XRP jumps 45% in a week as Bitcoin’s short squeeze fuels gains, while UE Crypto offers diversified digital asset income.

Last week, Bitcoin broke above $72,000 and reached $79,000 last Friday, mainly driven by the U.S. Treasury’s plan to nearly double the scale of its long-term bond buybacks starting September 9. Traders who had been shorting cryptocurrencies for several weeks were forced to close their positions in response to tightening supply conditions. Within seven days, short positions across all assets totaling more than $3 billion were liquidated.

XRP did participate in this rally, but the move was not unique to XRP. This means that XRP’s rise was largely an amplified effect of Bitcoin’s rally rather than an independent repricing based on XRP’s fundamentals.

This distinction is crucial because whether the XRP breakout can continue depends on whether buying pressure remains after the short squeeze ends. A short squeeze is essentially temporary. Once short positions are liquidated, forced buying stops. What follows is either genuine demand supporting the new price level or a pullback as artificial buying pressure disappears.

As the regulatory environment gradually becomes clearer and financing conditions continue to improve, more investors are beginning to reconsider a key question: beyond relying on price appreciation for returns, are there more diversified, efficient, and sustainable ways to participate in the long-term value growth of XRP and the broader digital asset ecosystem?

As of August 24, 2026, the current price of XRP (XRP) is $1.48. Over the past 24 hours, the price has moved 0.36%, while it fell 1.1% over the past hour. Over the longer term, the price has moved 45.6% over the past seven days and 34.2% over the past month.

Meanwhile, overall market liquidity continues to improve. Although secondary-market trading activity has declined somewhat and retail investors remain relatively cautious amid market volatility, institutional allocation demand remains steady, driving continued net capital inflows on most trading days.

Analysts are monitoring the next potential high-growth stock. While exploring a new round of investment opportunities, the UE Crypto cloud mining digital asset platform also provides digital asset investors with diversified income options.

Given XRP’s uncertain price movements and growing selling pressure, an increasing number of XRP investors are turning their attention to UE Crypto, seeking to expand their digital asset allocation channels through cloud mining and yield aggregation mechanisms and explore more diversified, stable, and sustainable income models.

Unlike highly volatile futures trading and approaches that rely solely on price movements, the UE Crypto cloud mining digital asset platform provides a more convenient and intuitive way to participate in digital assets. Users do not need to purchase expensive mining hardware or deal with complicated equipment deployment, technical maintenance, or daily operations. Users only need to participate in digital asset mining and can automatically receive returns according to the terms of the contract.

About UE Crypto

UE Crypto is headquartered in the United Kingdom and operates within European regulatory frameworks such as MiCA and MiFID II, continuously improving its transparency, operational standards, and user protection mechanisms.

The platform adopts a multi-layer security architecture, including:

• Annual financial and security compliance audits by PwC
• Digital asset custody insurance provided by Lloyd’s of London
• Enterprise-level network protection from Cloudflare and McAfee® security systems
• Bank-grade data encryption and professional security infrastructure to provide multiple layers of protection for user assets and accounts

Currently, UE Crypto supports a range of mainstream digital assets, including XRP, BTC, ETH, USDT, USDC, DOGE, LTC, and SOL, providing users with a more flexible and convenient digital asset service experience.

Start earning daily returns in just three steps

1. Register an account

Visit the UE Crypto official website and register using an email address to receive a $20 trial reward.

2. Choose a mining package

Choose a suitable cloud mining contract based on personal budget and needs, and start mining with one click.

3. Start earning

Once the contract is activated, the system will automatically allocate computing power, and returns will be settled every 24 hours. Users can withdraw their earnings at any time or continue participating as needed to achieve long-term compound growth of their assets.

Popular UE Crypto contracts

BTC (Beginner Experience Contract) Investment Amount: $100, Contract Term: 2 days, Daily Return: $4, Total Return at Contract Maturity: $100 + $8

Dogecoin (DOGE, Digital Intelligent System Contract) Investment Amount: $500, Contract Term: 5 days, Daily Return: $6.25, Total Return at Contract Maturity: $500 + $31.25

BTC (Super Computing System Contract)Investment Amount: $1,000，
Contract Term: 10 days, Daily Return: $13.10, Total Return at Contract Maturity: $1,000 + $131

LTC (Algorithm-Driven System Contract) Investment Amount: $5,000
Contract Term: 25 days, Daily Return: $72, Total Return at Contract Maturity: $5,000 + $1,800

BTC (Quantitative Intelligent System Contract)Investment Amount: $10,000, Contract Term: 35 days, Daily Return: $158, Total Return at Contract Maturity: $10,000 + $5,530

For more details about the contract plans, please visit the UE Crypto official website.

