Liquidity Concentrates Around a Single Hub

Roughly two-thirds of the day’s trading activity flowed through one dominant platform, reinforcing a familiar pattern in prediction markets. While multiple competitors remain active, the gap in liquidity shows that users continue to prioritize depth and execution over platform diversity.

The remaining volume was spread across several alternative venues, but none came close to challenging the market leader’s share. For now, prediction markets remain structurally centralized around liquidity, despite a growing number of access points.

Crypto Integrations Accelerate Adoption

Prediction markets have emerged as one of crypto’s fastest-growing use cases since late 2025. Major exchanges have begun embedding these products directly into their platforms, while self-custody wallets have lowered the barrier for retail participation.

This shift is changing how prediction markets are perceived. Rather than functioning purely as speculative instruments, they are increasingly treated as real-time expectation gauges, especially around political, macroeconomic, and event-driven outcomes.

Regulatory Pressure Returns to the Foreground

Prediction markets came back under regulatory scrutiny earlier this month after a notable trade on Polymarket. An anonymous user placed roughly $30,000 on the ouster of Venezuelan President Nicolás Maduro just hours before he was captured, a position that paid out more than $400,000. The timing of the trade reignited concerns around insider knowledge and pushed prediction markets back into regulatory focus.

Several US states are reviewing restrictions on contracts linked to politics, sports, and financial assets, while legal challenges continue to slow enforcement efforts. The result is a fragmented regulatory landscape that remains difficult for operators and users to navigate.

Why It Matters

The record-breaking volume highlights a clear behavioral shift. In periods of uncertainty, participants appear increasingly willing to express conviction through markets that directly price outcomes rather than narratives.

At the same time, the tension between rising liquidity and regulatory scrutiny is becoming harder to ignore. How authorities respond next may determine whether prediction markets evolve into a permanent layer of financial infrastructure or remain a contested edge case within the crypto ecosystem.

For now, activity continues to build, but the next move is unlikely to come from traders alone.

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RedStone oracles are live on @monad Mainnet.

Real-time data from RedStone Bolt fuels high-speed trading.

Builders can now integrate 50+ data feeds to build secure, future-proof, and high-performance protocols. pic.twitter.com/vXZtc5ACvE

— RedStone (@redstone_defi) November 24, 2025

Why Does This Matter?

The real game-changer here is the speed demonstrated by Monad. Unlike traditional EVM chains, Monad is a high-performance Layer-1 blockchain equipped with innovations like parallel transaction execution, an optimized database (MonadDB), and asynchronous processing. Monad aims to overcome the congestion and latency issues that networks such as Ethereum often suffer. RedStone, in turn, clearly capitalizes on this.

RedStone brings together its modular architecture, multi-chain support, and reliable data delivery — putting its oracle expertise front and center. The current system appears to be one of the most suitable for DeFi applications. Integrating with a fast chain like Monad is a big plus, particularly for arbitrage, liquidity protocols, stable-coin peg protection, and more.

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What Is RedStone Changing?

The main goal here is to achieve better-quality and more responsive protocols. By providing real-time and low-latency price data through Monad’s oracle infrastructure, RedStone lays the foundation for high-frequency strategies, automated market makers (AMM), flash-loan–based applications, and similar systems.

For years, RedStone has provided reliable price and data infrastructure particularly for DeFi projects. Meanwhile, Monad delivers an “scalable, fast, EVM-compatible” blockchain solution. In other words: this combination looks like the solution to many problems. This integration aims to maximize performance on both the oracle and chain sides. DeFi applications will now enjoy the combined advantage of “instant data + real-time blockchain.”

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The post How Does RedStone Solve Data Security? appeared first on Coin Engineer.

Team 

• Founder & CEO: David Rhodus leads the project. 
• Core Contributors: Permissionless Labs and engineers experienced in FreeBSD, distributed systems, and video infrastructure. 
• Expertise: Former engineers from AWS, Valve, Palantir, with DeFi research experience. 

Investors 

2024 Series A Funding: $10M led by Multicoin Capital. 

Partnerships: Permissionless Labs contributes to technical and Solana integration aspects. 

