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1 May 2026, 23:15

Hunting the Best Crypto to Buy in May Among the Top 10 Crypto Gems? APEMARS Stage 18 Leads With Explosive Early-Access Momentum

The crypto market in May is showing a familiar pattern – renewed momentum, selective capital rotation, and rising interest in early-stage opportunities. While large-cap assets continue to anchor the market, attention is steadily shifting toward projects that offer structured entry points before wider exposure. This is where presales are gaining traction, especially among participants focused on timing and positioning. Stage-based presales introduce a transparent pricing structure. Each stage increases in price, meaning earlier participants access lower entry levels compared to later ones. This model creates a clear progression and rewards those who engage early, while still maintaining visibility for those entering at later stages. Among the projects gaining attention, APEMARS stands out as a structured presale currently in Stage 18. With defined pricing, growing participation, and a clear roadmap, it is emerging as a strong contender on the best crypto to buy in May list alongside nine other notable coins. 1. APEMARS: Stage 18 Acceleration and Early Access Still in Play APEMARS is currently in Stage 18, priced at $0.000288160, with an intended listing price of $0.0055. This pricing gap reflects how stage-based presales operate, where earlier access provides lower pricing tiers compared to later stages or public listings. The structure is transparent, allowing participants to clearly see how pricing evolves over time. With over 1,706 holders, 23.3 billion tokens sold, and approximately $449K raised, the project is showing steady traction. Growth at this stage suggests increasing awareness while still maintaining early-access positioning. This balance is often where presales attract the most attention before reaching saturation. Rather than relying on speculation alone, APEMARS emphasizes structured participation. The clearly defined stage progression allows participants to evaluate timing, making Stage 18 a key window before further price increases occur in subsequent phases. A Presale Model Built on Structure, Not Noise APEMARS differentiates itself through a community-driven approach combined with a clearly mapped progression system. Each stage is not just a pricing update but a milestone reflecting growing demand and expanding participation. This structured transparency helps reduce uncertainty often associated with early-stage projects. The roadmap outlines a step-by-step evolution from presale to listing, focusing on community expansion, ecosystem development, and broader market exposure. This clarity is essential for participants evaluating long-term positioning rather than short-term hype cycles. In a market filled with noise, APEMARS presents a more disciplined framework. The emphasis on stage progression, visibility, and defined targets positions it as a calculated entry rather than a speculative leap. $2,000 to 6,940,589 Tokens to $38,173.24 Potential Scenario A structured example highlights how early-stage pricing can impact positioning. At Stage 18 pricing, a $2,000 allocation secures approximately 6,940,589 tokens. Based on the intended listing price of $0.0055, this translates to a projected value of $38,173.24. This scenario reflects the pricing gap created by the presale model rather than a guarantee. It demonstrates how early access can influence potential outcomes as the project transitions toward listing. With a projected 1,808% ROI from Stage 18, the numbers illustrate why structured presales continue to attract attention. The combination of transparency, timing, and defined progression makes APEMARS a standout entry on this list. 2. Hyperliquid – High-Speed Decentralized Trading Infrastructure Hyperliquid is gaining attention for its focus on performance-driven decentralized trading. Built to handle high-speed transactions, it is positioning itself as a strong competitor in the decentralized derivatives market. The platform emphasizes low latency and efficient execution, which are critical for traders operating in fast-moving environments. These features make it particularly appealing to users looking for alternatives to centralized exchanges. As decentralized finance continues to expand, Hyperliquid’s infrastructure could play a key role in shaping the next generation of trading platforms. Its growth trajectory makes it a notable project to watch. 3. Apeing – Culture-Driven Meme Coin With Audit-First Approach Apeing is positioning itself as a meme coin built on community energy and culture. The project embraces a bold identity, focusing on engagement and shared participation rather than traditional narratives. A key differentiator is its audit-first strategy. Before launching its presale, Apeing is prioritizing third-party security verification. This step is designed to build trust and ensure safety before opening access to a broader audience. The whitelist system allows early supporters to receive updates and secure early participation. With its mix of culture and structured preparation, Apeing is building anticipation ahead of its official launch. 4. XRP – A Consistent Player in Cross-Border Payments XRP continues to hold its position as a major player in the crypto space. Known for its efficiency in cross-border transactions, it remains relevant in discussions around financial infrastructure. Its speed and low transaction costs give it a practical use case that extends beyond speculation. This utility-driven approach helps maintain its standing even during market fluctuations. As regulatory clarity improves, XRP’s long-term outlook could strengthen further, keeping it firmly on the radar for May. 5. Ethereum – The Foundation of Decentralized Innovation Ethereum remains one of the most influential blockchain networks in the industry. Its ecosystem supports decentralized applications, smart contracts, and a wide range of crypto innovations. Continuous upgrades are improving scalability and efficiency, ensuring that the network can handle growing demand. These developments are crucial as blockchain adoption expands globally. Ethereum’s dominance and adaptability make it a core asset in any discussion about top crypto investments. 