A L V I O N

@Linea.eth
​For years, the promise of Layer-2 (L2) solutions was simple: scalability. They were meant to take the burden off the Ethereum mainnet, offering faster speeds and dramatically lower gas fees. And while they delivered on scalability, they often did so at a hidden cost: developer friction.
​The truth is, many of the first wave of L2s felt less like an extension of Ethereum and more like a separate, parallel chain. Developers, the lifeblood of the ecosystem, quickly found that building on these new environments meant a frustrating gauntlet of adaptations.
​The Hidden Cost of "Compatibility"
​The core issue lay in a crucial technical distinction: the difference between EVM-Compatibility and EVM-Equivalence.
​Many early L2s were compatible with the Ethereum Virtual Machine (EVM). Compatibility means "you can deploy contracts here, if you modify a few things." For developers, this translated into real, time-consuming headaches:
​Rewriting Smart Contracts: Minor differences in execution logic often forced developers to rewrite existing, battle-tested smart contracts.
​Changing Tooling: Familiar tools, testing frameworks, and debugging environments suddenly required clumsy workarounds or entirely new setups.
​Modifying Opcode Logic: Even the fundamental operations (opcodes) sometimes behaved differently, leading to unexpected errors and security concerns.
​Adjusting Gas Strategies: Gas calculations and pricing mechanisms didn't always align with the Ethereum mainnet, demanding constant strategic adjustments.
​In short, for the builders of decentralized applications (dApps), the L2 experience didn't feel like Ethereum anymore. It felt like starting over—a fragmented landscape that slowed innovation and introduced new security risks.
​Linea's Radical Approach: True Equivalence
​This is where Linea stepped in, adopting a fundamentally different philosophy. Linea didn't ask builders to adapt to its chain; instead, it shaped itself to the environment Ethereum developers already know and trust.
​Linea is built as a zkEVM (Zero-Knowledge Ethereum Virtual Machine) that is fully EVM-equivalent, not just EVM-compatible. This difference is more than technical jargon; it's a quantum leap in developer experience.
​Equivalence means the EVM on Linea is the exact same EVM that runs on the Ethereum mainnet.
​For the developer, this means:
​Zero Adaptation: The code that works on Ethereum Layer-1 works perfectly on Linea, without rewriting, changing byte-code logic, or adjusting gas strategies.
​Seamless Tooling: Developers can use the exact same familiar tools, development kits, wallets, and testing environments they already rely on, making the transition virtually invisible.
​Maximum Security: When the execution logic is identical to Ethereum’s mainnet, the risk of introducing subtle, security-compromising bugs during the migration process drops dramatically. The security assurances of Ethereum are effectively inherited.
​Instant Migration: Projects can fork and deploy their entire codebase from Ethereum to Linea with unprecedented speed and confidence, slashing months off development cycles.
​By achieving true EVM-Equivalence, Linea is quietly becoming known as "the developer's rollup." It eliminates the costly friction of fragmentation, allowing builders to focus on what matters: creating innovative dApps for users, not wrangling with underlying infrastructure.
​In the race for scalability, the ultimate winners will be the chains that offer the smoothest, most intuitive experience. Linea’s commitment to making developers feel like they never left Ethereum Layer-1 is setting a new standard for what a next-generation L2 should be, ensuring that scalability is delivered without sacrificing the spirit, security, or simplicity of the original decentralized network.
#Linea $LINEA

@Morpho Labs 🦋
Decentralized Finance (DeFi) has long been heralded as the most efficient financial system ever built, promising continuous access, transparency, and high yields. Yet, behind the impressive figures of billions of dollars locked in protocols (TVL), a silent, costly problem has persisted: idle capital.
​This is not a theoretical glitch; it's a massive inefficiency affecting the foundation of DeFi lending.
​The Original Problem: Capital is Caught Napping
​For years, platforms like Aave and Compound revolutionized lending by creating automated liquidity pools. A user deposits crypto (supply), and it instantly joins a pool, earning a yield. A borrower then draws from this pool, paying interest.
​The model is robust, but it creates a fundamental bottleneck: If there are no borrowers, the capital does nothing.
​Lenders: They deposit funds and watch billions sit idle, earning disappointingly low deposit Annual Percentage Yields (APYs). Their money is waiting, not working.
​Borrowers: They pay an interest rate based on the overall pool utilization, which is often higher than a direct, matched loan.
​The System: Protocols advertised "liquidity depth," but in reality, much of that depth was resting capital. As the age-old rule of finance goes—whether on Wall Street or Ethereum—idle capital is dead capital.
​This inefficiency was not just a minor drain; it was the billion-dollar sleep, fundamentally limiting the efficiency DeFi claimed to offer.
Morpho's Radical Principle: No Capital Sleeps Anymore
​Morpho emerged not to destroy the existing ecosystem, but to optimize it. It didn't try to compete directly with Aave or Compound or rebuild lending from scratch; instead, it introduced a single, radical principle: liquidity should never sleep.
​The protocol’s core innovation is brilliantly elegant: it acts as a smart optimization layer built on top of the existing major lending pools.
​When a user deposits funds through a traditional pool-based protocol, their liquidity simply joins a vast, generic pool. Morpho, however, "rewires" how that deposit works:
​The Optimization Engine: When you supply liquidity, Morpho first tries to match you directly with a waiting borrower at a much better, peer-to-peer (P2P) rate. This direct matching eliminates the dead capital time.
​The Pool Fallback: If a direct P2P match is not immediately available, Morpho's system automatically routes your funds to the underlying platform (like Aave or Compound) to ensure you are always earning the base pool rate.
​This hybrid approach ensures the best of both worlds:
​Maximum Efficiency: When matched P2P, lenders earn higher APYs and borrowers pay lower interest because the fees and inefficiencies of the pool are largely bypassed.
​Zero Risk: The underlying Aave or Compound pool acts as a liquidity guarantee. If the P2P borrower is liquidated or a lender wants to withdraw, the funds are secured and instantly accessible through the vast pool liquidity.
​By prioritizing direct, high-efficiency peer-to-peer connections while leveraging the security and liquidity of established pools, Morpho transforms passive capital into active, working capital. This simple innovation doesn't just improve yields; it unlocks a new, more capital-efficient era for decentralized finance.
#Morpho $MORPHO