Project Concept

The project aims to deliver content as close to users as possible via local (hyperlocal) nodes without relying on central providers. It combines CDN, origin storage, and routing on an open layer for low-latency, cost-efficient delivery. 

• PoP Operators: Provide bandwidth, storage, and compute in exchange for PIPE. 
• Mission: Empower creators and communities with decentralized, high-performance CDN. 
• Vision: Ultra-low latency, reliable, transparent digital content access. 
• Core Values: Decentralization, empowerment, transparency, and performance. 

How It Works

Network runs on Solana smart contracts and includes three main products: 

• Pipe CDN: Hyperlocal content delivery for video, gaming, and dApps. 
• Firestarter Storage: Decentralized storage integrated with delivery. 
• P1 Overlay Network: Software-defined routing connecting the fastest paths across multiple networks. 

Governance 

• Staking: Operators stake PIPE for network participation and Sybil resistance. 
• Delegated Staking: Token holders delegate PIPE to nodes, earning rewards (delegated share: 7%). 
• On-chain Governance: Staked PIPE holders vote on protocol upgrades, emission parameters, and economic policies. 
• Security: Third-party audits and bug bounty programs ensure code safety. 

Roadmap 

• Testnet rollout and PoP expansion. 
• Mainnet launch based on testnet results. 
• Hyperlocal PoP increase in underserved regions. 
• Product expansion including edge computing and AI inference. 

Token Information 

• Token Name: PIPE 
• Total & Max Supply: 1,000,000,000 PIPE 
• Circulating Supply: 100,000,000 PIPE 

PIPE Utility 

• Staking & Delegated Staking: Operator selection and reward sharing. 
• Payments: PIPE burns create Data Credits (DC) for CDN/storage payments. 
• Priority Services: DC allows priority bandwidth or cache guarantees. 
• Governance: Vote on protocol parameters. 

Ecosystem & Features 

• Products: Pipe CDN, Firestarter Storage, P1 Overlay Network. 
• Use Cases: Video, gaming, dApps, Solana node sync, AI, and edge workloads. 
• Operator Diversity: ISPs, businesses, independent operators; permissionless access. 
• Advantages: Improved user experience, network resilience, balanced infrastructure growth. 
• Low Latency: Delivery target as low as 3 ms. 
• Scalable Growth: Network grows with users, maintaining performance. 
• Robust Security: DDoS protection, IP/Geo filtering, DMCA compliance. 
• Cost Efficiency: Burn-to-mint model ensures low-cost content delivery. 

Pipe Network leverages Solana’s speed and low-cost benefits to deliver decentralized, ultra-low latency CDN, storage, and AI services. A strong technical team and investors like Multicoin Capital support its growth potential. 

Official Links 

• Website
• Twitter
• Linkedin

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Easy Stablecoin Issuance with Open Issuance

The new service allows businesses to control coin minting and burning operations. Stripe announced that the system will run on the Bridge infrastructure it acquired last year for $1.1 billion. This will enable institutions to manage their own stablecoins flexibly and securely.

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Stripe will collaborate with BlackRock, Fidelity Investments, and Superstate on reserve management. Lead Bank holds cash assets to provide liquidity. This structure aims to enhance the reliability of stablecoins and market stability.

Regulatory Steps and Legal Compliance

To comply with stablecoin regulations in the US, Stripe will apply for a federal banking license. Preparations are also underway to obtain a trust license from the New York State Department of Financial Services. These steps will enable institutions to issue stablecoins legally and securely.

Tether, the world’s largest stablecoin issuer, currently leads the market with a supply of $175 billion. Stripe aims to become a strong player in this rapidly growing market. In May, Stripe enabled businesses in 101 countries to accept stablecoin payments, and in June, it acquired the crypto wallet startup Privy.

Build Your Own Stablecoin

Bridge co-founder Zach Abrams said, “If money movement is at the core of your business, you should build your own stablecoin. Open Issuance makes this possible.” Stripe also announced that all issued stablecoins will be compatible with each other.

The post Stripe Launches a New Era in Crypto Payments appeared first on Coin Engineer.

