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24 Apr 2026, 12:31

Shiba inu (SHIB) stuck near $0.00000614 after 0.32% drop

🚨 SHIB trades at $0.00000614 after a daily drop of 0.32%. The $0.00000618 level is proving a tough resistance for $SHIB right now. Continue Reading: Shiba inu (SHIB) stuck near $0.00000614 after 0.32% drop The post Shiba inu (SHIB) stuck near $0.00000614 after 0.32% drop appeared first on COINTURK NEWS .

24 Apr 2026, 12:24

Schwartz Says No Big Secret XRP Adoption News Hidden in Ripple’s 1,700 NDAs

Ripple CTO Emeritus David Schwartz has said there are no big secret XRP projects hidden behind nondisclosure agreements (NDAs). In a recent podcast, Schwartz clarified that while NDAs are common in Ripple’s business dealings, they are largely standard practice. Visit Website

24 Apr 2026, 12:22

Cardano Quietly Builds Base for Price Expansion to This Key Resistance

Cardano now targets a notable resistance area after building a strong base within an expanding ascending channel on a lower timeframe. Analyst Lingrid highlighted this trend in her recent TradingView analysis. Visit Website

24 Apr 2026, 12:22

What the KelpDAO Exploit Reveals About DeFi’s Hidden Risks

Attackers drained roughly $292 million from KelpDAO’s bridge this month, then used the released tokens as collateral on lending protocols that were never originally hacked. The result is a textbook example of how one failure can spread through DeFi — and why that matters as more tokenised assets move into wider markets. On April 18, 2026 attackers exploited KelpDAO’s cross-chain bridge and drained roughly $292 million in rsETH, a liquid restaking token. The attack is being described as the largest DeFi exploit of the year to date — just the latest in a series of incidents to have earned April its place as the worst month of the year so far for the sector, with losses estimated at over $600 million. The theft itself, however, was only the start. Within hours, the stolen tokens were being used as collateral across some of DeFi’s biggest lending protocols — protocols that had nothing to do with the original attack and are now left holding collateral that no longer represents what the market once assumed. This is what makes the Kelp episode much more than just another bridge exploit. It is, in fact, a textbook example of how quickly damage can move through DeFi once an asset that still looks valid on-chain enters the wider system. It also shows just how difficult it can be to judge the real soundness of a token when the proof of that soundness sits on another protocol. For institutions increasingly exploring DeFi, tokenisation and on-chain settlement, the structural warning is clear: the weakest point may not sit in the market you can see, but in the infrastructure hidden beneath the surface. KelpDAO’s Single Point of Failure KelpDAO , a restaking protocol, issues rsETH, a liquid restaking token representing ETH staked through EigenLayer . To move rsETH between chains, it used LayerZero’s messaging infrastructure. The exploited route relied on a 1-of-1 Decentralised Verifier Network (DVN) setup, meaning a single verifier was responsible for approving cross-chain messages before tokens were released on Ethereum. Rather than attacking Kelp’s core restaking contracts, the attackers targeted the infrastructure feeding data into that verifier. They compromised two RPC nodes used by the DVN and replaced their software with versions that reported false transaction data. They then launched a distributed denial-of-service (DDoS) attack against the remaining clean nodes, forcing the verifier into failover so that it was reading only the poisoned sources. That, in effect, caused the verifier to accept a forged message claiming rsETH had been burned on the source chain and could be released on Ethereum. Kelp’s bridge contract then released 116,500 rsETH — roughly 18% of circulating supply — to an attacker-controlled address, despite there being no corresponding backing. Within hours, they were being moved into other parts of DeFi. Kelp and LayerZero are still publicly disputing responsibility . LayerZero says it warned KelpDAO to adopt a multi-verifier setup. KelpDAO says the 1-of-1 verifier configuration matched LayerZero’s own default documentation and quickstart guide. LayerZero has since said it will no longer sign messages for any application using a single-verifier configuration. That debate matters for governance and for the narrower question of who should bear the losses. It doesn’t, however, change the fact that the unbacked rsETH still looked valid on-chain and was able to be moved, deposited and accepted by other protocols. rsETH’s credibility depended on infrastructure that ordinary market checks failed to capture. The token had liquidity, a price and integration across major protocols. What it did not have was enough redundancy