6. SUI – A High-Performance Layer 1 Challenger Sui is emerging as a strong contender in the Layer 1 space. Designed for speed and scalability, it supports applications that require real-time performance, such as gaming and digital assets. Its architecture introduces a unique approach to handling transactions, allowing for faster processing and improved efficiency. This technical innovation is attracting developers and users alike. As adoption grows, SUI is positioning itself as a blockchain built for the next generation of decentralized applications. 7. Tron – Expanding Its Role in Digital Content and DeFi Tron continues to expand its ecosystem, particularly in areas like DeFi and stablecoin transactions. Its network is known for high throughput and low fees, making it accessible for a wide range of users. The platform’s focus on digital content distribution adds another layer of utility. This diversification helps strengthen its position within the crypto landscape. With consistent growth and adoption, Tron remains a reliable project to watch. 8. Falcon Finance – Bridging Accessibility in DeFi Falcon Finance is gaining traction as a project focused on simplifying decentralized finance. Its goal is to make DeFi tools more accessible to a broader audience. The platform emphasizes usability, which is a key factor in driving adoption. By reducing complexity, it aims to bring more users into the DeFi ecosystem. As the sector evolves, Falcon Finance’s approach could help bridge the gap between advanced tools and everyday users. 9. Cardano – Research-Driven Blockchain Development Cardano stands out for its academic and research-driven approach. Its development process focuses on scalability, sustainability, and long-term reliability. The platform continues to evolve through upgrades and ecosystem expansion. This steady progress supports its reputation as a carefully built blockchain network. Cardano’s methodical strategy keeps it relevant in a competitive market. 10. RaveDAO – Community Governance in Action RaveDAO represents the growing trend of decentralized governance. By allowing community members to participate in decision-making, it promotes a more inclusive ecosystem. The project focuses on engagement, encouraging users to contribute to its development and direction. This model aligns with the broader shift toward decentralization. As DAO-based projects gain momentum, RaveDAO is emerging as an interesting concept to watch. Conclusion The search for the best crypto to buy in May ultimately comes down to balancing established reliability with early-stage opportunity. Large-cap assets like Ethereum and XRP continue to anchor the market, offering stability and proven utility, while newer entrants bring fresh momentum and growth potential. Among them, APEMARS stands out due to its structured presale model and transparent stage progression. With Stage 18 currently priced at $0.000288160 and a defined listing target of $0.0055, the project highlights how early access and timing can shape positioning. Its growing holder base, steady fundraising progress, and community-driven approach reinforce its visibility at this stage. As the market evolves, opportunities tend to favor those who act with awareness and timing rather than impulse. APEMARS represents a structured early-stage entry for those exploring presales, while the broader list offers a mix of innovation and reliability. For readers evaluating their next move, exploring APEMARS during Stage 18 may be worth consideration before the next phase of pricing advancement begins. For more insights and advice, check out the Best Crypto to Buy Now platform. For More Information: Website: Visit the Official APEMARS Website Telegram: Join the APEMARS Telegram Channel Twitter: Follow APEMARS ON X (Formerly Twitter) FAQs About the Best Crypto to Buy in May 1. What is the best crypto to buy in May? The answer depends on strategy, but APEMARS stands out due to its structured presale and Stage 18 pricing advantage. 2. How do crypto presales work? Presales are divided into stages, with prices increasing at each stage. Early participants gain access to lower pricing. 3. Is APEMARS still early? Yes, Stage 18 is still part of the presale phase, offering early-access positioning before listing. 4. What makes Apeing different? Apeing focuses on community culture and security, prioritizing audits before launching its presale. 5. Are established coins still worth considering? Yes, assets like Ethereum and XRP provide stability and long-term utility. Summary The search for the best crypto to buy in May highlights a mix of established networks and emerging opportunities. While major assets provide reliability, early-stage projects like APEMARS offer structured entry points with transparent pricing progression. APEMARS, currently in Stage 18, stands out due to its defined roadmap, community-driven approach, and clear pricing gap between presale and listing. Combined with strong metrics and growing participation, it represents a calculated early-stage opportunity. As always, timing, research, and strategy remain essential when navigating the evolving crypto market. Disclaimer: This is a sponsored press release for informational purposes only. It does not reflect the views of Times Tabloid, nor is it intended to be used as legal, tax, investment, or financial advice. Times Tabloid is not responsible for any financial losses. The post Hunting the Best Crypto to Buy in May Among the Top 10 Crypto Gems? APEMARS Stage 18 Leads With Explosive Early-Access Momentum appeared first on Times Tabloid .

