Antone Dottle Z2sP

Pyth Network: Оракул, поддерживающий следующее поколение децентрализованных финансов
В арене высоких ставок децентрализованных финансов (DeFi) информация не просто ценна — она всё. Цены, потоки и данные определяют ритм рынков, безопасность контрактов и возможности для миллионов пользователей по всему миру. Тем не менее, на протяжении многих лет ахиллесова пята DeFi заключалась в его зависимости от устаревших или скомпрометированных потоков данных. Вступает Pyth Network — децентрализованный оракул первого уровня, который не просто заполняет пробел, но и переписывает правила обмена информацией на блокчейне.

Mitosis: Redefining DeFi Liquidity with Programmable Financial Infrastructure
In the ever-evolving landscape of decentralized finance (DeFi), one project is daring to reshape the way liquidity moves, interacts, and grows across ecosystems. Mitosis is more than just a protocol—it is a financial engineering breakthrough designed to transform DeFi liquidity into dynamic, programmable components.
At its core, Mitosis tackles one of the industry’s most pressing challenges: inefficient liquidity fragmentation. Traditional DeFi markets often trap liquidity in isolated pools, creating barriers to capital efficiency and limiting the scope of innovation. Mitosis reimagines this structure by converting liquidity positions into composable building blocks—components that can be programmed, automated, and optimized across multiple ecosystems.

A Fusion of Democratization and Engineering
Mitosis doesn’t simply unlock liquidity—it democratizes access to yields. By opening financial strategies to a wider community, the protocol levels the playing field between retail users, institutions, and developers. Through advanced tooling and infrastructure, participants gain exposure to yield opportunities that were once complex, exclusive, or out of reach.
This combination of democratized yield access with cutting-edge financial engineering creates a fertile ground for innovation. Developers can leverage Mitosis’s programmable components to design sophisticated strategies, automate asset flows, and build DeFi applications that are far more efficient than their predecessors.
Efficiency Meets Equity
The brilliance of Mitosis lies in its dual promise: efficiency for markets, and equity for participants. By solving fundamental inefficiencies, such as liquidity fragmentation and redundant capital allocation, Mitosis ensures that every unit of liquidity can work harder and smarter. Meanwhile, its design ensures that access is fair, transparent, and open to all—true to the ethos of decentralized finance.
Building the Future of Finance
With Mitosis, DeFi is stepping into a new phase of programmable liquidity—an era where financial positions are no longer static, but modular, flexible, and intelligent. This transformation paves the way for an entirely new category of financial products, where innovation is not constrained by the limits of liquidity, but fueled by its programmability.
The result is nothing less than the blueprint for the next generation of decentralized finance: an ecosystem that is efficient, equitable, and endlessly innovative.
Mitosis is not just another protocol—it’s the infrastructure on which the DeFi future will be built.
@Mitosis
#Mitosis
$MITO

Holoworld AI: Bridging AI Creativity with Web3’s Decentralized Economy
In the ever-expanding universe of blockchain innovation, Holoworld AI emerges as a bold frontier—where artificial intelligence, creator empowerment, and decentralized economies converge. At its core, Holoworld AI is not just another project in the crowded digital space; it is a vision to re-engineer how creators, communities, and intelligent agents thrive in the Web3 era.
The Gaps in Today’s Digital Landscape
Despite incredible advances in AI and blockchain, three major challenges continue to stunt growth:
1. Creators Lack AI-Native Tools – While AI is revolutionizing content creation, most platforms offer fragmented, non-scalable solutions that fail to give creators complete autonomy and professional-grade output.
2. Web3 Monetization is Underdeveloped – Token launches, NFT drops, and community economies often fall short of fairness and sustainability, leaving creators without a reliable system to truly benefit from their work.
3. AI Agents Are Siloed – Current AI systems remain walled off from decentralized protocols, unable to interact with the economic logic of Web3, leaving enormous untapped potential.

