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30 Jan 2026, 10:10

sUSD Depeg Crisis Deepens as Stablecoin Plunges to Alarming $0.7215

BitcoinWorld sUSD Depeg Crisis Deepens as Stablecoin Plunges to Alarming $0.7215 The synthetic dollar stablecoin sUSD has entered a severe depegging crisis, plummeting to $0.7215 according to CoinMarketCap data on March 15, 2025. This represents a staggering 25.47% deviation from its intended $1.00 peg, marking the most significant instability event in the token’s history. Consequently, the Synthetix protocol faces mounting pressure as market participants question its stability mechanisms. sUSD Depeg Crisis Reaches Critical Levels The current sUSD depeg represents a substantial deterioration from previous instability events. Market data reveals consistent downward pressure throughout the trading week. Furthermore, trading volumes have spiked abnormally, indicating both panic selling and speculative activity. This situation creates immediate liquidity concerns for decentralized finance protocols utilizing sUSD as collateral. Historical context shows this is not an isolated incident. The stablecoin previously experienced depegging events in April and November of 2024. However, the current deviation exceeds those prior instances in both magnitude and duration. Analysts point to several contributing factors, including collateral ratio concerns and broader market volatility affecting the SNX token, which backs the synthetic asset system. Synthetix Protocol Stability Mechanisms Under Scrutiny The Synthetix protocol operates on an overcollateralized debt pool model. SNX token holders mint sUSD by locking their tokens as collateral. Therefore, the health of the sUSD peg directly correlates with the value and liquidity of SNX. Recently, SNX has faced its own market pressures, potentially weakening the system’s collateral foundation. Key stability mechanisms include: Debt Pool Incentives: Stakers earn fees for maintaining sufficient collateral. sUSD Arbitrage Opportunities: Designed to correct price deviations. Protocol-Controlled Liquidity: Portions of fees fund liquidity pools. Despite these mechanisms, the persistent depeg suggests market forces are overwhelming protocol design. On-chain data indicates significant selling pressure on sUSD across major decentralized exchanges. Meanwhile, the minting of new sUSD has slowed, reflecting decreased confidence among SNX stakers. Expert Analysis of Systemic Risk Factors Market analysts specializing in decentralized finance point to interconnected risk factors. First, the reliance on a single native token (SNX) for collateral creates concentration risk. Second, liquidity fragmentation across multiple blockchain layers complicates arbitrage. Third, general market sentiment toward algorithmic and synthetic stablecoins has soured following several high-profile failures in 2023 and 2024. Comparative data illustrates the severity: Stablecoin Type Current Peg Status Key Backing Asset sUSD Synthetic/Crypto-Collateralized $0.7215 (-27.85%) SNX Token USDC Fiat-Collateralized $1.00 (Stable) Bank Reserves & Cash DAI Decentralized/Crypto-Collateralized $0.998 (-0.2%) Multi-Asset (ETH, USDC, etc.) This comparison highlights the unique challenges facing single-collateral synthetic systems. Notably, diversified collateral models like DAI’s show greater resilience during market stress. The Synthetix community has debated introducing multi-collateral support for years, but implementation remains pending. Broader Implications for the DeFi Ecosystem The deepening sUSD depeg sends ripples throughout the decentralized finance landscape. Many lending protocols and automated market makers list sUSD as a major trading pair. Consequently, impaired liquidity could affect users across multiple platforms. Additionally, the event renews regulatory scrutiny on non-fiat-backed stablecoins. Protocols integrated with Synthetix face immediate accounting challenges. Loans collateralized with sUSD may face liquidation if the token’s value is not properly indexed. Similarly, liquidity providers in sUSD pools experience impermanent loss magnified by the peg deviation. These technical complexities underscore the interdependence within DeFi. Historical precedent suggests recovery paths exist but require coordinated action. The Synthetix DAO could implement emergency measures such as adjusting staking rewards, deploying treasury funds for direct market intervention, or accelerating protocol upgrades. However, each action carries its own risks and requires governance consensus, which takes time. Timeline of sUSD Stability Events Understanding the current crisis requires examining its evolution: April 2024: First major depeg to $0.89, recovered within 72 hours. November 2024: Secondary depeg to $0.94, recovered within one week. February 2025: Gradual drift below $0.95 begins. March 10-14, 2025: Accelerated decline from $0.92 to $0.78. March 15, 2025: Hits current low of $0.7215. This pattern indicates weakening resilience with each successive event. The recovery time has lengthened while deviation depth has increased. Market participants now question whether the fundamental economic model requires redesign rather than parameter adjustment. Conclusion The sUSD depeg crisis represents a critical stress test for synthetic asset protocols. With the stablecoin trading at $0.7215, the Synthetix ecosystem faces its most severe challenge to date. Resolution will likely require both technical upgrades and restored market confidence. Moreover, this event provides valuable lessons for the entire DeFi sector about designing robust stable assets. Ultimately, the coming weeks will determine whether sUSD can reclaim its dollar peg or if fundamental redesign becomes necessary. FAQs Q1: What does “sUSD depeg” mean? A depeg occurs when a stablecoin like sUSD, designed to maintain a 1:1 value with the US dollar, trades significantly below that target price on open markets. The current $0.7215 valuation represents a 27.85% depeg. Q2: How does the Synthetix protocol attempt to maintain the sUSD peg? The protocol uses an overcollateralized debt pool where SNX token holders mint sUSD. Arbitrage incentives, fee distributions, and protocol-controlled liquidity are designed to encourage market activities that restore the peg during deviations. Q3: Has sUSD depegged before? Yes, sUSD experienced notable depegging events in April 2024 (to ~$0.89) and November 2024 (to ~$0.94). The current depeg is more severe both in magnitude and duration than previous occurrences. Q4: What are the risks for users holding sUSD during a depeg? Holders face direct capital loss if they sell below the peg. Additionally, using depegged sUSD as collateral in lending protocols may trigger liquidations, and providing liquidity in pools can result in significant impermanent loss. Q5: Can the sUSD peg be restored? Historical precedent shows recovery is possible but not guaranteed. Restoration typically requires improved SNX collateral value, successful arbitrage activity, and potentially direct protocol intervention through governance measures to increase buying pressure or adjust incentives. This post sUSD Depeg Crisis Deepens as Stablecoin Plunges to Alarming $0.7215 first appeared on BitcoinWorld .