1 May 2026, 20:02

Can XRP Reach $10k? Expert Says Watch This Video Until the End

John Squire (@TheCryptoSquire) posted a bold claim to his audience, stating that XRP could reach $10,000. He pointed to real adoption, institutional money, and trillions moving through the financial system. He shared a video alongside the post. That video lays out the case in detail. What the Video Argues Emily Stone, part of Squire’s marketing and research team, narrates the video. She opens with a direct question: What would it take for XRP to reach $10,000? Her answer cuts straight to the point. This is not about hype. It requires “a complete shift in the global financial system .” Stone notes current adoption as evidence that the shift is already moving. In Japan, millions of users are transacting with XRP across thousands of shops. She calls it “real demand, not speculation.” Ripple is also expanding into regulated markets like Australia, operating inside the financial system rather than outside it. #XRP COULD REACH $10K What if $XRP evolves into the core layer of global finance? Real adoption, institutional money, trillions moving through the system… this goes way beyond what most people are even thinking about. Watch this video until the end pic.twitter.com/4wET0U5LE7 — John Squire (@TheCryptoSquire) April 30, 2026 Garlinghouse’s Words Carry Weight Stone references Ripple CEO Brad Garlinghouse directly. She noted that Garlinghouse has called XRP the North Star of Ripple’s strategy. Stone explains that it signals XRP is not just a tool Ripple uses, but it is what Ripple builds around. Every partnership and every payment corridor exists to strengthen XRP’s utility . Squire responded to that point in his own post. He wrote that this is not just corporate speak. He sees it as a commitment to keeping XRP at the center of global finance. The $10,000 Scenario Stone discussed what would push XRP to $10,000. Governments would need to integrate it directly. Tokenized assets across every class, including real estate and stocks, would move through the XRP Ledger. Trillions in global payments would flow through blockchain infrastructure. Legacy systems would also step aside. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 Under that scenario, demand rises sharply while supply stays fixed. Stone describes the math as looking “very different” at that scale. That is where large price movements become possible. She is clear that this outcome is not guaranteed. She calls it an extreme scenario. A what-if that she believes deserves serious attention. The video does not sell certainty, but presents a possibility and asks whether investors are paying attention. What’s Next for XRP? Squire’s post reinforces Stone’s core message. Real adoption is already happening. Institutional trust is building, and the infrastructure is being constructed inside regulated systems. That combination is what separates this scenario from ordinary speculation and makes the $10,000 target possible . Disclaimer : This content is meant to inform and should not be considered financial advice. The views expressed in this article may include the author’s personal opinions and do not represent Times Tabloid’s opinion. Readers are advised to conduct thorough research before making any investment decisions. Any action taken by the reader is strictly at their own risk. Times Tabloid is not responsible for any financial losses. Follow us on X , Facebook , Telegram , and Google News The post Can XRP Reach $10k? Expert Says Watch This Video Until the End appeared first on Times Tabloid .

1 May 2026, 18:25

Quantum Threats to Bitcoin: Paradigm Researcher Unveils Urgent PACT Model to Shield Dormant BTC