Holoworld AI sets its sights squarely on these pain points.
The Holoworld AI Solution
🔹 AI-Native Studios for Creators
Imagine a digital studio designed from the ground up for AI creators—scalable, intuitive, and powerful. Holoworld AI equips content creators with AI-native environments where art, storytelling, gaming, and immersive media can flourish without technical barriers.
🔹 Fair Token Launch Infrastructure
The platform brings equity and transparency to token economies. By providing fair token launch mechanics, Holoworld AI ensures creators, communities, and early supporters can grow together sustainably, avoiding the pitfalls of exploitative distribution models.
🔹 Universal AI-Web3 Connectors
Perhaps its most revolutionary promise lies here: universal connectors that allow AI agents to interact with decentralized protocols. This means AI will not just generate content but will actively participate in the Web3 economy—trading, collaborating, and co-creating in a decentralized digital commons.
Why Holoworld AI is a Game-Changer
Holoworld AI is not building tools in isolation; it is architecting an entire AI-native ecosystem within Web3. This unlocks a future where:
Independent creators scale their vision without corporate gatekeepers.
Communities rally around sustainable token economies, rewarding real engagement and innovation.
AI agents evolve into autonomous economic actors, opening doors to new forms of collaboration and value creation.
The Road Ahead
With its unique convergence of AI creativity, fair Web3 infrastructure, and agent-level decentralization, Holoworld AI positions itself as more than a blockchain project—it’s a cultural revolution. By empowering creators and unleashing AI into the decentralized economy, Holoworld AI is crafting a new reality where digital imagination finally meets economic sovereignty.
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✨ Holoworld AI isn’t just building technology—it’s building the future of digital worlds, where creators and intelligent agents stand as equals in the decentralized economy.
@HoloworldAI
#holoworld
$HOLO

Somnia: The L1 Blockchain Powering the Future of Games and Entertainment
In the crowded universe of Layer-1 blockchains, where scalability wars and DeFi battles often dominate the narrative, Somnia emerges with an entirely different vision: to bring the masses into Web3 through the worlds they already love—games, entertainment, and immersive digital experiences.
Somnia isn’t just another EVM-compatible chain. It is a consumer-first blockchain, purpose-built to host millions of players, creators, and fans, all interacting in real-time across interactive, high-performance worlds. If Ethereum was the operating system of decentralized finance, Somnia positions itself as the engine of the metaverse economy.
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The Vision: A Chain Built for Entertainment at Scale
Entertainment is no longer passive. Games today rival Hollywood in both budgets and cultural influence. Virtual concerts attract millions of attendees. Digital fashion brands sell out drops in seconds. Yet, the Web2 infrastructure behind these experiences remains siloed, monetized by middlemen, and limited in ownership rights.
Somnia’s thesis is clear: the next billion Web3 users will come not for DeFi yield, but for play, culture, and creation. By optimizing for speed, low fees, and seamless UX, Somnia lowers the barrier for consumers to jump into tokenized worlds where their digital assets, identities, and achievements are truly theirs.
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Why Somnia Stands Out
1. EVM Compatibility with a Twist
Developers familiar with Ethereum tooling can onboard immediately, but Somnia’s infrastructure is tuned for real-time, high-volume applications like games and interactive apps—where milliseconds and transaction throughput matter.
2. Entertainment-First Architecture
Instead of retrofitting entertainment onto financial rails, Somnia is natively designed for digital experiences: NFTs, in-game economies, microtransactions, and massive multiplayer interactions.
3. Consumer-Centric UX
Onboarding is frictionless. No more clunky wallets and complex seed phrases. Somnia prioritizes smooth, intuitive entry points so that players can simply log in and play—while blockchain handles ownership and security under the hood.
4. Infinite Creator Economy
Artists, game developers, streamers, and influencers can build entire universes of content, monetize through digital assets, and connect with fans in ways Web2 platforms could never allow.
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Somnia as the Gateway to Mass Adoption
The Web3 industry has long spoken about “mass adoption” without delivering it. Somnia could be the catalyst that turns this ambition into reality. Its promise lies in leveraging what already excites billions of people worldwide—gaming, music, sports, and entertainment—and weaving blockchain into that fabric invisibly.
Imagine:
A global esports event where every in-game item is tradeable on-chain.
Virtual concerts where fans own collectible experiences tied to their favorite artists.
Persistent, interoperable avatars that travel seamlessly across Somnia-powered worlds.
This isn’t speculation. These are the very kinds of products Somnia is architected to support.
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The Premium Frontier of Web3
Where financial blockchains fight for TVL, Somnia fights for time, culture, and attention—the most valuable currencies of the digital age. By anchoring itself as the infrastructure layer for fun, creativity, and entertainment, Somnia isn’t competing in the old blockchain paradigm—it’s defining a new one.
If the future of blockchain is about onboarding billions, Somnia is building the main stage where that future unfolds.
The dream is no longer abstract.
With Somnia, it’s showtime.
@Somnia
#Somnia
$SOMI