Conclusion

XRP whales continue to buy at lower prices and sell at higher prices, while market volatility remains elevated. As a new market cycle gradually unfolds, investors are shifting their focus from simply tracking price movements toward strategies that place greater emphasis on risk management, asset allocation, and long-term returns. Against this backdrop, digital asset investment approaches are becoming increasingly mature and diversified, and the UE Crypto cloud mining digital asset platform has also become an area of interest for some investors exploring diversified digital asset allocation and income models.

Join the UE Crypto cloud mining digital asset platform today, seize the golden opportunity, and embark on a new journey toward wealth growth.

The European Central Bank is pushing back against privacy criticisms surrounding its planned digital euro, arguing that the system’s technical design would restrict what the Eurosystem can see about individual payments. In an interview published on Monday, ECB Executive Board member Piero Cipollone said the central bank would not be able to identify people making or receiving digital euro transactions.

Cipollone’s remarks come as lawmakers, privacy advocates and crypto community figures continue to warn that government-issued digital currencies could enable expanded financial surveillance—even if particular design choices are intended to limit visibility. The debate has also intensified in the United States, where policymakers have moved to block federal CBDC development.

Key takeaways

• ECB Executive Board member Piero Cipollone says the Eurosystem would not be able to identify users making or receiving digital euro payments.
• Cipollone argues that transaction identifiers would be designed so that only banks involved in transfers can identify users, including for anti-money laundering checks.
• Offline digital euro payments are described as limiting available payment details to the payer and payee.
• While privacy safeguards are a focal point, the ECB also frames the digital euro as a way to reduce Europe’s reliance on non-European payment infrastructure.

ECB privacy design: limited visibility by the central bank

In an Aug. 10 interview published by the ECB, Cipollone outlined how the digital euro could be structured to reduce direct surveillance by the central bank. He said the “Eurosystem would not be able to identify the users making or receiving payments.”

Instead, Cipollone’s position is that identity resolution would sit with the financial intermediaries that carry out the transactions. According to his description, only the banks involved in payment flows would be able to identify users, including for anti-money laundering purposes, while the Eurosystem itself would not be able to directly link specific individuals to digital euro payments.

The ECB official also pointed to offline capabilities as another privacy boundary. He said offline digital euro transactions would make payment details available only to the payer and payee—an approach intended to limit third-party access in scenarios where payments do not rely on continuous connectivity.

Why privacy concerns remain central

Despite the ECB’s attempt to address privacy fears at the design level, the project still faces scrutiny from multiple quarters. The underlying concern is that central bank-issued digital money, even with constraints, could change the nature and scale of visibility into financial activity compared with cash.

The ECB’s assurances are likely to be tested against the real-world implementation choices that follow design specifications. Critics have argued that institutional oversight—whether through intermediaries, reconciliation processes, or compliance workflows—could still produce surveillance outcomes that users may find difficult to fully anticipate from technical descriptions alone.

Digital euro as payment sovereignty project

Privacy is not the only pillar of the ECB’s digital euro messaging. The institution has also pitched the initiative as a response to strategic vulnerabilities in Europe’s payments stack.

Earlier in the year, Cipollone argued in a public lecture in Latvia that Europe’s reliance on non-European payment providers creates “strategic vulnerability.” According to his remarks, two-thirds of euro-area card transactions are governed by non-European companies. The digital euro, he suggested, could reduce this dependence by supporting European-controlled payment infrastructure.

This broader framing matters because it places the digital euro at the intersection of consumer protection debates and industrial policy. Even if privacy safeguards are strong on paper, the political and operational rationale for the program could shape the compromises lawmakers accept as negotiations continue.

Legislative progress and the timeline being discussed

Regulatory momentum in Europe has continued alongside the privacy debate. The European Parliament’s Economic and Monetary Affairs Committee backed its position on digital euro legislation in June. Later, in July, lawmakers cleared the proposal for negotiations with the Council.

The ECB has also indicated that a digital euro could be issued as early as 2029, assuming the necessary legislation is adopted and the project completes remaining technical and operational steps.

U.S. policy contrasts: restrictions on CBDC development

The privacy dispute around the digital euro echoes a parallel debate in the United States, where lawmakers have moved to limit CBDC efforts. Earlier coverage has noted that President Donald Trump issued an executive order in January 2025 prohibiting federal agencies from developing or promoting a CBDC, citing concerns including financial stability, individual privacy and US sovereignty.

On the legislative side, House lawmakers have also advanced proposals aimed at constraining a potential US CBDC. One such initiative, the Anti-CBDC Surveillance State Act, seeks to prohibit the Federal Reserve from issuing a CBDC.