Team and Founders

• Butian Li – Investment/strategy experience at NGC Ventures. 
• Michael Chen – Blockchain expertise from Binance Labs/Research. 
• Liam Zhang – Academic and research background. 

The team brings expertise in distributed computing, Web3 research, and venture capital to the project. 

Investors and Partnerships

Bless has received backing from prominent funds such as NGC Ventures, Interop, Frachtis, and M31 Capital. The ecosystem plans integration with AI and blockchain infrastructure providers. 

Project Concept

Centralized cloud providers (AWS, GCP, Azure) currently host most Web3 applications. Bless solves this “centralization paradox” by turning user devices into infrastructure. 

More users = more computing power. 

Developers deploy apps directly to distributed nodes via the nnApp framework. 

How It Works (Technology & Architecture)

Bless has four core technologies: 

• Dynamic Resource Matching: Automatically assigns tasks based on device performance/location. 
• Randomized Distribution: Uses Greco-Latin square schemas to make task allocation unpredictable and secure. 
• WASM Secure Runtime: Provides secure sandboxed environments protecting both devices and applications. 
• Dynamic Verification: Modular verification using pBFT, RAFT, and ZK-Proof to secure computations. 
• The orchestration system continuously monitors nodes and distributes tasks in real time. 

Governance 

• Network operates on a Proof of Stake (PoS) model. 
• Node operators stake BLESS tokens to participate; misbehavior results in slashing. 
• Delegated staking is supported. 
• Multi-application nodes allow a single device to serve multiple applications. 

TIME Token

TIME is a reward token with no governance role. It is earned by running nodes or contributing to the network and can later be converted into BLESS and burned. 

Roadmap 

• Current: Testnet with >5M nodes (including Solana testnet integration). 
• Short Term: Mainnet launch, enhanced language support, stronger verification mechanisms. 
• Long Term: AI framework integrations, compatibility with major blockchain networks, broader developer ecosystem. 

Token Use Cases

Bless Network has two main tokens: 

• $BLESS Token: Governance, ownership, staking, and payment for network resources. 90% of revenue from app payments is used to buy back and burn BLESS, reducing supply. 
• $TIME Token: Rewards node operators during testnet, convertible to $BLESS. 

Token Mechanics 

• Users earn TIME by contributing. 
• At the end of each epoch, TIME converts to BLESS (immediate or with lockup). 
• Applications pay in fiat; 90% of revenue goes to BLESS buyback and burn, 10% retained for treasury. 
• Staking BLESS allows users to earn more BLESS. 

Supply and Distribution 

• BLESS Total Supply: 10B (fixed) 
• Circulating Supply: 1.84 milyar BLESS 
• TIME Supply: 100M per epoch (burned on demand) 

Token Distribution 

• Community Incentives: 35% 
• Ecosystem & Foundation: 20.75% 
• Investors: 16.25% 
• Team: 15% 
• Airdrop: 10% 
• Advisors: 3% 

Ecosystem 

• Developer tools: Bless CLI, Docker images, Chrome extension, mobile/desktop node software. 
• Language support: JavaScript & TypeScript (more coming). 
• Applications: AI/ML, blockchain validators, IoT/edge computing, content delivery networks. 

Features

• Ultra-low latency edge computing 
• Up to 90% cost savings vs. cloud 
• WASM sandbox + ZKP for security 
• Easy participation with consumer-grade devices 
• Sustainable energy/infrastructure savings 

Official Links & Social Media 

• Website
• Twitter
• Github
• Discord
• Telegram

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Team and Founders

Rong Chen, founder and chief architect, is a former senior Microsoft software engineer with over 30 years of experience in operating systems. He created Elastos with a vision of a secure “World Computer.” 

Sunny Feng Han, co-founder and economic advisor, graduated from Tsinghua University School of Economics and Management. He works alongside Chen on ecosystem strategies and the economic model of the project through the Elastos Foundation. 

Investors and Key Partnerships

Elastos has received over 200 million RMB in funding from industry giants including Tsinghua Science Park, TD-SCDMA Industrial Alliance, and Foxconn Group. 