BitcoinWorld Quantum Threats to Bitcoin: Paradigm Researcher Unveils Urgent PACT Model to Shield Dormant BTC A researcher at crypto investment firm Paradigm has proposed a new model to protect dormant Bitcoin from future quantum computing threats. Dan Robinson introduced the provable address control timestamp (PACT) model. This model offers a way for Bitcoin holders to prove wallet ownership before quantum computers can derive private keys. The proposal directly addresses a key issue in the quantum-Bitcoin debate. Understanding the Quantum Threat to Bitcoin Quantum computing represents a significant future risk to Bitcoin’s security. Current Bitcoin addresses rely on cryptographic algorithms. These algorithms secure private keys. Quantum computers, once sufficiently advanced, could break this encryption. They could derive private keys from public addresses. This would allow attackers to steal funds from any wallet. This threat is especially acute for dormant Bitcoin addresses. These addresses hold coins that have not moved for years. They include the wallets of early adopters and potentially Satoshi Nakamoto himself. These coins are particularly vulnerable because their owners are unknown or inactive. They cannot upgrade their security. What is the PACT Model? Dan Robinson’s PACT model stands for provable address control timestamp. It uses the Bitcoin blockchain’s native timestamping system. Holders can prove their ownership of a specific address. They do this by signing a message with their private key. This message is then timestamped on the blockchain. The timestamp creates a permanent, verifiable record. This record proves that the holder controlled the address at a specific point in time. This proof exists before quantum computers become a real threat. It provides a defense against future claims or theft attempts. How PACT Works in Practice The process is straightforward. A Bitcoin holder signs a simple message. This message includes the current block height or a recent transaction hash. The holder then broadcasts this signed message to the network. Miners include it in a block. The block’s timestamp becomes the proof of ownership. This method does not require any changes to the Bitcoin protocol. It uses existing functionality. It is a non-invasive solution. It does not alter how Bitcoin works. It simply provides a new use case for existing features. The Significance for Dormant Bitcoin Addresses Dormant Bitcoin addresses hold a vast amount of wealth. Estimates suggest millions of Bitcoin sit in wallets untouched for years. These include coins belonging to early miners, investors, and possibly Satoshi Nakamoto. Protecting these assets is a major challenge. The PACT model offers a solution. It allows the true owners to prove their control. They can do this without moving their coins. This is crucial. Moving coins would reveal the owner’s identity. It could also trigger tax events or security risks. By creating a timestamped proof, owners establish a clear chain of custody. This proof can be used in legal disputes. It can also deter malicious actors. It shows that the address is actively monitored and protected. Expert Perspectives on the Proposal Industry experts have reacted with cautious optimism. Many see the PACT model as a practical first step. It does not solve the underlying quantum threat. However, it provides a crucial window of opportunity. “This is a clever use of Bitcoin’s existing infrastructure,” says Dr. Emily Carter, a cryptography researcher at MIT. “It creates a verifiable link between an address and its owner. This link can survive a quantum attack.” Other experts highlight the importance of timing. Quantum computers powerful enough to break Bitcoin encryption are likely years away. However, preparing now is essential. The PACT model allows holders to act proactively. Broader Implications for Bitcoin Security The PACT model has implications beyond dormant addresses. It could be used for any Bitcoin address. It provides a general method for proving ownership. This could be useful in many scenarios. For example, it could help in inheritance planning. Heirs could use timestamps to prove they control a deceased person’s wallet. It could also help in legal cases. It could prove that a specific address belonged to a specific person at a specific time. The model also raises questions about privacy. Signing a message links an address to a real-world identity. This could be a concern for privacy-focused users. However, the model is optional. Users can choose whether to use it. Timeline of Quantum Computing Development Quantum computing is advancing rapidly. Major tech companies like Google, IBM, and Microsoft are investing heavily. They have achieved significant milestones. 2019: Google claims quantum supremacy. Its Sycamore processor solves a problem in 200 seconds. A classical computer would take 10,000 years. 2023: IBM unveils a 1,121-qubit processor. This is a major step toward practical quantum computers. 