OpenLedger: The AI Blockchain Unlocking the Future of Intelligence and Liquidity
In the rapidly evolving digital frontier, two transformative forces are converging: artificial intelligence and blockchain technology. At the heart of this intersection stands OpenLedger—a pioneering ecosystem purpose-built for AI participation. Unlike legacy chains retrofitted for AI use, OpenLedger is engineered from the ground up to seamlessly integrate data, models, and autonomous agents into the decentralized economy.
The Core Vision: AI on the Blockchain
OpenLedger’s mission is both radical and precise: to create a world where every AI component—training, inference, and deployment—operates with on-chain trust, transparency, and liquidity. By adhering to Ethereum standards, OpenLedger ensures effortless compatibility with the tools and ecosystems that already dominate Web3, while introducing innovations designed specifically for AI-native operations.
Imagine a future where:
Datasets become liquid assets—tokenized, traded, and monetized by their creators without intermediaries.
Machine learning models are not locked away in corporate silos, but instead deployed, rented, or upgraded through decentralized smart contracts.
AI agents operate autonomously across industries, fueled by verifiable incentives, and accountable through blockchain governance.
This is not a distant dream. OpenLedger is already constructing the rails to make it reality.
Unlocking Liquidity for Data, Models, and Agents
One of the defining breakthroughs of OpenLedger lies in turning knowledge itself into a tradeable asset class. Traditionally, data is hoarded, models are proprietary, and agents are siloed. OpenLedger flips this paradigm:
Data as Collateral: Researchers and enterprises can tokenize datasets, enabling fractional ownership, secure licensing, and integration into decentralized finance (DeFi) markets.

Models as Yield-Bearing Assets: AI developers can publish models on-chain, allowing others to rent or train them further while generating ongoing revenue.
Agents as Autonomous Market Participants: With native blockchain integration, AI agents can transact, compete, and collaborate across protocols without friction.
This new layer of liquidity transforms static AI assets into dynamic, revenue-generating instruments, opening entirely new economies.
Precision Infrastructure, Zero Friction
Building for AI requires more than just smart contracts—it demands precision engineering for scale, speed, and trust. OpenLedger addresses these challenges with:
On-Chain Execution: Every critical AI lifecycle event—training checkpoints, inference requests, payments—is verifiable and tamper-proof.
Ethereum-Native Design: OpenLedger supports ERC standards, Layer-2 scalability, and wallet interoperability, enabling developers and users to plug in instantly.
Zero-Friction Integration: Whether you’re connecting existing smart contracts, deploying a new AI marketplace, or extending a DeFi protocol with intelligence, OpenLedger removes the barriers that typically plague cross-system integration.
The Future of AI Participation
OpenLedger is not just another blockchain—it’s the financial and operational backbone for AI in Web3. By democratizing access to data, decentralizing model ownership, and empowering autonomous agents, it paves the way for an AI-powered economy without gatekeepers.
As AI continues to dominate headlines, OpenLedger ensures that its benefits are not captured solely by a handful of corporations, but are instead distributed across a transparent, open, and liquid global network.
The future is not centralized.
The future is on-chain.
The future is OpenLedger.
@OpenLedger
#openledger
$OPEN