30 Jan 2026, 09:44

Ethereum Foundation plans austerity push

The Ethereum Foundation will enter a period of austerity in supporting the ecosystem, commented Ethereum’s founder Vitalik Buterin. After years of active allocations, the Foundation will reconsider its approach. Ethereum Foundation may provide funds under a program of austerity and tighter control in the coming years. Vitalik Buterin also announced he would be more closely engaged with some projects in the ecosystem. Buterin expects Ethereum to retain its status as a high-performance world computer. The Ethereum Foundation now has a long-term outlook to preserve the core blockchain layer and provide access to all its users with self-sovereignty, security, and privacy. “To this end, my own share of the austerity is that I am personally taking on responsibilities that might in another time have been ‘special projects’ of the EF. Specifically, we are seeking the existence of an open-source, secure and verifiable full stack of software and hardware that can protect both our personal lives and our public environments,” explained Buterin in a recent X post . The outline of the Ethereum Foundation’s future arrives just a day after Buterin announced the renewal of the DAO, almost a decade since the organization closed after a hack. Buterin to allocate 16,384 ETH Buterin announced the withdrawal of 16,384 ETH toward goals over the next five years. Part of the sum will be securely staked to create passive income. In the past years, the Ethereum Foundation has been criticized for large-scale transfers and liquidations of ETH. With Buterin’s plans, the spending will be much lower. Ethereum will also try to focus on its basic usability, instead of bloating with additional use cases, explained Buterin. Ethereum will become open, instead of trying to solidify a strong presence in the crypto space or drive out other projects. Ethereum will remain dedicated to a full-stack open ecosystem, as previously outlined in one of Buterin’s blogs. Ethereum Foundation sits on 172K ETH After years of outlays and distributions, the Ethereum Foundation retains 172K ETH. The organization rebuilt its strategy, shifting from passive holding to seeking DeFi and staking returns. The Ethereum Foundation Grant Provider wallet holds just 189 ETH and distributes much smaller sums. Ethereum remains the key hub for tokenized assets, stablecoins, and DeFi activity. Despite this, the price of ETH is seen as underperforming, while the Ethereum Foundation has spent resources on failing projects. The Foundation has not promised support for the price of ETH, which has moved based on other market forces. After the recent market downturn, ETH traded at $2,733.58, following one of the biggest liquidations for 2026. The market downturn further put pressure on the Ethereum Foundation to deliver results and avoid selling more ETH or overspending on grants. Previously, the Foundation has reached annual spending of up to $100M per year, raising questions on the efficiency of using the funds. Buterin’s reserves have also supported additional projects with direct grants. Don’t just read crypto news. Understand it. Subscribe to our newsletter. It's free .