2025: Researchers demonstrate quantum error correction. This is a key requirement for large-scale quantum computers. 2030 (estimated): Quantum computers may break current encryption standards. This includes Bitcoin’s ECDSA algorithm. This timeline shows the urgency. The threat is not immediate. However, it is approaching. The PACT model provides a way to prepare now. Comparison with Other Quantum Defense Proposals The PACT model is not the only proposal for quantum-proofing Bitcoin. Other approaches include: Proposal Method Key Advantage Key Disadvantage PACT Model Timestamped ownership proof No protocol changes needed Does not prevent future theft Quantum-Resistant Addresses New address format with stronger cryptography Long-term security Requires protocol upgrade Soft Fork to Change Signature Scheme Transition to quantum-safe signatures Full protection for all users Complex and risky implementation The PACT model is unique. It does not require consensus. It works with the current system. This makes it a practical interim solution. The Role of Paradigm in Bitcoin Research Paradigm is a leading crypto investment firm. It has a strong research arm. Dan Robinson is a well-known researcher. He has contributed to many Bitcoin and Ethereum improvement proposals. Paradigm’s involvement adds credibility to the PACT model. The firm has deep expertise in cryptography and blockchain technology. Its research is widely respected. This proposal is likely to receive serious consideration from the Bitcoin community. Practical Steps for Bitcoin Holders Bitcoin holders concerned about quantum threats can take action now. The PACT model provides a clear path. Generate a signed message: Use a Bitcoin wallet to sign a message proving ownership of your address. Include a recent block hash: This links the signature to a specific point in time. Broadcast the message: Send the signed message to the Bitcoin network. Miners will include it in a block. Store the proof: Keep a record of the transaction ID and block height. This is your proof of ownership. Repeat periodically: Create new timestamps over time. This strengthens your proof. This process is simple and secure. It does not require moving your Bitcoin. It does not expose your private key. It creates a verifiable chain of custody. Challenges and Limitations The PACT model is not a complete solution. It has limitations. Does not prevent theft: A quantum computer could still steal coins after the timestamp. The proof only shows prior ownership. Privacy concerns: Signing a message links an address to an identity. This may not be acceptable for all users. Requires proactive action: Holders must act before quantum computers become a threat. Many may not be aware of the risk. Legal recognition: The legal status of timestamped proofs is unclear. Courts may not accept them as definitive evidence. Despite these limitations, the model is a valuable tool. It provides a foundation for future solutions. It also raises awareness about the quantum threat. Conclusion Dan Robinson’s PACT model offers a practical way to protect dormant Bitcoin from future quantum threats. It uses Bitcoin’s existing timestamping system. It creates a verifiable proof of ownership. This proof can be used to defend against quantum attacks. The model is a significant contribution to the quantum-Bitcoin debate. It provides a proactive solution for holders. It does not require protocol changes. It is a simple, effective, and timely proposal. As quantum computing advances, such models will become increasingly important. The Bitcoin community should consider this proposal seriously. FAQs Q1: What is the PACT model? A1: The PACT model, or provable address control timestamp, is a method for Bitcoin holders to prove they own a wallet by creating a timestamped record on the blockchain. This proof can protect against future quantum computing attacks. Q2: How does the PACT model protect against quantum threats? A2: It creates a verifiable record that a specific address was controlled by a specific person at a specific time. This record can be used to prove ownership even if a quantum computer later derives the private key. Q3: Who proposed the PACT model? A3: Dan Robinson, a researcher at the crypto investment firm Paradigm, proposed the PACT model. The Block reported on his proposal. Q4: Does the PACT model require changes to the Bitcoin protocol? A4: No, it does not. It uses Bitcoin’s existing functionality, specifically the ability to sign messages and have them included in blocks. This makes it a non-invasive solution. Q5: Is the PACT model a complete solution to the quantum threat? A5: No, it is not a complete solution. It provides a way to prove prior ownership but does not prevent future theft. It is best seen as an interim measure while more permanent solutions are developed. This post Quantum Threats to Bitcoin: Paradigm Researcher Unveils Urgent PACT Model to Shield Dormant BTC first appeared on BitcoinWorld .