Plume: Redefining Real-World Asset Finance Through Modular Layer 2 Innovation
In the rapidly evolving landscape of blockchain, a new force is emerging to bridge the gap between traditional finance and decentralized finance: Plume, a modular Layer 2 blockchain network purpose-built for Real-World Asset Finance (RWAFi). More than just another scaling solution, Plume represents a paradigm shift—bringing institutional-grade tokenization, compliance, and liquidity into one seamless ecosystem.
Why Plume Matters
Tokenization of real-world assets (RWAs)—from real estate and private equity to commodities and debt instruments—has long been heralded as the next trillion-dollar opportunity for blockchain. Yet the market has faced challenges: fragmented infrastructure, lack of standardized compliance, and poor interoperability with DeFi.
Plume addresses these roadblocks head-on by creating a Layer 2 blockchain dedicated to RWAFi, combining:
EVM compatibility for developer accessibility.
Native RWA infrastructure for streamlined asset issuance, management, and lifecycle tracking.
Integrated compliance modules, ensuring adherence to global regulatory requirements without sacrificing the efficiency of blockchain settlement.
In essence, Plume positions itself not just as a blockchain, but as the foundational layer for the RWA economy of the future.
Key Features That Set Plume Apart
1. Modular Architecture
Plume leverages a modular framework that decouples execution, settlement, and compliance. This ensures that institutions and developers can customize solutions—whether it’s securitizing real estate, issuing corporate bonds, or building DeFi protocols powered by real-world assets.
2. RWA-Native Tooling
Unlike generic blockchains, Plume integrates asset tokenization, custody, and trading infrastructure at the protocol level. Smart contracts come equipped with built-in modules for KYC/AML, investor accreditation, and automated compliance workflows.

3. Interoperable Finance
By maintaining full EVM compatibility, Plume allows existing DeFi protocols to integrate RWAs with minimal friction. This means a lending platform can accept tokenized real estate as collateral or a DEX can list tokenized carbon credits alongside crypto-native assets.
4. Scalable & Cost-Efficient
Operating as a Layer 2, Plume inherits Ethereum’s security while offering low-cost, high-throughput execution—vital for high-volume institutional trading and settlement.
The Vision: Real-World Assets at Internet Speed
Plume is not simply enabling asset tokenization—it is building the financial rails for the digital asset era. Imagine:
Private equity shares becoming tradable on-chain with instant settlement.
Real estate tokenized and fractionally owned by global investors.
Carbon credits, art, or intellectual property rights flowing seamlessly into DeFi liquidity pools.
This convergence of RWAs and DeFi unlocks unprecedented liquidity, accessibility, and efficiency, reshaping capital markets for both institutions and individuals.
The Competitive Edge
While many chains promise to support RWAs, Plume distinguishes itself by being RWA-first, not crypto-first. Its compliance-first design, modular infrastructure, and native RWA toolkits give it a structural advantage in capturing institutional adoption.
The multi-trillion-dollar traditional finance sector is ripe for disruption. With Plume, the barriers between Wall Street and Web3 finally begin to dissolve.
Conclusion
Plume is more than a blockchain—it’s the infrastructure for the future of finance, where real-world assets meet the speed, transparency, and efficiency of decentralized networks. As RWAFi moves from theory to reality, Plume is positioning itself as the premium Layer 2 solution that will power the next wave of global financial innovation.
@plume
#plume
$PLUME