Key partnerships include: 

• ElacityLabs: Develops cDRM tech for P2P trading. 
• Bitmain: Provides merged mining hardware support. 
• OKMINER, f2pool & ViaBTC: Supply hashrate to secure the network. 
• Tencent Cloud: Supports Chen’s operating system expertise. 

Concept and How It Works

Elastos ensures digital assets are scarce, identifiable, and tradeable. Using blockchain, digital content receives verifiable identities, enabling creators to monetize their work. 

The Elastos Smart Network has four main components: 

• Elastos Blockchain: Creates secure identities for every device, person, website, and digital asset. Uses main chain and sidechains to keep dApps separate from the main chain. 
• Elastos Runtime: Lightweight OS that blocks direct internet access for apps, protecting user data from malware. 
• Elastos Carrier: Fully decentralized P2P network that transmits app traffic. 
• Elastos SDK: Provides tools for apps to access Elastos Smart Network identities and Carrier services. 
• Elastos uses merged mining with Bitcoin to secure its network, leveraging existing computing resources while remaining environmentally efficient. 

Governance

Elastos is governed by a global community including founders, angel investors, crowdfunding participants, and the Elastos Foundation (registered in Singapore). ELA holders collectively shape the network’s future through decentralized decision-making. 

Roadmap 

• H1 2025: Launch BeL2 Arbiter nodes for local Bitcoin DeFi, deploy Elacity v3 marketplace, integrate BeL2 lending dApp. 
• H2 2025: Finalize BeL2 protocol with ELA staking, BTC model support, expand developer tools, update World Computer. 
• 2026: Full integration of decentralized OS features, strategic partnerships, and global adoption initiatives. 

Token Information and Use Cases

The Elastos token (ELA) powers the decentralized internet infrastructure: 

• Governance: Voting in the Elastos DAO; 5,000 ELA required to be a council member. 
• Digital Identity: Manage decentralized IDs (DIDs) on blockchain. 
• Transactions & dApp Fuel: Gas token for smart contracts and dApps across sidechains. 
• Digital Assets & DeFi: Payments, asset trading, staking, and DeFi transactions. 
• Security: Bitcoin merged mining ensures high security. 

Token Details 

• Token Name: ELA 
• Max Supply: 28,210,000 ELA 
• Total Supply: 26,070,000 ELA 
• Use: DAO governance, community incentives, ecosystem activities 

Key Features 

• Community-driven PoI governance 
• BeL2 second-layer integration with Bitcoin 
• High security and network reliability 
• Open-source, decentralized infrastructure 
• Bitcoin-backed security and reserve features 

Security & Reserves 

• Merged Mining: Uses Bitcoin’s hashpower to secure ELA. 
• AuxPoW: Combines Bitcoin security with Elastos efficiency. 
• Reserve Asset: ELA provides economic stability for dApps and services. 

Official Links 

• Website
• Twitter
• Telegram
• Youtube

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Jesse McWaters, Mastercard’s Executive Vice President, emphasized the law’s importance. “Stablecoins are at a turning point,” he said. “The GENIUS Act signals a new era of regulatory clarity and trust in digital assets.” 

Mastercard Seeks to Embed Stablecoins in Trusted Systems 

McWaters highlighted how stablecoins are already being used in real-world cross-border transactions. From international B2B payments to remittances, they offer a faster and cheaper alternative to traditional methods. 

Still, Mastercard believes stablecoins lack one crucial element: a trusted intermediary. “To move from niche to mainstream, stablecoins need more than speed and programmability,” McWaters stated. “They must be embedded in systems people trust—systems that protect users, resolve disputes, and operate seamlessly across borders and platforms. That’s where Mastercard comes in.” 

The company has already launched initiatives like the Mastercard Multi-Token Network and Mastercard Crypto Credential. These aim to bring compliance and user protection into stablecoin ecosystems. 

A Vision Grounded in Centralized Infrastructure 

Mastercard’s strategy favors regulated, interoperable payment networks over peer-to-peer, trustless systems. The company continues to apply its proven model—one that has supported credit card transactions for decades—to digital assets. 