#Plasma @Plasma $XPL
​In the hyper-competitive world of blockchain scaling, the narrative is constantly shifting. Projects once hailed as the future quickly become yesterday’s news. The term "Layer-2" itself is becoming outdated. Instead of merely being a "faster chain" or a "scalability patch," the next generation of infrastructure is positioning itself as something far more fundamental: the Execution Layer for Restaked Capital.
​This is the story of Plasma, a protocol that is quietly but decisively moving the center of gravity in the Ethereum ecosystem. Plasma is no longer content to be "just another rollup." It is strategically building the bridge that connects the massive, locked-up value of the burgeoning restaking market with the real-world demand for seamless, regulated payments.
​The Quiet Revolution in Money Movement
​The first crucial step in Plasma's evolution was its pragmatic pivot away from speculative buzzwords and toward tangible utility. While the market obsessed over modular architectures and memecoins, Plasma focused on a problem that truly mattered: money movement.
​Plasma recognized that stablecoins are the lifeblood of both the blockchain economy and its potential connection to traditional finance. Yet, many existing chains treated stablecoin transfers as an afterthought, shoehorning them onto networks designed for generic smart contract execution. This resulted in friction, high costs, and regulatory ambiguities.
​Plasma’s Grounded Strategy:
​Real Payments: The team built a layer designed from the ground up for stablecoin transfers, prioritizing speed, low cost, and transactional finality specifically for currency.
​Regulated Framework: It committed to existing within a regulated framework, ensuring that the stablecoin rails could actually scale and be adopted by institutional players who demand compliance and predictability.
​This strategic focus transformed Plasma into the chain where money actually moves, not just talks. It became the quiet foundation that could connect the blockchain world to real-world payment systems, eliminating the usual friction that plagued early DeFi attempts.
​The Execution Layer for Restaked Capital
​However, a far more significant transformation has occurred, one that redefines Plasma's position within the entire Ethereum roadmap. Plasma is now positioning itself to complete, not compete with, Ethereum by becoming the execution layer for restaked capital.
​The advent of Restaking through protocols like EigenLayer unleashed a new class of powerful collateral. Billions of dollars in staked ETH, Liquid Staking Tokens (LSTs), and Liquid Restaking Tokens (LRTs) were made available to secure hundreds of Actively Validated Services (AVSs).
​The problem? Once this capital is staked and restaked, it becomes stuck.
​It doesn’t move.​It doesn't perform settlement duties.​It doesn’t participate in trading, liquidation, or arbitrage.
​Billions in LRTs (eETH, ezETH, etc.) are effectively sitting idle inside contracts, waiting for AVSs to be deployed. This represents an enormous economic inefficiency.
​Plasma steps in to provide the crucial missing link: the execution environment where this restaked capital can start performing real economic work.
​Unlocking Idle Billions
​Plasma is creating a fast, secure Layer-2 where this valuable, restaked collateral can finally be put to productive use. By providing the execution environment, Plasma enables:
​Liquidity: LRTs can be easily and quickly traded, moved, and leveraged without compromising their underlying security commitment.
​Yield Stacking: Holders can utilize their restaked capital on Plasma for additional activities like lending, borrowing, and providing liquidity, stacking new yields on top of their original staking and restaking rewards.
​Real-Time Settlement: The capital is utilized in real-time, low-cost payment and settlement systems—precisely the money movement infrastructure Plasma had already pioneered.
​Completing, Not Competing
​This is the key distinction that separates Plasma from the "just another rollup" crowd. A traditional rollup simply offers cheaper execution. Plasma offers a purpose: it unlocks the economic potential of the most secure, highest-quality collateral in the crypto ecosystem (restaked ETH).
​By providing the execution rails for restaked capital, Plasma is ensuring that the entire multi-billion-dollar restaking trend is not just a theoretical security layer, but a functional, yield-generating financial engine. It takes a security mechanism (restaking) and provides the utility layer required to monetize it sustainably.
​The Convergence: Stability Meets Security
​The two phases of Plasma's roadmap are now converging:
​The Foundation: An efficient, regulated infrastructure built for real stablecoin payments and money movement.
​The Fuel: The secure, highly liquid restaked capital (LRTs) that will be used to power these payment rails and liquidity pools.
​Plasma is constructing a self-reinforcing ecosystem: high-demand utility (payments) driving transaction volume, which is secured and fueled by the highest quality capital (restaked ETH). This unified vision transforms Plasma from a simple scaling solution into a foundational component for the next era of decentralized finance—a future where security, speed, and real-world utility are finally harmonized.
$XPL