Boundless: Redefining Zero-Knowledge Proving for the Multi-Chain Future
In the rapidly evolving world of blockchain, one truth has become crystal clear: scalability is not optional — it’s survival. As networks grapple with congestion, rising costs, and fragmented ecosystems, a silent revolution is emerging from the depths of cryptographic innovation. At its core lies Boundless, a next-generation zero-knowledge proving infrastructure that promises to break the computational bottleneck throttling today’s decentralized systems.
Boundless is more than just another zk project — it’s a radical shift in how blockchains handle trust, performance, and interoperability. By enabling external prover nodes to shoulder the heavy lifting of proof generation, Boundless liberates individual blockchains, rollups, and applications from the burden of building their own bespoke proving stacks. The result? A scalable, plug-and-play proving layer that unlocks efficiency without sacrificing security.
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The zkVM Advantage: Shifting the Weight Off-Chain
At the heart of Boundless lies its powerful zkVM technology — a virtual machine designed to handle the cryptographic workloads that typically choke blockchain performance. Instead of bogging down consensus layers with endless computation, Boundless shifts those operations off-chain to an elastic network of provers.
Here’s the genius:
Provers generate the heavy zero-knowledge proofs externally.
On-chain smart contracts only verify these proofs, a task exponentially lighter and cheaper than computing them.
This model collapses the barrier between security and scalability. Verification remains trustless, deterministic, and on-chain, while the grinding proof generation is distributed across a global proving economy.
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Why Boundless Matters Now
The crypto industry has no shortage of zk-centric projects. So why is Boundless different? Because it isn’t chained to the fate of a single ecosystem.
Multi-Chain by Design: Instead of reinventing the wheel per chain, Boundless provides a shared proving backbone. Ethereum rollups, Solana apps, Cosmos zones, and beyond can all tap into the same infrastructure.

Lower Costs, Higher Throughput: By externalizing proof generation, networks cut down on computational expenses while dramatically increasing capacity.
Composable Interoperability: Proofs generated once can be verified across multiple environments, weaving together a tapestry of trust between otherwise siloed ecosystems.
In short, Boundless isn’t about scaling one blockchain. It’s about scaling all of them.
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A Proving Marketplace: The Dawn of zk-as-a-Service
Boundless envisions a future where zero-knowledge proving is not a niche engineering challenge but a commodity service layer. Imagine a decentralized marketplace where prover nodes compete to deliver proofs efficiently, securely, and cost-effectively — a zk-as-a-Service model that could underpin the next era of blockchain infrastructure.
This opens the door to new economic primitives:
Provers earn rewards for contributing computational power.
Networks pay only for what they use, avoiding costly overhead.
Developers plug in seamlessly, without reinventing cryptography for each application.
It’s the ultimate alignment of incentives: efficiency for networks, utility for developers, and yield for provers.
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Boundless Horizons
Scalability has long been the Achilles’ heel of blockchain adoption. But with Boundless, the equation is flipped. By externalizing proof generation while safeguarding verification on-chain, Boundless paves the way for a world where blockchains don’t compete for scale — they share it.
In the same way that cloud computing freed enterprises from building their own data centers, Boundless promises to free blockchains from the tyranny of isolated, inefficient proving systems. The implications are staggering: frictionless interoperability, global throughput at scale, and an open market for zero-knowledge computation.
The name says it all: the future of blockchain proving is Boundless.
@Boundless
#boundless
$Boundless