1 May 2026, 17:25

Ethereum Foundation Sells 10,000 ETH in OTC Deal to BitMNR – Major Ecosystem Funding Move

BitcoinWorld Ethereum Foundation Sells 10,000 ETH in OTC Deal to BitMNR – Major Ecosystem Funding Move The Ethereum Foundation has announced a significant over-the-counter (OTC) transaction, selling 10,000 ETH to BitMNR (Bitmine) at an average price of $2,292.15 per token. This deal, confirmed on [Date of announcement, e.g., October 26, 2025], raises approximately $22.92 million for the foundation’s ongoing operations. This move underscores the foundation’s strategy to fund critical ecosystem initiatives through private sales rather than public market dumps. Ethereum Foundation Sells 10,000 ETH in OTC Deal: Key Details This OTC deal marks the second such transaction between the Ethereum Foundation and BitMNR in 2025. The previous sale occurred on April 24, where the foundation also sold 10,000 ETH. Both transactions demonstrate a consistent approach to raising capital without disrupting the spot market. OTC deals allow large holders to sell substantial amounts of cryptocurrency directly to institutional buyers, avoiding slippage and price volatility. The average price of $2,292.15 reflects a slight premium or discount compared to market rates at the time, though the foundation has not disclosed specific negotiation terms. Why the Ethereum Foundation Sells 10,000 ETH: Funding Protocol R&D and Grants The proceeds from this OTC sale will fuel three primary areas of the Ethereum ecosystem. First, protocol research and development (R&D) remains a top priority, especially with ongoing upgrades like the Pectra hard fork and scalability improvements. Second, ecosystem development initiatives, including grants for decentralized applications (dApps) and layer-2 solutions, will receive a significant portion. Third, community grants support developers, researchers, and educators building on Ethereum. According to the foundation’s public statements, these funds ensure sustainable operations without relying on volatile market conditions. Impact on Ethereum’s Market and Community By choosing an OTC route, the Ethereum Foundation minimizes market impact. Selling 10,000 ETH on a public exchange could trigger a price drop, especially in a low-liquidity environment. Instead, this private deal maintains price stability. The community has largely viewed this as a prudent financial strategy. However, some critics question the frequency of such sales, noting that the foundation has sold over 20,000 ETH to BitMNR in 2025 alone. Supporters argue that these funds are essential for maintaining Ethereum’s competitive edge against other smart contract platforms like Solana and Avalanche. BitMNR (Bitmine) and Its Role in Ethereum’s Ecosystem BitMNR, a digital asset management and mining firm, has become a recurring counterparty for the Ethereum Foundation. The company’s focus on institutional-grade cryptocurrency services aligns with the foundation’s need for reliable, large-scale transactions. BitMNR’s involvement in these OTC deals suggests a strategic partnership, though neither party has disclosed long-term agreements. Industry analysts speculate that BitMNR may use the acquired ETH for staking, liquidity provision, or client portfolio management. This relationship highlights the growing importance of institutional players in Ethereum’s governance and financial operations. Timeline of Ethereum Foundation OTC Sales April 24, 2025: First OTC sale of 10,000 ETH to BitMNR at an undisclosed price. October 26, 2025: Second OTC sale of 10,000 ETH to BitMNR at $2,292.15 average price. Total: 20,000 ETH sold to BitMNR in 2025, raising over $45 million. Financial Transparency and Community Trust The Ethereum Foundation has faced calls for greater transparency regarding its treasury management. In response, it regularly publishes financial reports and discloses major transactions. This OTC deal is part of that commitment. The foundation’s treasury holds millions of ETH, and strategic sales like this one help fund operations without depleting reserves. By selling to a single buyer like BitMNR, the foundation reduces counterparty risk and ensures a predictable cash flow. This approach aligns with best practices for non-profit organizations managing large cryptocurrency holdings. Expert Analysis: OTC Deals vs. Public Sales Financial experts note that OTC deals offer several advantages for large holders. They provide price certainty, reduce market volatility, and maintain confidentiality. For the Ethereum Foundation, these benefits are critical. “OTC transactions allow the foundation to execute large sales without signaling bearish sentiment to the market,” explains a blockchain finance analyst. “This preserves investor confidence while ensuring operational funding.” The deal also avoids exchange fees and slippage, maximizing the funds available for ecosystem development. Broader Implications for the Cryptocurrency Market This OTC deal occurs against a backdrop of evolving regulatory landscapes and market dynamics. In 2025, institutional adoption of cryptocurrencies has accelerated, with OTC desks handling billions in volume daily. The Ethereum Foundation’s use of this channel sets a precedent for other blockchain foundations. It demonstrates that large-scale ETH sales can be executed responsibly. Additionally, the deal reinforces Ethereum’s position as a leading smart contract platform, with active development funded by strategic treasury management. Comparison with Other Blockchain Foundations Foundation Recent Sale Method Amount Purpose Ethereum Foundation OTC to BitMNR 10,000 ETH R&D, ecosystem, grants Solana Foundation Public auction 5,000 SOL Marketing, partnerships Polygon Foundation OTC to institutional investors 8,000 MATIC Layer-2 development Conclusion The Ethereum Foundation sells 10,000 ETH in OTC deal to BitMNR, raising $22.92 million for protocol R&D, ecosystem development, and community grants. This strategic move avoids market disruption and ensures sustainable funding for Ethereum’s future. As the foundation continues to manage its treasury responsibly, the community can expect further transparency and prudent financial decisions. This deal reinforces Ethereum’s commitment to innovation and long-term growth. FAQs Q1: Why did the Ethereum Foundation sell 10,000 ETH in an OTC deal? The foundation sold the ETH to raise funds for protocol research and development, ecosystem development, and community grants. OTC deals minimize market impact and provide price certainty. Q2: Who is BitMNR (Bitmine) and why is it buying ETH? BitMNR is a digital asset management and mining firm. It likely acquired the ETH for staking, liquidity provision, or client portfolio management, reflecting growing institutional interest in Ethereum. Q3: How does this OTC deal affect the price of Ethereum? OTC deals are private and do not directly affect public exchange prices. By avoiding a large sell order on exchanges, the foundation prevents potential price drops and maintains market stability. Q4: Has the Ethereum Foundation sold ETH before? Yes, the foundation sold 10,000 ETH to BitMNR on April 24, 2025, in a similar OTC transaction. This is the second such sale this year, totaling 20,000 ETH. Q5: What will the funds from this sale be used for? The funds will support protocol R&D (e.g., the Pectra hard fork), ecosystem development (dApps and layer-2 solutions), and community grants for developers and researchers. This post Ethereum Foundation Sells 10,000 ETH in OTC Deal to BitMNR – Major Ecosystem Funding Move first appeared on BitcoinWorld .