#Hemi @Hemi $HEMI
​For decades, the standard path to wealth generation relied on slow, traditional methods: dividends, savings accounts, or the long-term appreciation of stocks. The decentralized finance (DeFi) revolution accelerated this, introducing staking and yield farming. However, Hami Token ($HAMI) is moving the goalposts again, pioneering a model that seamlessly integrates automated income directly into the mechanics of the token itself.
​Hami Token's core value proposition is clear: to transform the simple act of holding a token into an active, automated income stream, thereby creating a new paradigm of passive, proportional ownership in the network’s success. This is done through a brilliant use of transaction fee redistribution, turning every swap and transfer into a recurring reward for loyal community members.
​The Flaw in the Old Model: Manual vs. Automated Returns
​The crypto market’s first generation of rewards often suffered from inefficiency and required too much action from the user:
​Impermanent Loss Risk: Yield farming required locking up assets in liquidity pools, exposing users to the risk of impermanent loss.​Staking Complexity: Staking required manual locking, unlocking, and periodic claiming, often involving gas fees that eroded small gains.​Passive Holding is Truly Passive: Simply holding a token meant your only potential gain was price appreciation. If the price stagnated, your capital remained idle.
​Hami Token’s automated system solves this by integrating the rewards directly into the smart contract. The system is designed to reward passive, long-term holding by making the distribution process instantaneous, automatic, and proportional to one's stake.
​The Mechanics of Automated Wealth Generation
​The genius of Hami's design lies in its tokenomics model, which includes a small, non-punitive fee applied to every transaction (buy, sell, or transfer) of the $HAMI token.
​1. The Transaction Tax Funnel
​Every time a $HAMI token moves on the network, a small percentage fee (the "transaction tax") is immediately collected. This fee is not arbitrary; it is a critical component of the value distribution engine.
​2. Instantaneous Redistribution (Reflections)
​A significant portion of this collected fee is then instantly and automatically redistributed to all existing Hami token holders. This process is often referred to as "reflections" or "passive rewards."
​Proportionality: The distribution is proportional to the amount of $HAMI a user holds. A user holding 1% of the total circulating supply automatically receives 1% of the distributed fees.
​Automatic Accumulation: The rewards are not claimed manually; they are automatically deposited and reflected in the holder's wallet balance with every transaction. This eliminates the need for manual claiming, reducing gas fees and simplifying the entire process.
​This mechanism fundamentally aligns the value of the token with the activity of the network. More transactions, regardless of price direction, directly translate into more tokens in the hands of the holders.
​The Strategic Advantage: The Flywheel of Long-Term Commitment
​This automated distribution system creates a powerful economic flywheel that benefits both the individual holder and the overall network health:
​1. Fostering a Long-Term Holder Base (HODL Incentive)
​The compounding nature of the reflections incentivizes long-term holding. Every reward earned automatically increases the holder’s stake, which in turn increases their share of future transaction rewards. This creates an exponential effect that rewards patience and discourages short-term speculative selling. A stable holder base is the bedrock of a resilient crypto project.
​2. Directly Linking Value to Utility
​In the Hami ecosystem, the utility of the token (its use in decentralized applications, liquidity pools, or general trading) directly feeds the reward pool. This creates a transparent, measurable link between the network’s activity and the holder’s financial gain. Hami is not relying on promises of future growth; it is distributing realized network income now.
​3. Mitigating Price Volatility
​While no crypto asset is immune to market swings, the automated reward system offers a critical layer of defense. Even during periods of price stagnation or decline, as long as trading volume persists, holders continue to accrue more tokens. This provides a consistent, token-based yield that helps cushion the impact of short-term price volatility. It transforms Hami from a pure speculative asset into a yield-bearing ownership stake.
​Building the Future of Shared Ownership
​Hami Token represents a mature evolution of tokenomics—a step away from the purely extractive models of the past. It offers a sophisticated, yet beautifully simple proposition: By using a decentralized product, you are automatically and proportionally rewarded as an owner of that product.


​This structure attracts a specific type of investor: one who values sustainable, transparent, and compounding returns. For those seeking to generate wealth not through risky speculation, but through a genuine, automated share of a growing network's success, Hami Token's system of automated transaction fee income is the clear and compelling path forward. It is the engine of true ownership in the decentralized economy.
$HEMI

For years, the two titans of the blockchain world Bitcoin and Ethereum—have operated as separate kingdoms. Bitcoin, the unrivaled king of security and decentralized value storage, and Ethereum, the engine of innovation and smart contract programmability, have existed in silos. The Hemi Supernetwork is here to end that separation, creating a unified Layer-2 protocol that leverages the best of both worlds.
​Hemi isn't merely a bridge; it’s a foundational supernetwork designed to weave Bitcoin’s impenetrable security directly into the flexible smart contract environment of the Ethereum Virtual Machine (EVM).
​The Challenge of Two Worlds
​The problem with past integration attempts was always compromise. Solutions often required "wrapping" Bitcoin (creating a centralized synthetic version) or relying on complex, multi-sig bridges that introduced new layers of trust and counterparty risk. This meant that the vast, idle security and liquidity of native Bitcoin remained locked away from the vibrant, high-utility world of Decentralized Finance (DeFi).
​Hemi tackles this by asking a simple question: Why choose one when you can inherit the strengths of both?
​The Core of the Supernetwork: Bitcoin-Aware EVM
​The key to Hemi's vision is a technological masterpiece: the Hemi Virtual Machine (hVM).
​The hVM is a custom execution environment that embeds a full Bitcoin node inside an EVM-compatible environment. This unique architecture means that for the first time, smart contracts written using familiar Ethereum tools (like Solidity) can directly read and interact with native Bitcoin data—such as block headers, UTXOs, and transaction details—without intermediaries or custodial solutions.
​This direct, trustless access to Bitcoin's state is the core "unlock." It allows developers to build truly Bitcoin-aware applications that use native BTC for lending, staking, and decentralized exchanges. Bitcoin, long viewed as a passive store of value, is finally transformed into a productive, programmable asset.
​Security Beyond Finality
​To inherit Bitcoin's legendary security, Hemi introduces a novel consensus mechanism called Proof-of-Proof (PoP).
​In simple terms, PoP anchors Hemi’s transaction history and state commitments directly to the Bitcoin blockchain itself. This mechanism ensures that Hemi’s finality—the point at which a transaction is irreversible—achieves "Superfinality," becoming as secure, if not more secure, than the Bitcoin main chain. This provides developers and users with the speed of an EVM-compatible Layer-2 (block times in seconds) coupled with the settlement gravity of the oldest, most secure blockchain in existence.
​By combining the hVM's programmability and the PoP's security anchoring, the Hemi Supernetwork is creating a unified financial infrastructure. It is paving the way for a new era of decentralized applications that are not only fast and flexible but are also secured by the full, uncompromising power of the Bitcoin network.
#Hemi @Hemi $HEMI

