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30 May 2026, 14:27
XRP Seeing Similar Liquidity Structure to XLM Amid 40%+ Surge
Chart data shows XRP currently displaying a similar liquidity structure to Stellar amid the latter's recent massive price surge. Following the DTCC's announcement that it had selected the Stellar blockchain for its securities tokenization project, Stellar (XLM) jumped more than 40%, reaching $0.29 before pulling back to around $0.25 at the time of writing. Visit Website
30 May 2026, 14:25
BTC ETFs see $125 million outflows for tenth straight day
🚨 BTC ETFs lost $125 million for the tenth day in a row. Outflows in $BTC reflect weakening institutional appetite. Continue Reading: BTC ETFs see $125 million outflows for tenth straight day The post BTC ETFs see $125 million outflows for tenth straight day appeared first on COINTURK NEWS .
30 May 2026, 14:04
Gravity Bridge Loses $5.4 Million in Suspected Signing Key Compromise
Between 02:30 and 03:30 UTC, an attacker gains access to a bridge contract signing key on Gravity Bridge, the cross-chain infrastructure connecting Ethereum to the Cosmos ecosystem, and walks out with approximately $5.4 million in mixed assets. No complex smart contract exploit. No flash loan. Just a stolen key and a security model that collapses the moment that key leaves the right hands. What Gets Taken and How Fast On-chain security firm PeckShield confirms the drain, with the breakdown landing as follows: $4.3 million in USDC, 274 ETH worth roughly $553,000 at current prices, $434,000 in USDT, and $64,000 in PAYG gold tokens. #PeckShieldAlert The @gravity_bridge has been drained of ~$5.4M, including $4.3M $USDC , 274 $ETH (~$553K), $434K $USDT & 14.164 $PAYG ($64K) The hacker has laundered a portion of the stolen assets through #ChangeNow & #Binance , and is still holding 2.102K $ETH (~$4.23M). pic.twitter.com/NJSNqc0G78 — PeckShieldAlert (@PeckShieldAlert) May 30, 2026 The attacker does not sit still. Portions of the funds move almost immediately through ChangeNow and Binance in what appears to be an active laundering operation. A significant chunk, however, remains in place, approximately 2,102 ETH valued at around $4.23 million stays under the attacker’s control as of the time of writing. Cyvers Alerts equally independently flags the suspicious activity , corroborating the timeline and the asset composition. The speed of the exploit and the immediate routing through mixers and exchanges suggests this is not a spontaneous attack, it carries the hallmarks of preparation. ALERT Our system has detected multiple suspicious transactions involving @gravity_bridge , resulting in an estimated loss of $5.4M. The attacker drained: $4.3M $USDC 14,164 $PAYG (~$64K) 274 $ETH (~$553K) $434K $USDT The stolen assets were swapped into native $ETH , with a… pic.twitter.com/0CamUpQpba — Cyvers Alerts (@CyversAlerts) May 30, 2026 How Gravity Bridge Actually Works and Why it Matters Gravity Bridge is not a complicated concept at its core. It locks real tokens on the Ethereum side and mints mirror versions of those tokens on Cosmos, with a set of validators required to sign off on every cross-chain move. The security of the entire system rests on one assumption: those signing keys stay private. That assumption fails here. The attacker compromises a bridge contract signing key, which is the functional equivalent of stealing a master key rather than picking a lock. Once that key is in the wrong hands, there is no smart contract to outsmart and no on-chain logic to exploit. The attacker simply presents valid, signed authorization, the same kind the bridge accepts every day, and the contract does what it is designed to do. It releases the assets. This is why the distinction between a smart contract vulnerability and a key compromise matters so much in practice. A contract bug can often be patched, upgraded, or mitigated through governance. A compromised signing key means the entire authorization model has been bypassed at the root. Recovery requires revoking and rotating keys, auditing what else may have been exposed, and rebuilding trust in a system whose most fundamental security property has just been proven breakable. A Pattern That Keeps Repeating Across Bridges Security researchers have noted that this incident follows a well-worn script. Cross-chain bridges have become the single most reliably exploited structure in the entire crypto