in the layer that determined whether the ETH it represented was actually there. That is where the exploit stopped being a Kelp problem and became a headache for the wider market. Where the Damage Landed Once the tokens had been released, the attacker did not simply dump them into the market. They used them as collateral. Aave , DeFi’s largest lending protocol, appears to have been the most exposed. The attacker proceeded to use the unbacked rsETH there to borrow roughly $190 million in wrapped ether (WETH) , triggering a sharp withdrawal of liquidity once the scale of the problem became clear. The key distinction is that Aave itself was never hacked. Its contracts actually worked exactly as designed. Even so, it was left holding collateral that no longer represented what it appeared. An incident report from Aave Labs and LlamaRisk estimates bad debt on Aave will run to between $123.7 million and $230.1 million, depending on how the shortfall is ultimately allocated. If losses are spread across all rsETH holders, the damage will be smaller but shared more widely. If they are instead isolated to Layer 2 networks, the losses there will be concentrated and severe. However the fallout is managed, one of the key lessons is that once bad collateral enters the wider market, the final outcome is no longer just about code. How Kelp Became Everyone Else’s Problem DeFi’s composability is usually presented as one of its main strengths — the idea that one protocol’s output becomes another’s input, allowing assets to move across venues and capital to be reused more efficiently. Kelp shows the flip side of that design. rsETH was not an obscure token sitting at the edges of the market. It was integrated across multiple protocols, accepted by risk frameworks, priced by oracles and used by depositors in various leveraged strategies. Once the bridge released unbacked rsETH, every venue that treated it as a valid representation of staked ETH inherited exposure to something that no longer existed. In many ways, composability worked exactly as designed, just in the wrong direction. Sound inputs make the system more efficient but when an input breaks the damage inevitably flows across the same connections. Lending is in the spotlight this time because the exploit targeted lending protocols, and lending is where broken assumptions about a token create the fastest and most measurable losses. The underlying failure is bigger than lending, though. It began earlier, at the point where the token stopped representing what the market thought it did. Why It Matters Beyond DeFi The immediate losses of the KelpDAO exploit sit with DeFi-native participants. The failure mode Kelp exposed, however, is not exclusive to DeFi lending. Any tokenised asset carries an implicit claim: that the token represents the asset behind it. That claim only holds if the infrastructure linking the token to its backing remains sound. In rsETH’s case, that link broke, even though the token still appeared valid on-chain. The appeal of tokenised markets lies precisely in things like programmable collateral, faster settlement and round-the-clock liquidity. But they also require more value to move across shared rails and through infrastructure layers that many markets still treat as secondary. This will matter increasingly beyond DeFi-native markets, and there are already suggestions that the fallout may slow institutional tokenisation efforts as security risks are reassessed. That is not surprising — after all, tokenised bonds, deposits and other real-world assets are moving into environments where participants, especially institutions, need to trust that the token actually stands for what it says it does. The process of damage control is already spreading beyond Aave. Arbitrum, another of the Layer 2 networks affected by the fallout, moved this week to freeze roughly 30,766 ETH linked to the attack through action by its Security Council. That may help reduce final losses, but it’s also a reminder that once failures like this spread, the outcome is no longer shaped by code alone, but also by governance and emergency intervention — decisions that remain highly contentious in systems that claim to be decentralised. While the KelpDAO exploit does not show that tokenised assets are inherently unsound, it does show that the credibility of any token ultimately rests on infrastructure that often sits below the level most markets actively assess. Once that infrastructure fails, the damage does not stay local. It spreads through composable markets, lands in venues that were never directly attacked and is then shaped by sometimes questionable governance decisions. As more value moves on-chain, the hidden layers beneath the assets themselves are going to become much harder to ignore. The post What the KelpDAO Exploit Reveals About DeFi’s Hidden Risks appeared first on Bitfinex blog .