30 Jan 2026, 09:10

XRP Use Case Maxxing Happening Right Now With the New Amendments

A recent statement from XRPL Validator VET has drawn attention to a significant shift underway on the XRP Ledger , one that points to a broader and more functional role for XRP within on-chain financial activity. In a post on X, the validator emphasized that new amendments are actively expanding real-world use cases on the ledger, particularly through the introduction of peer-to-peer lending. The message presents the XRPL as moving toward an on-chain marketplace designed to connect participants seeking liquidity with those able to provide it. Usecase maxxing on XRP right now with the new amendments. Peer-to-Peer Loans for XRP and any other assets is coming. We are becoming an on-chain marketplace to match those who need liquidity with those who have it. — Vet (@Vet_X0) January 28, 2026 Use Case Expansion Through Ledger Amendments In the tweet, VET stated that “usecase maxxing on XRP” is now taking place as a direct result of recently activated amendments. The validator explained that these changes are not abstract or theoretical but are already laying the groundwork for practical financial services. According to VET, peer-to-peer loans for XRP and other assets are coming to the ledger, marking a notable development in how value can be deployed without relying on external platforms. The phrase “usecase maxxing,” as used by the validator, reflects the view that the XRP Ledger is evolving beyond a narrow set of functions. The amendments introduce infrastructure that allows assets on the XRPL to be used more efficiently, particularly in lending and liquidity provision. This represents a shift from passive holding toward active, on-chain participation. Peer-to-Peer Lending on the XRPL VET’s post specifically pointed to peer-to-peer loans as a core component of this evolution. The validator indicated that XRP and other assets issued on the ledger will be eligible for lending within a native framework. This approach allows participants to interact directly on-chain, rather than through centralized intermediaries or wrapped assets on other networks. The lending functionality is designed to match borrowers who need liquidity with lenders who have idle capital. By operating at the protocol level, these features are integrated directly into the XRPL’s core mechanics. This structure reduces reliance on external smart contracts and aims to provide predictable costs and consistent execution. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 An On-Chain Marketplace for Liquidity Another key point raised in the tweet was the emergence of the XRPL as an on-chain marketplace. VET described the ledger as becoming a place where liquidity demand and supply can meet efficiently. This marketplace model supports a range of participants, from entities seeking short-term liquidity to those looking to earn yield by providing assets under defined terms. The validator’s comments suggest that this development aligns the XRPL more closely with institutional financial practices, where fixed terms, transparency, and built-in safeguards are prioritized. The result is a ledger that supports lending, borrowing, and liquidity management within a single, unified system. VET’s remarks highlight how recent amendments are reshaping the functional scope of the XRP Ledger. By enabling peer-to-peer loans and positioning the network as an on-chain liquidity marketplace, the XRPL is expanding the practical roles XRP can play . The tweet underscores a broader transition toward using XRP as productive capital within native, protocol-level financial infrastructure, reflecting a clear direction for the ledger’s ongoing development. 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 Use Case Maxxing Happening Right Now With the New Amendments appeared first on Times Tabloid .