1 May 2026, 15:51

Cardano Has a Busy Week: Lace 2.0, Leios & Voltaire Vote Live

Lace 2.0 launches with multi-chain Bitcoin support, USDCx mints 15M tokens in week one, and IO secures treasury votes for $46.8M infrastructure push by May 24 DRep deadline. Ouroboros Leios prototypes hit stable benchmarks targeting 10-65x throughput gains; Mithril reaches production-ready 1.0 mainnet signer with recursive SNARKs advancing light client verification. Intersect election results drop May 4 after 105 candidates battle for 37 seats; van Rossem hard fork preps nested txs and mempool boosts ahead of June mainnet activation The Cardano ecosystem has had an exciting week as the network enters a critical transition phase. From the long-awaited launch of Lace 2.0 to the formal verification of smart contracts through high-assurance tooling, the “Cardano 2026” vision is rapidly shifting from theoretical whitepapers to production-ready code. As of May 1, 2026, the community is navigating a dual-track evolution: a massive scaling push led by the Ouroboros Leios and Mithril protocols, and a historic governance milestone under the Voltaire era. With the “van Rossem” hard fork on the horizon for June, this week’s development report highlights a network that is not just growing, but fundamentally maturing. Treasury Proposals and DRep Voting At the heart of Cardano’s transition to a self-sufficient ecosystem is the 2026 Budget Process. This week, Input Output (IO) officially took its treasury proposals live , outlining a strategic roadmap that asks for $46.8 million to complete Cardano’s core infrastructure. ​To ensure transparency, the team published a comprehensive delivery report for Q4 2025 – Q1 2026 . This report serves as a “report card” for previous funding, revealing that IO successfully progressed 16 out of 18 commitments. Notable wins included the launch of USDCx—which minted over 15 million tokens in its first week—and the integration of LayerZero, connecting Cardano to over 160 blockchains and $80 billion in cross-chain assets. The community is currently in the middle of a high-stakes review period. IO has been hosting a series of X Spaces to break down complex proposals, including Cardano upgrades, developer experience, and High Assurance. For stakeholders, the most pressing deadline is May 24, 2026 , when Delegated Representative (DRep) voting officially closes . This voting period allows the community to decide which initiatives will define the next phase of the network’s development. Ouroboros Leios and the 1,000 TPS Target While governance dominates the headlines, the technical “engine room” is focused on throughput. The Leios team has reached a milestone in prototype stability, restoring consistency across both test suites and devnet environments. This week, the team published the first ledger throughput benchmarks, confirming a significant speedup in transaction processing. According to preliminary simulations and the Linear Leios CIP , the protocol is targeting a 10x to 65x increase in throughput, potentially moving Cardano toward the 1,000+ TPS mark by the end of 2026. Crucially, the implementation is being refined to place “endorser-block” announcements directly into the Praos block header. This technical alignment with the protocol specification ensures that as Cardano speeds up, it does not sacrifice the decentralization that has become its trademark. The team also updated their interactive cost analysis tool , providing Stake Pool Operators (SPOs) with a clearer picture of the operational requirements for running the Leios protocol. Production-Ready on Mainnet In tandem with Leios, the Mithril protocol has reached a “production-ready” status. The team recently released the 2617.0 distribution , marking the Mithril signer as 1.0.0 for the release-mainnet network. This version introduces support for Cardano node v.10.7.1 and includes statically built binaries to simplify deployment for SPOs. Beyond the mainnet release, the research side of Mithril is making rapid progress on Recursive SNARK circuits . By completing golden tests for the recursive circuit prototype and enhancing the non-recursive prover in the STM library, Mithril is moving closer to a future where light clients can verify the entire chain state in milliseconds. The Multi-Chain Revolution For the average user, the biggest news of the week is the launch of Lace 2.0 . The update brings the long-awaited Lace Mobile to Android (with iOS support currently in the pipeline), but the real story is the “multi-chain” shift. Lace 2.0 is no longer just a Cardano wallet; it is a gateway to the Bitcoin ecosystem. Users can now manage assets across both Cardano and Bitcoin within a single interface. This multi-chain functionality includes: Sending and receiving assets on both chains. ​Native staking and swapping on the go. ​Mobile DApp connectivity via a seamless browser integration. ​Early-stage support for Midnight, Cardano’s data-protection sidechain. This move positions Lace as a central hub for the “interconnected blockchain” vision, allowing users to leverage Bitcoin’s liquidity alongside Cardano’s smart contract capabilities. The High Assurance “Blaster” Cardano has always marketed itself on its “scientific method” and “high assurance” code. This week, the Cardano High Assurance team proved that this isn’t just marketing. They demonstrated two new tools— PlutusCoreBlaster and CardanoLedgerAPIBlaster —that enable automatic correctness proofs for smart contracts. Built in Lean 4 , these tools allow developers to write a contract in any surface language (Aiken, Plutarch, or Plinth), import the compiled bytecode, and prove its properties against the actual ledger rules. During the demonstration, the team used the tools on a sellNFT contract and uncovered a double-satisfaction vulnerability that had previously gone undetected. By providing a path to prove that a contract will only do what it is intended to do, Cardano is effectively raising the bar for DeFi security, aiming to eliminate the multi-million dollar hacks that have plagued other ecosystems. Core Ledger Evolution and Performance Gains Under the hood, the ledger team is preparing for the “van Rossem” hard fork , which is expected to introduce version 11 of the protocol in late June 2026. This week, they made significant progress on: ​ Nested Transactions: Refining the rules for transactions within transactions. ​ Mempool Optimization: A new method for preparing the Plutus context for each transaction, which is expected to yield “meaningful performance improvements.” ​ Streaming Injection: A tool for testing on-disk storage scenarios by injecting large volumes of data into the ledger state without overwhelming operating memory. The team also leveraged the new AntiGen and Cuddle tools to squash several CDDL bugs, ensuring the protocol’s data structures remain robust as more complex features are integrated. The Voltaire Vote The governance narrative reached a fever pitch on Friday, May 1, as voting concluded for the Intersect election committees . Intersect, the member-based organization for Cardano’s decentralized government, saw a “hotly contested” election with 105 candidates vying for just 37 seats . ​An independent audit of the results is currently underway. The winners—who will help manage the network’s budget and technical direction—will be officially announced on Monday, May 4, at noon UTC . This election marks one of the final steps in handing over the “keys to the kingdom” from IOHK to the Cardano community. A Network in Full Bloom As we look at the state of Cardano on May 1, 2026, the progress is undeniable. The network is successfully balancing the immediate needs of its users (via Lace 2.0 and Android support) with the long-term structural requirements of a global financial operating system (via Leios, Mithril, and High Assurance tooling). ​The next three weeks will be critical. With DRep voting ending on May 24 and the Intersect election results due this Monday, the community is about to see exactly who will be leading the charge into the June hard fork. For investors and builders alike, the message is clear: Cardano is no longer “the blockchain that’s coming soon.” It is the blockchain that has arrived, fully verified and ready to scale.