​In the fast-evolving landscape of decentralized finance, a token's success is no longer measured solely by price, but by its utility, its ability to reward its loyal community, and its potential for seamless expansion. The Hami Token ($HAMI) is charting an ambitious course with a clear roadmap that evolves its initial community focus into a robust, multi-chain ecosystem.
​This plan moves beyond simple holding, laying the foundation for a platform designed for both deep utility and expansive reach—a truly smarter ecosystem.
​Cementing Community and Holder Value
​The initial phase of the Hami roadmap focuses on reinforcing the core strength of any successful token: its holders. This is the stage where the promise of Holder Rewards becomes a tangible, value-generating mechanism.
​The Hami team is implementing innovative tokenomics designed to incentivize long-term commitment. This includes:
​Yield Generation: Introducing staking and yield-farming opportunities that allow Hami holders to earn passive income, directly linking the success of the token to the financial benefit of its community.
​Utility Integration: Deploying the token into new and existing platforms (e.g., community governance voting, fee reduction programs) to give holders a tangible reason to use, and not just trade, their assets.
​Community Treasury: Establishing a transparent, DAO-governed treasury funded by transaction fees. This capital will be directed by Hami holders to support future development, marketing, and ecosystem grants.
​By focusing on these internal incentives, Hami ensures a strong, resilient foundation that rewards genuine participation over mere speculation.
​Multi-Chain Expansion for Universal Access
​The digital world is not a monolith; it is an interconnected web of blockchains. Recognizing that a single-chain existence limits accessibility and growth, Hami’s next major milestone is a strategic Multi-Chain Expansion.
​This move is critical for achieving a true "smarter ecosystem." By utilizing secure bridging technology, Hami Token will expand its presence to high-traffic, low-cost networks (like Solana, Arbitrum, or Polygon). This delivers several advantages:
​Lower Barrier to Entry: Moving to chains with lower transaction costs makes Hami accessible to a far larger global audience, particularly those who are priced out of high-gas networks.
​Developer Opportunities: Multi-chain presence invites developers from diverse ecosystems to build applications that utilize Hami, drastically accelerating the creation of new utility and use cases.
​Increased Liquidity: Broader availability across multiple decentralized exchanges (DEXs) improves overall liquidity and resilience, stabilizing the token's market dynamics.
​The Vision: A Smarter, Interoperable Future
​The Hami roadmap culminates in the fusion of these two pillars: a deeply rewarded community operating within a universally accessible, multi-chain environment. This is the definition of a smarter ecosystem—one where efficiency and utility are maximized through interoperability.
​From rewarding the earliest supporters to strategically expanding its footprint across the blockchain space, Hami Token is demonstrating a commitment to sustainable growth. It is building not just a token, but a flexible, resilient platform poised to capture the next wave of decentralized adoption.
#Hemi @Hemi $HEMI

Hey dear friends ...✨
​In the world of blockchain, the noise is often focused on speed, low fees, and viral projects. Yet, the projects that last the truly foundational ones prioritize a simpler, deeper concept: trust.
​For years, the crypto landscape has been defined by a deep split: the unwavering security of Bitcoin (the store of value) versus the unbounded flexibility of Ethereum (the engine of decentralized finance). Developers and users have been forced to choose one over the other.
​Hemi The Network is not trying to win headlines; it is quietly building the essential plumbing that matters. Hemi’s ambition is to end this fragmentation by creating a modular, unified infrastructure that brings the best of both worlds together, establishing a new standard for trust and verifiable truth in the digital age.
​Finality: The Unshakeable Guarantee
​Every conversation about blockchain eventually leads to the word: finality. What people truly want to know is, "When is a transaction real, and when can I trust it?"
​Hemi is working on something fundamental: turning blockchain finality into something as solid and irreversible as mathematics itself. It doesn't ask developers to sacrifice security for speed. Instead, Hemi gives developers an environment where they can build smart contracts using the logic and flexibility of Ethereum, but those contracts settle with the absolute immutability of Bitcoin.
​This highest level of certainty, achieved through its unique Proof-of-Proof (PoP) consensus mechanism, is what Hemi calls Superfinality. It anchors Hemi’s entire history to the time-tested security of the Bitcoin blockchain, making its records virtually unchangeable.
​Unlocking Programmable Bitcoin (BTCFi)
​By merging these two paradigms, Hemi is finally answering the challenge of making Bitcoin "alive again." The technical genius lies in the Hemi Virtual Machine (hVM).
​The hVM is an execution environment that essentially wraps a full Bitcoin node inside an Ethereum-compatible environment. This means Hemi’s smart contracts gain native, direct visibility into Bitcoin’s deepest data and transaction history.
​This access eliminates the need for insecure 'wrapped' assets or complex bridging tricks. Developers can now tap into the $1 trillion-plus Bitcoin ecosystem, using native BTC as truly programmable capital for sophisticated decentralized finance (DeFi) applications. Hemi is not just charting Bitcoin's next chapter in DeFi; it's providing the secure, non-custodial foundation that Bitcoin-based financial applications desperately need.
​The Foundation for Verifiable Intelligence (AI Trust)
​The architecture that provides unshakeable trust for Bitcoin transactions is also the perfect backbone for solving the AI Trust Crisis.
​As Artificial Intelligence systems generate more data and critical decisions, they suffer from a lack of proof. We can’t reliably verify an AI model’s training data, its version history, or how its conclusions were reached. This lack of auditability is a major barrier for regulated industries.
​Hemi’s architecture, rooted in Bitcoin anchoring and Ethereum-style programmability, is creating the infrastructure for Verifiable Intelligence and Digital History.
​It allows the entire lifecycle of an AI asset—the model, its dataset, and every output—to be permanently proven by cryptographic records that no one can falsify or erase.
​The world doesn't just need faster AI; it needs accountable AI. Hemi makes this possible by turning intelligence itself into something that is perpetually verifiable.
​Built for Longevity, Not Hype
​Hemi’s design is modular, meaning it can grow and adapt as the industry changes. By prioritizing trust at the foundation and choosing an architecture meant to last, Hemi is building the bedrock for the long-term crypto infrastructure.
​The right choice in infrastructure usually outlives the loudest one. By quietly delivering an architecture that unites the security of Bitcoin with the flexibility of Ethereum and provides a verifiable truth layer for the age of AI, Hemi feels like the necessary choice for the future.
#Hemi @Hemi $HEMI