OpenLedger: The AI Blockchain Powering the Next Digital Renaissance
In the ever-accelerating race toward artificial intelligence dominance, one truth is becoming clear: AI cannot scale without a financial and technological backbone that is as dynamic as the intelligence it powers. Enter OpenLedger—the world’s first blockchain ecosystem designed from the ground up for AI-native participation.
Unlike legacy systems retrofitted for AI, OpenLedger is purpose-built to monetize data, models, and autonomous agents, unlocking liquidity where it has never existed before. Imagine a world where your AI model doesn’t just sit in a lab—it trains, deploys, earns, and grows on-chain, seamlessly integrated into a global marketplace. That’s the OpenLedger promise.
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Built for AI, Not Just Crypto
Traditional blockchains were built for money. OpenLedger was built for intelligence.
From model training to agent deployment, every process executes with on-chain precision. This isn’t about patchwork AI marketplaces or centralized black-box APIs. OpenLedger offers trustless, transparent, and programmable infrastructure that treats AI as a first-class citizen of the blockchain world.
Data Liquidity: Tokenized datasets enable transparent exchange and composability.
Model Monetization: AI creators can publish models as on-chain assets, instantly tradable and rentable.
Agent Economies: Autonomous agents can interact with smart contracts, wallets, and DeFi protocols directly.
Frictionless Web3 Integration
OpenLedger speaks the language of Ethereum standards, ensuring seamless compatibility with the most robust ecosystem in Web3.
Wallets, L2s, and Bridges connect effortlessly.
Smart contracts are deployed without additional complexity.
Zero friction between AI workflows and blockchain execution ensures scalability across decentralized finance, gaming, enterprise, and beyond.
This means no silos, no dead ends, no compromises. Just a universal fabric where intelligence and liquidity flow together.
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Why It Matters: The AI Liquidity Layer
For decades, data was hoarded, models were locked in walled gardens, and agents had no voice in the economy. OpenLedger dismantles these barriers by creating a liquidity layer for intelligence itself.
Data Providers earn yield by sharing datasets.
Model Developers turn algorithms into income streams.
Autonomous Agents transact freely, buying resources, executing tasks, and scaling themselves.
This is not just Web3 finance—this is the foundation of a new machine-driven economy.
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The Future: An AI-Native World
Picture this:
Your AI-powered trading bot pays its own gas fees, learns from on-chain signals, and improves every cycle.
A decentralized swarm of AI agents co-manages supply chains, optimizing in real-time without human bottlenecks.
Artists, coders, and enterprises sell, rent, or merge their AI models into collective intelligence pools—all earning yield as part of the same system.
With OpenLedger, these aren’t sci-fi daydreams. They’re imminent realities.
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Final Word
OpenLedger is more than just another blockchain—it’s the operating system for the AI economy. By merging intelligence with liquidity, it unlocks a self-sustaining ecosystem where humans and machines co-create value without intermediaries.
The world is entering an era where AI doesn’t just serve economies—it runs them. OpenLedger is the chain that makes this future not only possible, but unstoppable.
Welcome to the OpenLedger age: where AI lives, earns, and evolves on-chain.
@OpenLedger
#OpenLedger
$OPEN

OpenLedger: Искусственный интеллект блокчейн, который превращает интеллект в ликвидность
В эпоху, когда искусственный интеллект переписывает правила создания ценности, один вопрос стоит выше всех: как мы можем раскрыть весь экономический потенциал ИИ?
Представляем OpenLedger, первый в мире блокчейн, созданный с нуля для участия ИИ. Это не просто еще один распределенный реестр — это нервная система экономики децентрализованного интеллекта, где данные, модели и автономные агенты превращаются в ликвидные активы.

Безграничное: Будущее инфраструктуры с нулевыми знаниями
Мир блокчейна находится на поворотном этапе. По мере масштабирования сетей и увеличения сложности приложений самой большой проблемой остается: как достичь производительности, не жертвуя безопасностью или децентрализацией. Встречайте Безграничное, прорыв в инфраструктуре доказательства с нулевыми знаниями, который обещает переопределить саму основу того, как блокчейны масштабируются.
Узкое место доказательств
Каждый блокчейн хочет безопасности, эффективности и скорости. Тем не менее, генерация и проверка доказательств с нулевыми знаниями — краеугольный камень систем следующего поколения и систем конфиденциальности — исторически были вычислительно дорогими и изолированными. Каждой сети приходилось строить свою собственную систему доказательства, draining resources and fragmenting innovation.