of the onchain adoption curve.

Startale plans to use the funding to grow its team, extend its infrastructure stack, and deepen adoption across Asia. The company sees vertical integration — from blockchain rails to consumer apps — as the key to long-term growth in the onchain economy.

Google has set a 2029 deadline for migrating its services to post-quantum cryptography (PQC), signaling a shift from warnings to concrete action as quantum threats edge closer to reality. The tech giant argued that rapid progress in quantum hardware and quantum error correction, along with revised estimates of when quantum machines could break today’s encryption, heightens the urgency to act sooner rather than later.

In a statement, Google underscored that PQC migration is essential for secure user authentication across its products. “Quantum computers will pose a significant threat to current cryptographic standards, and specifically to encryption and digital signatures,” the company said. This marks the first explicit timeline from Google to deploy PQC across its product stack, a move that could set a new industry tempo for post-quantum readiness.

“It’s our responsibility to lead by example and share an ambitious timeline. By doing this, we hope to provide the clarity and urgency needed to accelerate digital transitions not only for Google, but also across the industry.”

Google’s declared timeline comes as the company advances Willow, its quantum processor, which has a reported capacity of 105 qubits, placing it among the more capable publicly discussed quantum chips today.

Key takeaways

• Google sets a 2029 target to migrate its services to PQC, signaling a rare explicit industry timeline for post-quantum readiness.
• The move stresses the urgency of PQC ahead of theoretical “Q-Day” milestones, supported by newer estimates and faster hardware progress.
• Willow’s 105-qubit profile reinforces Google’s positioning in the quantum race and underscores the feasibility of scaling PQC deployment alongside hardware advances.
• Broader crypto networks are advancing their own post-quantum preparations, including Ethereum’s protocol-level PQC work and Solana’s quantum-resistant vault experiments.

Industry momentum: PQC upgrades beyond Google

The effort to harden crypto networks against quantum threats is gathering pace across layers and protocols. The Ethereum Foundation launched a dedicated Post-Quantum Ethereum resource hub this week, focusing on protecting the blockchain from future quantum-enabled attacks and safeguarding the billions of dollars stored on the network. The plan envisions implementing quantum-resistant solutions at the protocol layer by 2029, with execution-layer adjustments to follow as needed.

In parallel, Solana developers rolled out a quantum-resistant vault in January 2025 aimed at shielding user funds from quantum threats. The approach relies on a hash-based signature scheme that generates new keys with each transaction, adding a layer of forward security for vault-held assets. It’s important to note that this feature is not a network-wide security upgrade; users must opt into the Winternitz vault system to access the enhanced protection.

These efforts reflect a broader trend toward embedding quantum resilience into core cryptographic routines, even as practical deployment remains uneven across ecosystems. Some projects, particularly in the Bitcoin camp, emphasize a more cautious stance about the immediacy of quantum risk.

Bitcoin’s divided perspectives on post-quantum risk

Within the Bitcoin ecosystem, opinion remains split on how urgently to pursue post-quantum safeguards. Blockstream CEO Adam Back has argued that quantum risks are widely overstated and that no immediate action is required for decades. By contrast, researchers and developers have proposed concrete steps to mitigate potential vulnerabilities. For example, Bitcoin Improvement Proposal 360 (BIP-360) advocates a new Pay-to-Merkle-Root output type designed to shield addresses from short-exposure quantum attacks. However, implementing such changes could take years; one prominent advocate suggested a seven-year horizon for broad adoption.

Beyond Bitcoin-specific proposals, the industry continues to weigh the practicality and timeline of universal PQC adoption. Some critics argue that even robust post-quantum schemes must contend with issues such as interoperability, standardization, and the long-term security of existing keys before a wholesale migration can be deemed safe. For now, multi-year upgrades and phased rollouts appear to be the path of least resistance as developers test and validate new cryptographic primitives.

For readers seeking deeper context, several related analyses look at the state of quantum-resistant cryptography, including examinations of the viability of quantum-secure signatures and the practical challenges of deploying them at scale. Notably, a number of articles raise questions about whether quantum-secure cryptography will perform as hoped in real-world conditions and what the timing of widespread deployment will truly look like.

Looking ahead, the pace of PQC adoption will likely hinge on a confluence of hardware progress, standardization milestones, and the willingness of large platforms to commit to comprehensive migrations. Google’s new timeline creates a powerful signal to the ecosystem: with major players articulating concrete deadlines, the pressure to move from theory to action could accelerate efforts across wallets, exchanges, and networks alike.

Related discussions emphasize the need for transparent roadmaps and verification as quantum-ready primitives are tested in practice. The crypto community will be watching closely how large platforms translate ambitious timelines into tangible, verifiable security upgrades that survive real-world operational pressures.

In sum, the industry appears to be moving from speculative risk assessments toward programmatic PQC work streams. The next 12–24 months may reveal how quickly cross-project alignment can emerge around standards, interoperability, and the practical deployment of quantum-resistant cryptography across web, cloud, and blockchain systems.

Readers should stay tuned to how major players translate these timelines into interoperable security upgrades, and whether regulatory and standard-setting bodies accelerate guidance that helps unify the path to post-quantum readiness.