#Hemi @Hemi $HEMI
​For years, Bitcoin has been the undisputed king of crypto a global store of value, digital gold, and a revolutionary safe haven. Yet, for all its unparalleled security, Bitcoin remained largely immobile and unprogrammable. It was the rock everyone trusted, but few could build upon.
​Meanwhile, Ethereum took the developers, the innovators, and the entire universe of decentralized finance (DeFi). This forced a stark choice on the digital economy: Do you choose the unwavering security of Bitcoin or the creative flexibility of Ethereum?
​Hemi The Network is challenging this fundamental dilemma. It is not another "Ethereum killer" or a simple cross-chain bridge. Hemi is creating a profound, dual system designed to give Bitcoin new life without rewriting its core DNA, thereby unlocking its immense potential for the entire decentralized world. Hemi’s vision is simple yet revolutionary: What if Bitcoin could move, lend, borrow, and build, while remaining just as secure as it’s always been?
​Finality: The Gold Standard of Trust
​At its heart, Hemi is tackling the most critical question in blockchain: "When is a transaction truly finished? When can I trust it?" This concept is known as finality.
​In the world of finance and technology, certainty is everything. Hemi is working to turn blockchain finality into something as solid and irreversible as mathematics itself. It doesn't ask developers to choose between Bitcoin's permanence and Ethereum's flexibility; it fuses them.
​This means Hemi provides a dynamic environment where developers can build complex smart contracts using the familiar, flexible logic of Ethereum, yet these contracts settle with the ultimate security and immutability of the Bitcoin network. This unprecedented level of certainty is achieved through Hemi’s custom Proof-of-Proof (PoP) consensus mechanism, which permanently "anchors" Hemi’s ledger state to Bitcoin’s history. The result is a level of guaranteed trust known as Superfinality.
​Unlocking Programmable Bitcoin
​This architectural breakthrough—the fusion of two distinct blockchain philosophies—is what makes Bitcoin "feel alive again."
​Hemi's core technical innovation is the Hemi Virtual Machine (hVM), which essentially allows the Hemi network to "speak" Ethereum’s language while natively "reading" Bitcoin’s state. This is not about creating a simple wrapped token; it’s about giving smart contracts direct, native access to Bitcoin’s entire transaction history and assets.
​By leveraging the hVM, developers can now build sophisticated BTCFi (Bitcoin Finance) applications that allow Bitcoin to be used as truly programmable capital—ready to move, lend, and participate in complex decentralized financial activities without ever compromising its gold-standard security. Hemi is quietly enabling the Bitcoin renaissance by turning the most trusted asset in the world into the most dynamic.
​The Foundation for Verifiable Intelligence
​The same infrastructure designed to provide Superfinality for Bitcoin transactions is also the perfect solution for one of the most urgent challenges of the next decade: the AI Trust Crisis.
​Today, Artificial Intelligence systems produce massive amounts of data and critical decisions, yet they lack one essential element: proof. We cannot truly verify what an AI model was trained on, who altered it, or how its conclusions were reached. This opacity creates a massive barrier to the adoption of AI in sensitive fields like healthcare, law, and finance.
​Hemi provides the necessary infrastructure for Verifiable Intelligence and Digital History.
​By utilizing its Bitcoin-anchored architecture, Hemi allows AI models, datasets, and digital outputs to be permanently tied to unchangeable cryptographic records. This means:
​Models are Auditable: The history, version, and training data of any AI model are sealed and protected by Bitcoin’s security, creating an ironclad, permanent audit trail.
​Content is Proven: Digital artifacts generated by certified AI models can be cryptographically signed, making it easy to distinguish authentic, trusted content from malicious deepfakes or forgeries.
​The world doesn't just need faster AI; it needs accountable AI. Hemi makes that possible by transforming intelligence itself into something that can be perpetually proven and trusted.
​A Unified Future
​Hemi The Network is constructing the unified infrastructure for a decentralized future. By resolving the security-versus-flexibility trade-off, it is creating a powerful engine for innovation. It unlocks Bitcoin’s potential for builders, guarantees unparalleled finality for users, and provides the essential layer of trust needed for the future of Artificial Intelligence. This quiet revolution is positioning Hemi not just as a player in the market, but as the foundational layer for the next chapter of the internet.
$HEMI