ecosystem, and the reason is structural rather than incidental. A bridge is, at its simplest, a pile of collateral secured by cryptographic keys and software logic, with its address publicly visible on-chain. It advertises exactly what it holds and exactly how to get it. The only thing standing between an attacker and those funds is the integrity of the keys and the robustness of the signing process. When those keys are compromised, whether through infrastructure breach, phishing, insider access, or another vector, the result is always the same: authorized withdrawals that the contract cannot distinguish from legitimate ones, processed at speed before anyone has a chance to respond. Gravity Bridge has faced scrutiny over its security posture before, and this incident adds to a growing list of bridge-related exploits that have marked 2026 as a particularly brutal year for cross-chain infrastructure. Analysts tracking the trend point to April 2026 as the worst month on record for bridge exploits, nearly one incident per day, with KelpDAO losing $300 million and Drift suffering more than $200 million in losses. The Gravity Bridge drain adds to that total and reinforces a pattern that the industry has so far failed to break. Why Admin Key Reliance Keeps Creating These Moments The persistent vulnerability here is not obscure. Bridges that rely on admin keys and small signing sets are, by design, only as secure as the operational practices surrounding those keys. There is no cryptographic elegance that compensates for a leaked private key. There is no smart contract logic that catches a forged-but-valid signature. What makes this failure mode particularly damaging is that it requires no technical sophistication to exploit once the key is obtained. The attacker does not need to understand Solidity, reverse-engineer bytecode, or construct multi-step flash loan sequences. They need one thing: the key. And when a bridge’s entire authorization model collapses down to that single point, compromising it becomes the most efficient attack surface available. The industry has known this for years. The response, moving toward decentralized validator sets, threshold signature schemes, and larger, more distributed guardian networks, exists as a theoretical direction. But bridges continue to launch and operate with concentrated signing authority, and attackers continue to find those concentrations and exploit them. The Funds That Moved and The Funds That Did Not The laundering picture here is worth watching closely. The attacker routes a portion of the stolen assets through ChangeNow and Binance quickly after the exploit, moving fast to fragment and obscure the trail. That portion is likely difficult or impossible to recover. The remaining 2,102 ETH, worth north of $4 million, sits unmoved in the attacker’s wallet, which is either a sign of caution, a staging delay ahead of further laundering, or the beginning of a negotiation. Large sums of ETH sitting in a known attacker address create an interesting dynamic. Centralized exchanges can flag the address. On-chain analysts can monitor every outbound transaction. Whether that visibility translates into any meaningful recovery depends heavily on whether the attacker makes mistakes in how they eventually move those funds. What This Incident Signals for Cross-Chain Security Gravity Bridge now faces the same post-exploit reckoning that every compromised bridge eventually reaches: a technical post-mortem explaining exactly how the signing key was obtained, a transparent accounting of what changes are being made to prevent recurrence, and a credible answer to the question of why a bridge holding millions of dollars in user assets was secured by a key architecture that a single compromise could fully defeat. The broader signal, however, extends well beyond Gravity Bridge. As long as cross-chain bridges continue to be built around concentrated signing authority and admin key models, they will continue to be the most targeted and most successfully exploited structures in crypto. The attacks are not getting more sophisticated. The targets are simply not getting harder to hit. Disclosure: This is not trading or investment advice. Always do your research before buying any cryptocurrency or investing in any services. Follow us on Twitter @nulltxnews to stay updated with the latest Crypto, NFT, AI, Cybersecurity, Distributed Computing, and Metaverse news !