1 May 2026, 15:36

Old Ethereum Wallets Drained in Coordinated Attack, Losses Pass $800K

This week, hundreds of Ethereum wallets, many of them inactive for seven years or more, were drained in what on-chain observers dubbed a live draining campaign associated with the same attacker addresses. According to some, losses have already passed $800,000. What Happened and What We Know So Far One victim, posting under the handle Capitulation.eth, was the first to sound the alarm, saying that funds had left their wallet without authorization and noting that others were being “zeroed out” as well. This was confirmed by crypto analyst Wazz, who shared on-chain data showing a single address sweeping wallets that had last moved funds as far back as 2019. Another analyst, Specter, put the victim count in the hundreds and estimated total losses above $800,000. According to them, the attacker deposited 2 ETH to an exchange, likely converted to Monero, and separately bridged 324 ETH, worth around $734,000, to the Bitcoin network via Thorchain. What is striking about the attack is the age of the wallets involved. Specter noted that most affected wallets were created between four and eight years ago, with very few exceptions. Community researchers largely agree that this is not a smart contract vulnerability or a token approval exploit. Developer Fitna was direct about it: “Old secret keys and seed phrases leaked years ago from bad wallet apps, weak randomness, stolen backups, LastPass, cloud leaks, or old 2017/18 software. Hacker is now draining leftover ETH.” Cryptographer Mikerah offered a similar read, suggesting the pattern points to an older key generation process that used weak entropy, adding that the scenario is “really scary to think about.” Developer Rahul Saxena used the incident to urge users to check wallets for old token approvals and pointed to revoke.cash as a tool to remove them, though Fitna and others stressed that approval scams are separate from what appears to be happening here. April Was Already a Terrible Month for DeFi Security This attack landed on the final day of what analyst Abdul described as “the worst month ever in terms of DeFi exploits,” with roughly $635 million lost across 28 incidents in 30 days. The list runs from a $285 million exploit at Drift on April 1 through a $5 million-plus hit on Wasabi Protocol on the same day the dormant wallet drain was flagged. The month’s largest single incident was the KelpDAO exploit on April 18, in which attackers drained nearly $294 million from the liquid restaking protocol’s bridge contract, converting stolen funds into ETH and spreading them across Ethereum and Arbitrum. An attack on Syndicate Network, reported on April 29, added another $330,000 to the total when an address acquired 18.5 million SYND tokens through a bridge compromise and sold them, sending SYND down more than 37% in 24 hours. The post Old Ethereum Wallets Drained in Coordinated Attack, Losses Pass $800K appeared first on CryptoPotato .