30 Jan 2026, 08:30

XRP To $100? Ex-Ripple CTO David Schwartz Weighs In On The Hype

Ex-Ripple CTO David “JoelKatz” Schwartz pushed back on viral XRP price calls, arguing that today’s market price is already a referendum on how much credible capital actually believes in a near-term path to $100. His comments also spilled into a broader discussion about XRPL economics and scaling tradeoffs that, in his view, get lost in the hype cycle. Can XRP Reach $100? Schwartz was responding to an X user urging him to tell “xrp supporters” that XRP “can’t and won’t go to 50-100$,” warning that “So many people get poor with investing in xrp.” Schwartz declined to make an absolute claim, but framed the debate in probabilistic terms, pointing to his own history of being surprised by crypto’s upside. Related Reading: 21Shares Drops 3 XRP Price Predictions For 2026: What’s The Upside? “I don’t feel comfortable saying something like that,” Schwartz wrote. “While I don’t think it’s likely, I didn’t think it was likely that XRP would ever hit $0.25. I started selling XRP at $0.10 because it seemed insane. I remember when bitcoin hitting $100 seemed like an impossible dream.” Rather than debating narratives, Schwartz offered a market-math thought experiment: if rational investors truly believed there was a meaningful chance of XRP reaching $100 within a few years, the current price would not sit far below double digits for long. “If many rational people believed that there was a 10% chance that XRP hit $100 within a few years, they definitely wouldn’t sell very much today at much less than $10,” he said. “Those with that belief would quickly buy up most of the XRP, because they’d value it more highly than those without that belief, and soon the supply of XRP well below $10 would dry up.” Schwartz then drew his conclusion from the gap between the hypothetical and the tape. “That the current trading price is well below $10 shows that there aren’t very many people who really think it has a 10% chance of hitting $100 within a few years with enough confidence to put their money where their mouth is,” he wrote, adding: “So anyone who says otherwise is not telling the truth.” He emphasized that readers can “do that same math” with different odds, time frames, and target prices. In a final note, Schwartz argued his baseline assumption is that crypto markets are “rational most of the time,” with major bull runs typically catalyzed by “unpredictable external changes,” rather than widely telegraphed certainties. Related Reading: XRP Risk-Adjusted Returns Signal Consolidation Rather Than Trend Formation – Details In a separate reply, Schwartz revisited an older famous X post by himself where he said that XRP “can’t be cheap.” Asked what he meant by this, he answered: “It means that a low price for XRP actually makes it more expensive to use for payments and exchanges.” The implication is mechanical: if XRP’s price is lower, more units are required to represent the same value in flight, potentially impacting how the asset is used across payment and exchange flows. Scaling The XRP Ledger Schwartz also addressed concerns about XRPL throughput after a user questioned whether “1500 per second (theoretical) is sufficient,” asking about ways to increase on-chain transactions per second. Schwartz said higher TPS is possible, but warned that most approaches shift costs onto node operators. “There are ways, but I don’t think you really want to,” he wrote. “Almost any way you do it imposes costs on everyone who runs a node. They have to receive more transactions, process and store more transactions, and relay more transactions to others.” He argued that decentralization pressure shows up when node costs rise without a matching benefit, and suggested a different optimization target: “This is why I think it makes more sense to try to increase the value of each transaction rather than trying to increase the number of transactions you can support.” With XRPL fees “so low,” he added, many transactions are “very low in value,” leaving room to “get more useful transactions on XRPL, even crowding out the worthless ones,” before throughput becomes the binding constraint. At press time, XRP traded at $1.76. Featured image created with DALL.E, chart from TradingView.com

30 Jan 2026, 08:17

How Ripple & Stellar Can Revolutionize SEC-Compliant Securities in the U.S.

Ripple and Stellar Eye Legally-Compliant Securities Offerings via Securrency and DTCC Renowned crypto researcher SMQKE highlights Ripple (XRP) and Stellar (XLM) as leading blockchain platforms for legally compliant U.S. securities offerings, powered by Securrency’s full suite of compliance and security tools for issuers, brokers, and ATS operators. Securrency’s Compliance Aware Token embeds regulatory and transactional rules directly into a digital security, enabling issuance, management, and trading while fully complying with U.S. securities law. Therefore, this innovation allows market participants to launch tokenized securities seamlessly, bypassing the traditional complexity and cost of regulatory compliance. Securrency’s protocol stands out for its cross-chain versatility, supporting Ripple, Stellar, Ethereum, EOS, and more. It seamlessly bridges blockchain and legacy financial systems, enabling secure on-chain and off-chain token movement. This interoperability allows security tokens to flow effortlessly between traditional finance and digital networks. In a similar vein, Harvard University recently spotlighted Visa’s Digital FIAT Currency Settlement patent, which leverages XRP and Stellar to facilitate fast, secure blockchain transactions. DTCC’s Securrency Acquisition Paves the Way for Compliant Digital Securities on XRP and XLM The Depository Trust & Clearing Corporation (DTCC) completed its acquisition of Securrency, and rebranded it as DTCC Digital Assets, signaling growing institutional confidence in blockchain solutions for regulated securities. Leveraging DTCC’s infrastructure, Securrency’s technology can now enable large-scale, compliant digital securities offerings, boosting liquidity, transparency, and operational efficiency. For Ripple and Stellar, this development extends opportunities beyond cross-border payments. By supporting compliant tokenized financial instruments, these platforms can drive the next wave of regulated digital assets, marking a critical milestone in mainstream blockchain adoption for investors, issuers, and regulators alike. Therefore, Securrency’s Compliance Aware Tokens on XRP and XLM show that blockchain is evolving beyond payments and speculation, becoming a key infrastructure for compliant, efficient, and scalable financial markets. Conclusion Securrency’s Compliance Aware Tokens integration with Ripple and Stellar ushers in a new era for digital assets. By embedding regulatory compliance directly into blockchain-based securities, it bridges traditional finance with innovative digital markets. Backed by DTCC Digital Assets, issuers and investors can navigate tokenized offerings with confidence. Beyond payments, Ripple and Stellar are emerging as core infrastructure for regulated, transparent, and efficient financial markets of the future.