30 May 2026, 14:04
SBI Remit Hits $15 Billion in Global Transfers With XRP Already Embedded Behind the Scenes
SBI Remit Tops $15B in Transfers as XRP-Powered Payments Move Into Real-World Scale SBI Remit has announced a major milestone , with cumulative international money transfers processed through its platform surpassing 2.5 trillion yen, roughly $15 billion. This achievement underscores both the steady demand for cross-border remittance services and the company’s growing role in modernizing global payments for foreign residents in Japan. SBI Remit primarily serves expatriates and migrant workers who rely on fast and affordable ways to send money to families and businesses abroad. In traditional banking systems, these transfers often involve multiple intermediaries, high fees, and delays that can stretch over several days. SBI Remit has positioned itself as a more efficient alternative by leveraging blockchain-based infrastructure. A key driver of this efficiency is its long-running partnership with Ripple. Since 2017, SBI Remit has used RippleNet, Ripple’s global payments network designed to streamline cross-border transactions with faster settlement times and improved transparency compared to traditional correspondent banking. This collaboration deepened in 2021 when SBI Remit became the first company in Japan to introduce international remittance services powered by On-Demand Liquidity (ODL). ODL uses XRP as a bridge asset, allowing value to move across borders without requiring institutions to pre-fund accounts in destination countries. Instead, liquidity is sourced in real time through digital asset markets, enabling near-instant settlement. In practice, when a customer initiates a transfer, SBI Remit routes the instruction through SBI VC Trade. More notably, the funds may be converted to XRP, transferred across borders within seconds, and then exchanged into the recipient’s local currency. This structure reduces settlement delays, lowers operational friction, and improves capital efficiency for participating institutions. SBI Remit’s $15 Billion Milestone Highlights Growing Real-World XRP Payment Use SBI Remit reaching the $15 billion mark is more than a measure of transaction volume, it indicates consistent, real-world usage of blockchain-based payment rails in live remittance corridors. Rather than being confined to trading or speculation, XRP is being used as functional liquidity infrastructure within an operational financial system. Japan has become one of the more active markets for enterprise blockchain adoption, with financial institutions such as the SBI Group playing a central role in integrating distributed ledger technology into payment services. As a result, the continued growth in SBI Remit’s remittance volumes points to sustained demand for faster and more cost-effective international payments. More recently, SBI Remit expanded its blockchain-enabled payment network through a partnership with Tottori Bank, signaling further institutional interest in distributed ledger applications within Japan’s banking sector. As global remittances evolve, SBI Remit’s milestone highlights how digital asset-powered settlement systems are steadily moving from experimentation into everyday financial infrastructure with XRP leading the charge.
30 May 2026, 14:02
XRP, Financial Institutions, Nostro and Collateral Accounts: What New Findings Say
The global financial system runs on redundancy. Banks maintain separate nostro accounts across dozens of jurisdictions to settle international payments. Financial institutions hold isolated collateral accounts to participate in various markets. That fragmentation costs the industry billions of dollars each year, and XRP offers a direct solution to that problem. SMQKE (@SMQKEDQG), a well-known crypto researcher, has shared documentation showing that financial institutions can consolidate both nostro accounts and collateral accounts into a single XRP pool. The document states that institutions can build “single XRP positions that can provide one point of interchange to every other financial instrument.” That is a significant structural shift for how capital gets deployed across global markets . FINANCIAL INSTITUTIONS CAN COMBINE NOSTRO AND COLLATERAL ACCOUNTS INTO ONE XRP POOL Documented. pic.twitter.com/WAKHOskpnf — SMQKE (@SMQKEDQG) May 29, 2026 How One XRP Position Replaces Many Today, a bank operating across multiple markets must hold capital in each one separately. That capital sits idle, waiting to fulfill settlement obligations in each system. It cannot move freely between markets without friction, cost, and time delays. XRP changes that equation and eliminates the friction . Instead of maintaining separate pools of capital for each market, an institution holds one XRP position. That position connects to every other financial instrument. Capital becomes mobile, and settlement becomes immediate. The need for pre-funded accounts in each jurisdiction disappears. The documentation goes further. It states that this technology “can eliminate settlement risk and reconciliation costs as transactions move between systems.” Those are two of the most persistent and expensive problems in institutional finance. Settlement risk refers to the possibility that one party in a transaction fails to deliver. Reconciliation costs arise from matching records across different systems after a transaction completes. Ripple targets both directly. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 The Economic Case for XRP at Scale The scale of the opportunity is reflected in the language of the documentation itself. It projects releasing “billions of dollars annually back into the economy” through eliminating those costs. That capital currently sits locked in redundant accounts, doing nothing productive, and XRP frees it. This consolidation of capital represents a fundamental change in how institutions manage liquidity. It reduces overhead, counterparty exposure, and the time value lost on idle capital. Strengthening the Financial System The documentation closes on a point that extends beyond institutional efficiency. Consolidating nostro and collateral functions into XRP positions does more than save money. It actively “strengthens financial stability” by reducing the points of failure within cross-border and cross-market transactions. XRP’s architecture places it at the center of that vision. One asset, one pool, and one point of interchange, with XRP serving as the bridge across every financial instrument in the global system. 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 XRP, Financial Institutions, Nostro and Collateral Accounts: What New Findings Say appeared first on Times Tabloid .
30 May 2026, 14:00
Hyperliquid briefly flips Dogecoin, joins the top 10 crypto list after $67.5 ATH
Hyperliquid viewed the recent approval of U.S crypto perps as positive sign, not a threat.