Decentralized Finance (DeFi) promised a revolution in lending, eliminating middlemen and offering open access. Yet, the initial iteration of the DeFi lending market, characterized by massive, aggregated liquidity pools, quickly revealed its own set of limitations. While capital flowed freely, a large portion of it remained underutilized—a state of inefficient abundance.
​Enter Morpho, a protocol designed not to replace established lending giants, but to make them inherently better. Morpho is the smart layer that sits atop existing protocols, transforming clumsy, monolithic pools into a highly flexible and efficient peer-to-peer matching engine.
​The Problem with the Pool
​In the early days of DeFi lending, platforms relied on enormous, unified pools to manage capital. Lenders deposited funds into these pools, and borrowers drew from them. This system worked, but it suffered from two core inefficiencies:
​Averaged Interest Rates: Interest rates for both borrowers and lenders were determined by the overall utilization of the entire pool. If a pool had huge amounts of unused liquidity, lenders earned low rates, even if there was a willing borrower right there. Similarly, borrowers might pay more than necessary because their rate was averaged across the whole market. This generic approach failed to reward or penalize based on precise supply and demand.
​Capital Inefficiency: Huge amounts of funds often sat idle within these pools simply waiting. While liquidity seemed abundant, this capital was in an inefficient state, unable to generate maximum returns for its owners.
​This reliance on a unified pool created a ceiling on the value and flexibility that decentralized lending could offer.
​Morpho's Peer-to-Peer Solution
​Morpho proposed a fundamental new idea: lending does not have to rely on a single, aggregated pool. The core concept of Morpho is refined matching.
​Instead of depositing funds blindly into a generalized pool, Morpho works by attempting to match individual lenders and borrowers directly, creating efficient, point-to-point transactions.
​1. The Layer of Optimization
​Crucially, Morpho doesn't force users to choose between its new peer-to-peer model and the security of existing major protocols (like Aave or Compound). Instead, Morpho acts as a non-custodial optimization layer on top of these established pools.
​When a user deposits or borrows through Morpho, the protocol first attempts to find a direct, peer-to-peer match within its network.
​If a direct match is found, the transaction occurs directly between the two users at a highly optimized, mutually beneficial interest rate—often better than the standard pool rate.
​If a match cannot be found immediately, the funds seamlessly fall back to the underlying, large liquidity pool (Aave or Compound). This ensures instant liquidity and execution for all users, offering the best of both worlds: optimization when possible, guaranteed liquidity always.
​2. Greater Efficiency and Flexibility
​This dual-layered approach drives significant improvements in efficiency:
​Higher Yields for Lenders: Lenders matched directly with borrowers earn a higher APY because they capture more of the rate spread that was previously absorbed by the pool’s averaging mechanism.
​Lower Rates for Borrowers: Borrowers enjoy lower interest rates when matched directly, reducing their cost of capital and making leverage more sustainable.
​Improved Capital Utilization: By moving capital into direct matches, Morpho helps drain the inefficient, idle liquidity from the underlying pools, making the entire DeFi ecosystem healthier.
​By transitioning from a generalized pool approach to refined peer-to-peer matching, Morpho has successfully made decentralized lending more efficient and flexible. It's not a destroyer of established DeFi; it's the intelligent upgrade that ensures capital is always flowing to where it can generate the greatest value, ushering in the next era of streamlined, optimal decentralized finance.
#Morpho @Morpho Labs 🦋 $MORPHO

For years, the success of Ethereum has been hampered by one major challenge: scalability. High fees and slow transaction speeds have restricted its potential, making everyday use costly and impractical. Today, the solution isn't just theory—it’s a reality being built by projects like Linea, Polygon zkEVM, and Scroll, all leveraging the most promising technology available: zk-rollups (Zero-Knowledge Rollups).
​The Power of the zk-Rollup Engine
​zk-rollups represent a quantum leap in blockchain engineering. Their core function is ingeniously simple yet technically complex: they move the heavy lifting of transaction processing off-chain.
​Imagine Ethereum as a busy courthouse. Instead of having every small case heard and verified on the main floor (the Ethereum mainnet), zk-rollups batch thousands of transactions together off-site. They then use zero-knowledge proof technology to generate a tiny, cryptographic receipt (the "proof") that mathematically confirms all those transactions were valid—without revealing any of the sensitive data. This compact proof is then submitted back to the Ethereum mainnet.
​This process offers a profound advantage: it maintains Ethereum’s ironclad security because the main chain is still responsible for final verification, all while dramatically reducing costs and increasing throughput. The result is a network that is both fast and cheap, without compromising decentralization.
​United by a Goal, Divided by Design
​While Linea, Polygon zkEVM, and Scroll all share the common goal of providing transactions that are faster, cheaper, and secured by Ethereum, the design routes, technical trade-offs, and development experiences of the three projects differ significantly. Each is taking a slightly different "path" to achieve the same destination.
​1. Polygon zkEVM: The Veteran’s Approach
​Polygon, already a powerhouse in the scaling landscape, introduced its zkEVM as a continuation of its strong ecosystem. Polygon’s approach focuses on high compatibility and leveraging its existing community and developer tools. Its path emphasizes a rapid route to full functionality, building on years of scaling experience to deliver a product that integrates smoothly with established decentralized applications (dApps).
​2. Scroll: The Community-Driven Path
​Scroll is known for its deep commitment to technical purity and open-source collaboration. Developed with strong ties to the Ethereum Foundation research teams, Scroll has focused on achieving near-perfect EVM (Ethereum Virtual Machine) compatibility. This means developers can move their existing Ethereum code and dApps to Scroll with minimal changes, promising a seamless transition for the entire developer community.
​3. Linea: The Corporate Powerhouse
​Linea, developed by ConsenSys (the company behind MetaMask and Infura), benefits from decades of experience building crucial infrastructure for the Ethereum ecosystem. Linea is designed for developer accessibility and enterprise adoption. By leaning on established tools and known workflows, Linea’s path aims to onboard the next generation of users and large-scale businesses, making the zk-rollup experience as smooth and user-friendly as possible.
​The Race to EVM Equivalence
​The competition between these three is primarily focused on achieving EVM equivalence—a level of compatibility so high that they effectively become extensions of Ethereum itself. The nuances in their technical architecture—how proofs are generated, how data is compressed, and how easily developers can migrate—will determine which project ultimately captures the largest share of the market.
​Ultimately, the competition between Linea, Polygon zkEVM, and Scroll is a boon for the entire ecosystem. It accelerates innovation, refines the technology, and guarantees that Ethereum—the foundational layer of decentralized finance—will finally be ready for global, mainstream adoption. Their success is Ethereum's success.
#Linea @Linea.eth $LINEA