30 Jan 2026, 07:40

ZK Proofs Unleash Revolutionary ‘Infinite Computing Layer’ for Blockchain Scalability

BitcoinWorld ZK Proofs Unleash Revolutionary ‘Infinite Computing Layer’ for Blockchain Scalability During a pivotal Bitcoin World Night Live event on January 29, 2025, Brevis CEO Michael unveiled a groundbreaking approach to blockchain scalability that could fundamentally reshape how decentralized networks process complex computations. The project’s ZK-powered ‘infinite computing layer’ represents a significant leap forward in solving blockchain’s persistent scalability challenges while maintaining security and decentralization. ZK Proofs Power Revolutionary Infinite Computing Layer Brevis has developed a verifiable computing platform that leverages zero-knowledge proofs to process complex, costly, and slow computations off-chain. This innovative approach then uses small cryptographic proofs to verify results on-chain. Consequently, blockchain networks can maintain security while dramatically increasing computational capacity. The system essentially creates a parallel computing environment where the blockchain serves as a verification layer rather than a computation engine. Traditional blockchain networks face inherent limitations in processing power and storage capacity. Each node must validate every transaction and computation, creating bottlenecks that restrict scalability. However, Brevis’s solution fundamentally changes this paradigm. By moving intensive computations off-chain and providing cryptographic proof of correct execution, the system enables virtually unlimited scaling without compromising security. Technical Architecture and Real-World Applications The Brevis platform comprises several key components that work together to create its infinite computing layer. Pico, a Rust-based modular zkVM, proves Ethereum blocks in real-time with remarkable efficiency. Meanwhile, the ZK Data Coprocessor enables smart contracts to trustlessly access historical on-chain data without storing it directly on-chain. ProverNet operates as a decentralized marketplace for ZK proof generation, currently live on mainnet. Finally, Incentra provides a trust-minimized platform for incentive distribution using off-chain computation. Real-world applications already demonstrate the platform’s practical value. Volume-based fee discounts and reward distribution systems currently utilize Brevis technology. Users experience these benefits seamlessly because all calculations occur off-chain with verification through ZK proofs. This approach eliminates the computational burden from the main chain while maintaining cryptographic certainty about result accuracy. Ethereum Foundation Integration and Future Roadmap Brevis maintains significant alignment with the Ethereum Foundation’s technical roadmap. Pico already operates within the Ethproofs infrastructure, contributing to Ethereum’s broader scaling efforts. The company actively works to enable faster proofs on lighter hardware, potentially allowing anyone to participate in Ethereum validation from mobile devices. This democratization of validation could significantly enhance network decentralization and security. Recent technical advancements include testing Pico Prism in a 16 GPU environment, reduced from 64 GPUs previously. This optimization makes Ethereum block proofs cheaper and more accessible. Furthermore, Brevis prepares to integrate new functionalities related to privacy and AI verification. These developments position the platform at the intersection of multiple cutting-edge technologies in the blockchain space. Comparative Analysis with Traditional Scaling Solutions Unlike layer-2 solutions that create separate execution environments, Brevis’s approach maintains closer integration with the base layer. Compared to optimistic rollups that require challenge periods, ZK proofs provide immediate finality. The system also differs from sidechains by maintaining stronger cryptographic guarantees through proof verification. This unique positioning offers distinct advantages for specific use cases requiring both scalability and security. Solution Type Finality Time Security Model Computational Overhead Brevis ZK Layer Immediate Cryptographic Proofs Off-chain Optimistic Rollups 7+ Days Fraud Proofs On-chain Challenges Sidechains Variable Separate Consensus Independent Sharding Immediate Base Layer Security Distributed Industry Impact and Adoption Trajectory The infinite computing layer concept addresses several critical industry challenges simultaneously. First, it enables complex computations like AI inference and transaction history analysis that were previously impractical