Mastercard describes itself as “one of the most trusted payment networks in the world” and aims to play a similar role in stablecoin infrastructure. That said, the company still faces criticism from vendors and users regarding transaction fees and alleged unfair practices in its traditional business model. 

The GENIUS Act has removed major regulatory barriers, opening the door for stablecoin adoption. Mastercard supports this evolution—but only under clear rules. The company envisions a future where stablecoins operate within trusted, centralized financial frameworks, not as unregulated or decentralized currencies.

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Binance Alpha Lists Orderly (ORDER)! 

This time, the supported project is Orderly Network (ORDER), built on a decentralized trading infrastructure. Through Binance Alpha, users gain early access to promising projects, while these projects reach a wider audience. So, what is Orderly (ORDER)? 

What is Orderly (ORDER)? 

Orderly Network is a modular and decentralized trading protocol that provides institutional-grade infrastructure for Web3. The project combines a high-performance off-chain order book with on-chain trade settlement to deliver a secure and efficient DEX experience. At the heart of the protocol lies the $ORDER token, designed to build a strong DeFi ecosystem through governance, staking, and incentive mechanisms. Orderly aims to contribute to global Web3-based financial solutions by offering fast and secure transactions. 

Click to Register on Binance Exchange with a 20% Commission Discount!

The main goal of Orderly is to provide developers with modular DEX infrastructure that can be easily integrated. This allows any Web3 application to quickly obtain a powerful trading engine. 

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The post Binance Alpha Lists a New Altcoin! Here Are the Details  appeared first on Coin Engineer.

During the Binance Crypto-Powered Tour, Cointelegraph visited Thimphu and Paro to assess how much traction crypto payments have gained. Just a few months after launch, locals and tourists alike are using digital assets for everything from hotel bookings to street food.

From Temples to Tokens: A Nation Transforms

On May 7, Binance Pay and DK Bank announced a partnership allowing users to pay with Bitcoin, BNB, USDT, and other assets for flights, hotels, visas, and even snacks.

DK Bank president Ugy Gelephuin stated that nearly 1,000 merchants have already signed up to accept crypto. Local tour guide Kuenley Dorjee told Cointelegraph that the technology is still new to many, but enthusiasm is growing: “It’s easier to use and the fees are better.”

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Bhutan’s progressive stance stems largely from its monarch, King Jigme Khesar Namgyel Wangchuck—nicknamed the “Dragon King.” Under his rule, the country has implemented hydro-powered Bitcoin mining since 2019, accumulating over 12,000 BTC when prices were around $5,000.

In January, Bhutan‘s Gelephu region unveiled plans to develop a strategic crypto reserve, showing long-term commitment to digital assets.

Internet Challenges Persist, But Hope Is on the Horizon

Despite excitement, the country faces ongoing internet instability. Cointelegraph encountered inconsistent Wi-Fi in Paro and Thimphu, with Reddit users describing connections as “horrendously slow.”

The recent arrival of Starlink, however, could be a game-changer. Officially launched on February 17, Starlink promises speeds between 100–200 Mbps—enough to support real-time crypto transactions.

DK Bank’s Gelephuin remains optimistic: “We’re not quite there yet, but we’re on the right track.”

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Improved Liquidity and Speed with OKX’s DEX API

The new feature links OKX’s DEX API to MetaMask, offering lightning-fast trades with execution times under 100 milliseconds and lower slippage. According to Jeff Ren, founder of OKX Ventures, “MetaMask’s goal of becoming a universal Web3 wallet fits perfectly with the connected blockchain ecosystem we are building.”

You Might Be Interested In: Elon Musk Talks About the Name of a New Memecoin!

First-Ever External Integration of SERVO for MEV Protection

As part of the partnership, OKX Wallet has also adopted SERVO, an MEV protection solution developed by Consensys. This marks the first time SERVO has been integrated into a third-party wallet, signaling a strong step forward for onchain trading safety.

The partnership comes amid growing DEX volumes and increased focus on decentralization. OKX’s renewed focus on safety after past DEX misuse incidents—such as attempts linked to North Korea’s Lazarus Group—highlights the exchange’s commitment to protecting its users.

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