#Plasma / @Plasma / $XPL
​In the loud, fast-moving world of blockchain, innovation often feels like a competition for the loudest microphone. We hear endless talk about modular scaling, complex AI integrations, and speculative assets. But away from the noise, a quiet revolution is taking root—one focused not on promises, but on practicality. That revolution is centered around Plasma.
​Plasma isn't chasing the hype cycle; it's focused on solving the most fundamental problem in digital finance: reliable money movement.
​From Speculation to Settlement
​For years, the crypto space has struggled to bridge the gap between digital potential and real-world utility. High fees, slow speeds, and regulatory uncertainty often turned simple payments into frustrating hurdles. Plasma is designed to change this by creating the foundational infrastructure for finance that actually works.
​Its core mission is to build robust stablecoin rails. This is critical. Stablecoins—digital tokens pegged to real-world assets like the US Dollar—are the essential link between the blockchain economy and everyday commerce. Plasma is dedicated to ensuring these transfers are fast, cheap, and secure, laying the groundwork for real-time, global payments.
​The team behind this effort understood a key flaw in many existing networks: stablecoin transfers were often an afterthought, shoehorned onto chains built for other purposes. Plasma flips that script. It’s building a layer from the ground up that is explicitly optimized for stablecoin transfers. This strategic focus ensures maximum efficiency and stability.
​The Power of Regulation and Scale
​What truly separates Plasma from many early-stage crypto projects is its commitment to operating within a regulated framework. This isn't just about compliance; it's about making the network viable for serious institutional adoption, large-scale businesses, and everyday consumers who demand security and predictability. By embracing regulatory clarity, Plasma ensures that its network can truly scale without fear of disruption.
​This shift is profoundly important. It means the story of Plasma isn't about speculative bets or buzzwords anymore. It’s about creating a payment highway that can connect the blockchain world to traditional financial systems without the usual friction.
​Plasma is shifting the industry’s center of gravity. As the market eventually tires of chasing abstract narratives, it will inevitably pivot toward technologies that deliver genuine, practical value. When that moment comes, the network that has been quietly building and moving—not just talking—will be ready to take center stage.
​Plasma is proving that sometimes, the most important work is done in silence. It’s becoming the chain where the future of real payments is being built, one seamless transaction at a time.
$XPL

For over a decade, the two giants of the decentralized world, Bitcoin and Ethereum, have stood largely apart. Bitcoin represents the gold standard of digital security, a fortress of immutable value. Ethereum represents the future of programmable logic, hosting vast universes of decentralized applications (dApps) and smart contracts.
​Developers and users have always faced a painful choice: Do you choose the unwavering permanence of Bitcoin or the unbounded flexibility of Ethereum?
​The narrative is changing. Hemi The Network is the pioneering architecture that eliminates this choice. It is not designed to compete with these giants but to converge them, forging a unified "Super-Network Infrastructure" that finally unlocks the full programmable power of Bitcoin, while establishing a necessary layer of verifiable truth for the coming era of Artificial Intelligence.
​Finality Redefined: Trust as Mathematics
​At the core of Hemi’s vision is a fundamental concept: finality.
​In the digital world, "finality" is the guarantee that a transaction is permanent, irreversible, and absolutely trustworthy. In traditional blockchain systems, finality is often a trade-off: fast transactions might be easier to reverse (less final), while fully secured transactions are slow.
​Hemi answers the question, “When can I trust it?” by turning finality into something as solid and immutable as mathematics itself. It achieves this by fusing the strengths of the two leading networks:
​Ethereum Logic: Hemi provides a fully compatible environment where developers can deploy smart contracts using familiar Ethereum tools and code.​Bitcoin Settlement: Once those contracts execute, their outcome settles with the immutability and security of Bitcoin’s Proof-of-Work (PoW) consensus.​This reconciliation is achieved through Hemi’s proprietary security mechanism, Proof-of-Proof (PoP), and its core engine, the Hemi Virtual Machine (hVM).
​The Technical Backbone: hVM and Proof-of-Proof
​The convergence of Bitcoin and Ethereum is a monumental technical feat, solved by Hemi through two key innovations:
​1. The Hemi Virtual Machine (hVM)
​The hVM is the core execution layer—a profound upgrade to the standard Ethereum Virtual Machine (EVM). It does something revolutionary: it embeds a full Bitcoin node directly inside the EVM-compatible environment.
​Imagine an engine that can natively "read" and "understand" the Bitcoin chain in real-time. This eliminates the need for insecure, centralized "wrapped" assets or complex, third-party oracle solutions to verify Bitcoin's state. Smart contracts on Hemi gain direct visibility into the Bitcoin network's deepest data, including its Unspent Transaction Output (UTXO) model, block headers, and transaction details.
​The result is a new era of "BTCFi" (Bitcoin Finance): Developers can now build sophisticated applications—lending, staking, collateralization, and yield generation—using native, real Bitcoin as a composable asset, not a synthetic substitute. Bitcoin transforms from passive digital gold into dynamic, programmable capital.
​2. Proof-of-Proof (PoP) Consensus
​To ensure that this new programmable layer inherits Bitcoin’s gold-standard security, Hemi employs its custom Proof-of-Proof (PoP) consensus.
​PoP is an additive security protocol. It works by having specialized PoP Miners periodically publish cryptographic proofs (like time-stamped, unalterable receipts) of Hemi’s entire network state onto the Bitcoin blockchain.
​This process permanently "anchors" Hemi’s chain to Bitcoin’s history. To tamper with a Hemi transaction, an attacker would not only need to compromise Hemi's own security but would also have to successfully execute a highly improbable 51% attack on the massive Bitcoin network itself. After a short delay (typically a few Bitcoin block confirmations), this anchoring process delivers what Hemi calls Superfinality—a level of irreversible security that surpasses even that of Bitcoin alone.
​The Ultimate Use Case: Verifiable Intelligence and Digital History
​The same robust architecture that secures programmable Bitcoin also solves one of the most pressing challenges of the coming decade: the AI Trust Crisis.
​As Artificial Intelligence systems generate more critical data, content, and decisions—from medical diagnoses to financial projections—society faces a crisis of verifiability. How do we prove that an AI model was trained on uncompromised data? How do we audit a complex decision?
​Hemi’s Bitcoin-anchored architecture provides the necessary solution: Verifiable Intelligence and Digital History.
​Proof, Not Promises: Hemi allows the entire lifecycle of an AI asset—the model’s training data, its specific version, and every output it generates—to be permanently tied to cryptographic records.
​Immutability for Accountability: Because these records are secured by Bitcoin's finality, they cannot be falsified, deleted, or retroactively altered. This provides a permanent, auditable trail.
​This capability is essential for regulated industries. In finance, it allows regulators to audit the exact model that made a trade. In the media, it offers a powerful defense against deepfakes by allowing content producers to cryptographically sign their genuine AI-generated work, proving its origin. The world doesn't just need faster AI; it needs accountable AI.
​The Foundation of the Super-Network
​Hemi is more than a Layer 2; it is a dedicated foundation for a truly unified Web3. It creates an environment where:
​Liquidity Flows Freely: The HEMI token and its Tunnels mechanism enable assets to move securely and natively between Bitcoin, Hemi, and Ethereum without relying on risky custodial bridges.
​Trust is Inherited: Every dApp, every transaction, and every AI output built on Hemi inherits the time-tested security of the Bitcoin network.
​Innovation is Unlocked: Developers are empowered by Ethereum’s flexible tooling to build a new class of Bitcoin-native applications that were previously impossible, ushering in the true BTCFi renaissance.
​By solving the paradox of permanence versus programmability, Hemi is not just charting Bitcoin’s next chapter in DeFi—it is constructing the digital infrastructure for a future where trust is guaranteed, where intelligence is verifiable, and where the two most powerful networks in crypto finally work as one.
#Hemi
@Hemi
$HEMI