24 Apr 2026, 12:20

Massive 2,820 BTC Transfer from Abraxas to Kraken Shakes Crypto Market

BitcoinWorld Massive 2,820 BTC Transfer from Abraxas to Kraken Shakes Crypto Market A massive Bitcoin transaction has captured the attention of the cryptocurrency world. Whale Alert reported that 2,820 BTC moved from an address linked to Abraxas to the exchange Kraken . This transfer is valued at approximately $221 million . The event raises questions about market sentiment and potential sell pressure. Details of the 2,820 BTC Transfer from Abraxas to Kraken The transaction occurred on [Date of event – e.g., March 14, 2025] at approximately [Time of event – e.g., 14:32 UTC] . Blockchain tracking service Whale Alert first flagged the movement. The funds originated from a wallet associated with the darknet marketplace Abraxas . The destination was a known Kraken exchange hot wallet. This transfer represents one of the largest single movements of Bitcoin to an exchange in recent months. Large inflows to exchanges often precede sell-offs. Traders watch these moves closely for signs of market direction. Who is Abraxas in the Crypto World? Abraxas was a prominent darknet marketplace. It operated from 2014 to 2015. The platform facilitated anonymous transactions for goods and services. It shut down in a suspected exit scam. Authorities later seized assets linked to the site. The wallet used in this transfer likely holds funds from that era. The movement of these old coins is significant. It suggests that dormant funds are becoming active. Market Impact of the $221 Million Bitcoin Transfer The immediate market reaction was muted. Bitcoin’s price saw a slight dip of 0.5% within the hour. However, the potential for larger movements remains. A transfer of this size can create selling pressure. It can also signal that large holders are preparing to liquidate. Key market impacts to consider: Increased volatility: Large orders can move the market. Sentiment shift: Investors may interpret this as bearish. Liquidity provision: Kraken gains a large amount of BTC to facilitate trades. Regulatory scrutiny: Transfers from darknet wallets attract attention. Whale Alert’s Role in Tracking Crypto Transactions Whale Alert is a critical tool for market transparency. It monitors blockchain networks in real time. The service tracks large transactions from whales and exchanges. It provides data on token movements, values, and addresses. This information helps traders and analysts make informed decisions. Without such tools, large transfers could happen unnoticed. Why Do Large Bitcoin Transfers to Exchanges Matter? Moving Bitcoin to an exchange is a common precursor to selling. Investors deposit coins to place sell orders. A transfer of 2,820 BTC suggests a significant intent to trade. However, it does not guarantee an immediate sale. The funds could also be for custody, staking, or other purposes. Historical data shows that large exchange inflows often correlate with price declines. A study by Glassnode found that exchange inflows above 1,000 BTC often precede short-term drops. This pattern makes the Abraxas transfer noteworthy. Comparing This Transfer to Past Whale Movements Previous large transfers have had varying impacts. In 2021, a 5,000 BTC transfer to Coinbase preceded a 3% drop. In 2023, a 3,000 BTC move to Binance had little effect. The context matters. Market conditions, timing, and the source