on-chain. Second, it facilitates cross-chain verification without requiring trust in external validators. Third, it reduces costs for applications requiring significant computational resources. These capabilities could accelerate blockchain adoption across finance, supply chain, healthcare, and other sectors. Major blockchain projects already explore similar approaches, indicating industry-wide recognition of ZK proofs’ potential. However, Brevis distinguishes itself through its comprehensive product suite and existing mainnet deployments. The platform’s modular architecture allows integration with various blockchain ecosystems beyond Ethereum, potentially creating a universal computing layer for the entire Web3 space. Technical Challenges and Solutions Despite its promise, ZK proof technology faces several implementation challenges. Proof generation requires significant computational resources, though recent optimizations have dramatically reduced requirements. Brevis addresses this through hardware optimization and algorithmic improvements. Additionally, developer tooling and education remain crucial for widespread adoption. The company invests in comprehensive documentation and developer support programs to lower entry barriers. Security considerations remain paramount in any cryptographic system. Brevis employs multiple layers of security auditing and formal verification to ensure proof system correctness. The platform also implements redundancy mechanisms to prevent single points of failure in proof generation. These measures help maintain the trustless properties essential for blockchain applications. Future Developments and Strategic Direction Brevis plans several key developments throughout 2025 and beyond. The team focuses on further reducing proof generation costs through hardware and software optimizations. Integration with emerging privacy-preserving technologies represents another strategic priority. Additionally, the platform expands support for various virtual machines beyond Ethereum’s EVM, enabling broader ecosystem compatibility. The company also explores novel applications of its technology in areas like decentralized identity and verifiable credentials. These applications leverage the same core technology but address different market needs. This diversification strategy helps build a more sustainable business model while advancing the broader adoption of ZK proof technology. Conclusion Brevis’s ZK-powered infinite computing layer represents a transformative approach to blockchain scalability. By separating computation from verification, the system enables previously impossible applications while maintaining cryptographic security. The platform’s existing deployments and Ethereum Foundation integration demonstrate practical viability beyond theoretical promise. As the technology matures and adoption grows, this approach could fundamentally reshape how blockchain networks handle complex computations, potentially unlocking new categories of decentralized applications and services. FAQs Q1: What exactly is Brevis’s infinite computing layer? The infinite computing layer is a verifiable computing platform that processes complex computations off-chain using zero-knowledge proofs, then verifies results on-chain with small cryptographic proofs, enabling unlimited scaling without compromising security. Q2: How does Brevis differ from other blockchain scaling solutions? Unlike layer-2 solutions or sidechains, Brevis maintains closer integration with the base layer while providing immediate finality through ZK proofs rather than challenge periods, offering distinct advantages for applications requiring both scalability and security. Q3: What are the main components of the Brevis platform? The platform includes Pico (modular zkVM), ZK Data Coprocessor, ProverNet (decentralized proof marketplace), and Incentra (trust-minimized incentive distribution), working together to create a comprehensive verifiable computing ecosystem. Q4: How does Brevis technology benefit Ethereum users? Brevis enables faster, cheaper proofs for Ethereum blocks, potentially allowing validation from mobile devices, while providing trustless access to historical data and enabling complex computations that were previously impractical on-chain. Q5: What real-world applications currently use Brevis technology? Current applications include volume-based fee discounts, reward distribution systems, and integration with Ethereum’s Ethproofs infrastructure, with plans to expand into privacy and AI verification applications. This post ZK Proofs Unleash Revolutionary ‘Infinite Computing Layer’ for Blockchain Scalability first appeared on BitcoinWorld .