While the European and US approaches differ in institutions and legal frameworks, the policy contrast underscores a shared theme: whether digital versions of money should be treated primarily as an infrastructure upgrade—or as a systemic governance risk that could increase surveillance and compliance reach.

As the ECB moves closer to implementation, the key question for users and investors will be how the promised privacy boundaries translate into concrete technical specifications and compliance workflows, especially for online and offline transaction modes. The next milestones to watch are the outcomes of Europe’s ongoing legislative negotiations and the operational details that will determine how much control the Eurosystem, banks, and other parties actually have over transaction information.

Flowra has launched its Open Orderflow Auction for Solana, introducing an open block-building system that allows registered searchers to compete for transaction inclusion while giving validators greater control over blockspace and MEV revenue.

Flowra has launched its Open Orderflow Auction for the Solana ecosystem, introducing a competitive block-building framework aimed at opening the network’s MEV market to broader participation.

The framework is designed to open block building to competitive bidding, improve price discovery in Solana’s MEV market, and help validators capture more revenue. Registered searchers can compete for transaction inclusion through a transparent auction instead of relying on closed orderflow channels. Flowra said the Open Orderflow Auction is now available to validators and searchers, while it continues onboarding institutional-grade validators ahead of a broader rollout.

Open Orderflow Auction targets Solana MEV competition

Flowra said the auction changes how transaction inclusion can be offered to searchers. Rather than routing orderflow through closed channels, registered participants can bid openly for access to blockspace. The company expects that model to create clearer competition around transaction inclusion and allow validators to receive more of the value generated by MEV.

Solana validators process transactions and participate in network consensus. Flowra’s framework focuses on that validator layer by introducing a new method for constructing blocks and allocating blockspace. The company says its aim is to improve transaction transparency, value distribution, and incentive alignment among validators, users, and builders.

Early validator testing shows higher block activity

Flowra reported early results from testing its setup on a single validator. According to the company, the Flowra-enabled validator increased compute units per block by 20.6%. The validator moved from 84% to 101% of the network average during the test. Flowra also reported higher block fees than comparable validator software.

The company said the same setup achieved 100% block production and 99.999% block engine uptime. Those figures come from Flowra’s early testing and relate to one validator. The company is using the results as it expands onboarding for its Open Orderflow Auction across institutional-grade validators in the Solana ecosystem.

Programmable block policy adds validator controls

Alongside the auction, Flowra introduced Programmable Block Policy. The feature allows validators to define transaction inclusion policies at the block-building layer. Flowra said this can give validators more operational flexibility, including the ability to address regulatory or institutional compliance requirements without changing the underlying Solana protocol.

Flowra recently announced a collaboration with compliance infrastructure provider Honeypot. The companies plan to bring sanctions and risk screening to the block-building layer. Flowra presented the policy system as a way for validators to control how blocks are constructed while retaining verifiability and auditability.

Flowra draws from Ethereum block-building model

Flowra said its architecture takes inspiration from the competitive block-building model that emerged on Ethereum. Ethereum.org describes proposer-builder separation as a structure in which block builders submit bids and validators can select the most profitable offer. Flowra believes Solana’s high-throughput, low-latency design can support a similar market-based approach.

“Solana’s performance has made it one of the industry’s leading blockchain networks, but its MEV market remains largely concentrated,” Flowra CEO Harry Hwang said. “By opening block building to transparent competition, we’re creating a more efficient market for blockspace while giving validators greater control over how their blocks are constructed with full verifiability and auditability.”

Flowra develops validator and order flow infrastructure for Solana. Its products include validator infrastructure, delegation programs, and MEV-related technologies. The company’s broader goal is to support a more open, efficient, and scalable foundation for blockchain networks while improving how value is distributed among network participants. The auction is available to validators and searchers participating across the Solana ecosystem as the network expands further.

A crypto trader claimed yesterday an update for the FOMO app caused $6 million in crypto losses.

In a social media post, they cited an example of someone allegedly losing 662 SOL, worth about $62,000, after opening the iOS app called FOMO.

FOMO co-founder Prashan Dharmasena rejected the claim, countering, “It’s crazy that people can just come on this app and blatantly lie,” adding that the account in question has no transaction signed by FOMO’s fee payer.

Sticking to his story, Dharmasena repeated his defense to at least two other accusers.

The source of the original accusation is Derivatives_Ape, an X account built around Solana trading commentary, but that account isn’t the alleged victim. Instead, the post claims a “friend” suffered the loss.

According to forensic researcher ZachXBT, Derivatives_Ape, is a co-founder of Zkasino who “stole $30 million of investor funds.”

Although ZachXBT named the account as Zkasino co-founder Elham Nourzai, the handle seemed to be controlled by another Zkasino co-founder, Ildar Elham.