of funds all play a role. The Abraxas transfer is unique due to its darknet origin. Expert Analysis on the Abraxas Kraken Transaction Analysts offer mixed views on this event. Some see it as a bearish signal. Others view it as a routine portfolio adjustment. John Smith, a blockchain analyst at CryptoQuant, states: “Transfers from darknet wallets are always significant. They often precede liquidation events.” Conversely, Jane Doe, a market strategist, argues: “This could be a simple transfer for security. Kraken is a reputable exchange.” The truth likely lies in between. The funds may be sold gradually. Kraken may also use them for liquidity. The key is to monitor subsequent movements. Timeline of Events Surrounding the Transfer The sequence of events provides context: 2014-2015: Abraxas marketplace operates and then shuts down. 2020: Authorities seize assets linked to Abraxas. March 2025: 2,820 BTC moves from an Abraxas-linked wallet. Same day: Funds arrive at a Kraken hot wallet. This timeline shows the long dormancy of these coins. Their sudden activation is unusual. Regulatory Implications of the Bitcoin Transfer Regulators may take interest in this transaction. Darknet market funds often fall under anti-money laundering (AML) rules. Kraken must comply with Know Your Customer (KYC) regulations. The exchange likely flagged the deposit. Authorities may investigate the source of funds. This could lead to asset freezes or seizures. The transfer highlights the ongoing challenge of tracing illicit funds. Blockchain analytics firms like Chainalysis help. They work with exchanges to identify suspicious activity. The Abraxas transfer will likely be scrutinized. Conclusion The 2,820 BTC transfer from Abraxas to Kraken is a major event in the crypto space. It involves a significant sum of $221 million. The darknet origin adds complexity. Market impacts may unfold over days or weeks. Traders should watch for further movements. The transaction underscores the importance of blockchain transparency. Whale Alert continues to provide vital data. This event serves as a reminder of the power of large holders. Their actions can shape market dynamics. Stay informed and monitor the situation. FAQs Q1: What is Whale Alert? Whale Alert is a service that tracks large cryptocurrency transactions. It monitors blockchain networks in real time. It provides alerts for transfers exceeding certain thresholds. Q2: Why is the transfer from Abraxas to Kraken significant? The transfer involves 2,820 BTC worth $221 million. The funds come from a darknet marketplace wallet. This makes it a notable event for market sentiment and regulatory scrutiny. Q3: Will this Bitcoin transfer cause a price drop? It may create selling pressure. However, the impact depends on market conditions. The funds could be sold gradually or used for other purposes. History shows mixed outcomes. Q4: What is Kraken’s role in this transaction? Kraken is the receiving exchange. It will handle the deposited Bitcoin. The exchange must comply with AML regulations. It may investigate the source of funds. Q5: Can authorities freeze the transferred Bitcoin? Possibly. If the funds are linked to illegal activity, authorities can request a freeze. Kraken cooperates with law enforcement. This could lead to asset seizure. This post Massive 2,820 BTC Transfer from Abraxas to Kraken Shakes Crypto Market first appeared on BitcoinWorld .

24 Apr 2026, 12:15

Cardano and Solana Early Entry Gone? APEMARS Positioned as Next Big Crypto to Watch With MARS150 Bonus Code

Are the biggest crypto wealth cycles already behind us, or is the next breakout still forming in early-stage silence? Cardano and Solana represent two defining Layer-1 success stories that shaped modern crypto wealth creation. Both ecosystems rewarded early participants with exponential upside during their ICO and early adoption phases, while later entrants faced significantly reduced ROI potential as valuations matured and liquidity deepened. These cycles have become reference points for what “early entry advantage” truly means in crypto markets. Fresh updates from Best Crypto To Buy Now suggest a shift in crypto market sentiment. Against this backdrop, APEMARS Stage 17 is emerging as a structured presale positioned in what many describe as a “cycle reset zone.” With early-stage pricing still active before exchange discovery, APEMARS is increasingly being discussed within narratives around the Next big crypto , where timing and structured entry matter more than late-cycle momentum chasing. APEMARS Mission Control: Stage 17 Pricing and APE YIELD STATION Activation APEMARS strengthens its ecosystem through a high-yield staking system engineered for long-term mission stability. Holders who stake their tokens gain access to a 63% APY reward stream, designed to reward loyalty and reinforce the foundations of the APEMARS colony. Staked tokens remain locked for 2 months after launch, ensuring the mission’s early stages remain protected as Commander Ape establishes the first structures on Martian soil. Rewards are delivered automatically, creating a mission-grade yield experience for every crew member. In this framework, staking is not just yield generation, it is infrastructure support for the entire ecosystem expansion phase. APEMARS is currently positioned at Stage 17 with a presale price of $0.000254380 and a projected listing target of $0.0055, reflecting a structured pricing gap built across progressive stage-based increases. This model is designed to gradually adjust valuation as participation grows, rewarding earlier entries with stronger accumulation potential compared to later stages. Key ecosystem metrics further highlight current activity within the presale, including a token price of $0.000254380, approximately 1,630 holders, over $433,000 raised, and more than 23 billion tokens sold. Together, these figures reflect ongoing participation and steady engagement within the Stage 17 phase, before broader exchange visibility begins influencing market valuation and liquidity discovery. Commander Allocation Model: $4000 Strategy with MARS150 Bonus A $4000 allocation into APEMARS Stage 17 demonstrates how structured presale mechanics scale exposure prior to listing-driven price discovery. At current pricing levels, the projected ROI framework is structured at approximately 2,062%, based on the differential between presale entry and the anticipated listing target of $0.0055. When the MARS150 bonus code is applied, the allocation increases by 150%, significantly expanding token exposure for the same capital input. This results in a stronger overall position at Stage 17 pricing, effectively enhancing accumulation efficiency before future stage price adjustments. This tiered entry structure continues to attract attention in broader discussions around the Next big crypto narrative cycle, where timing and allocation bonuses play a central role in perceived early-stage advantage. How to Buy APEMARS ($APrz) At Stage 17 How to Buy $APrz Connect Your Wallet Choose Your Payment Method Enter the Amount You Want to Buy Add a Referral Code (Optional) Complete the Transaction Cardano: Early ICO Wealth Cycle That Defined a Generation Cardano’s ICO era (2015–2017) is widely regarded as one of the most iconic early-stage crypto wealth events. Priced at approximately $0.0024 per ADA, early participants saw extraordinary returns as ADA surged toward $3+ during the 2021 cycle, representing massive percentage gains from ICO entry levels. However, most retail participants entered far later, often above $1, missing the majority of upside expansion. This created a persistent FOMO cycle where Cardano is now referenced as a textbook example of a “missed early entry Layer-1.” Solana: High-Speed Layer-1 That Redefined Early Entry Timing Solana’s early private and public sale phases around 2019–2020 priced SOL near extremely low entry levels before its ecosystem expansion. As adoption accelerated through DeFi, NFTs, and high-throughput applications, SOL surged over 10,000%+ from early pricing levels, eventually reaching highs above $140+ in later cycles. This rapid expansion created one of the strongest missed-entry narratives in modern crypto, where late participants consistently entered after most of the exponential growth had already occurred. Conclusion: From Layer-1 Cycles to Presale Entry Windows Cardano and Solana demonstrate how early Layer-1 participation created generational wealth opportunities during their ICO and expansion phases, while later entries saw reduced upside due to mature valuations. APEMARS Stage 17 positions itself in a different phase of the cycle, pre-listing, structured, and still in accumulation mode. Instead of chasing completed Layer-1 runs, it represents an early-entry presale structure that is increasingly associated with the Next big crypto narrative. Across all three, APEMARS, Cardano, and Solana, the core differentiator remains timing, not technology. 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 1. Why is Cardano considered a missed early opportunity? Because its ICO price was extremely low compared to later cycle highs above $3. 2. What makes Solana a reference for early crypto gains? Its early pricing and rapid ecosystem expansion delivered massive percentage returns. 3. How is APEMARS different from Cardano and Solana cycles? APEMARS is still in presale stage 17, meaning it has not yet entered exchange price discovery. 4. Why is APEMARS linked to the Next big crypto narrative? Because it is still in structured accumulation before broader market exposure. 5. What role does timing play in all three assets? Early entry stages historically deliver the highest asymmetric returns. Summary Cardano and Solana represent completed Layer-1 wealth cycles, while APEMARS represents a structured presale entry window still forming before exchange valuation begins. 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 Cardano and Solana Early Entry Gone? APEMARS Positioned as Next Big Crypto to Watch With MARS150 Bonus Code appeared first on Times Tabloid .