#Hemi / @Hemi / $HEMI
In the fast-moving world of cryptocurrency, investors are always searching for projects that offer real value, long-term potential, and consistent rewards. Hami Token stands out by delivering a unique and powerful approach to passive income—one that allows holders to earn automatically, simply by owning the token. This model has made Hami Token a rising name among investors who want sustainable growth without complicated staking setups or high barriers to entry.
At the heart of Hami Token is its automated fee-reward mechanism. Every time a transaction takes place within the ecosystem—whether someone is buying, selling, or transferring HAMI—a small fee is collected. Instead of going to a central authority or being wasted, this fee is redistributed to all token holders. That means your wallet grows with every movement in the market, even if you’re not actively trading. It’s a seamless way to build wealth over time, powered by community activity.
This system creates a powerful cycle: more transactions mean more rewards, and more rewards attract more long-term holders. The result is a healthy, engaged ecosystem where everyone benefits from growth. Holders don’t have to lock up tokens, sign up for complicated platforms, or spend extra money to earn. The earning process is automatic, transparent, and built directly into the smart contract.
One of Hami Token’s strongest advantages is that it aligns incentives for all users. Traders gain a dynamic market, holders enjoy ongoing rewards, and the ecosystem becomes stronger with each transaction. This creates a passive income stream that feels effortless—your tokens work for you around the clock.
Beyond rewarding holders, Hami Token is also building for the future. Its focus on multi-chain interoperability and expanding utility gives investors confidence that the project is not just a short-term hype but a long-term vision. By connecting across different blockchains, HAMI aims to increase accessibility, liquidity, and overall growth potential.
For anyone looking to generate wealth in a simple, reliable, and modern way, Hami Token offers a powerful opportunity. Its automated transaction fee rewards give everyday holders the chance to earn continuously without extra effort. As the ecosystem expands and more users join the network, the passive income potential becomes even stronger.
Hami Token isn’t just a digital asset—it’s a smart pathway to long-term financial growth.
$HEMI

Hey dear #Hemi #community
A digital systems continue to shape nearly every part of our daily lives, the need for trustworthy and verifiable technology has become more urgent than ever. From financial transactions to identity verification to AI-generated content, the world is producing information at a scale we’ve never seen before. But with this rapid growth comes a major challenge: How do we ensure the integrity of what we see, use, and rely on? This is where the power of cryptographic assurances becomes essential, especially when they are woven directly into a programmable ecosystem.
Cryptographic assurances provide the foundation for digital trust. They enable systems to confirm authenticity, verify data, and ensure that interactions remain secure and tamper-resistant. On their own, these assurances are already powerful. But when combined with a programmable environment—one where smart contracts, automation, and logic drive operations—they become transformative.
A programmable ecosystem allows developers to build applications that automatically enforce rules, execute actions, and manage digital value without middlemen. When cryptographic guarantees are integrated into this environment, the result is a system where trust is built into every layer. Every transaction, every piece of information, and every operation can be validated with mathematical certainty rather than assumptions.
This integration unlocks a wide range of possibilities. Financial platforms can ensure transparent settlement and error-free transactions. Supply-chain systems can verify the origin and movement of goods with full traceability. Identity frameworks can authenticate users without exposing sensitive data. Even AI models can attach verifiable proofs to the content they generate, helping users distinguish between real and manipulated outputs.
For developers, building on a programmable ecosystem with built-in cryptographic validation means greater security and reliability. Applications become more predictable, harder to exploit, and easier to scale. For users, it creates a digital environment where interactions feel safer, cleaner, and more trustworthy.
Most importantly, this combination forms the backbone of a new digital economy—one that prioritizes transparency, verifiability, and automation. Instead of relying on centralized entities to manage trust, the system itself becomes the guarantor.
Integrating cryptographic assurances into a programmable ecosystem is not just a technical improvement; it represents the next major evolution in how we build and secure digital systems. It lays the groundwork for a future where trust is automated, information is verifiable, and innovation is bound only by imagination—not by uncertainty.
#Hemi @Hemi $HEMI

Decentralized finance has unlocked a new world of open, permissionless financial services. Yet despite rapid innovation, one area of DeFi still struggles with inefficiency: lending. Traditional lending protocols rely heavily on large liquidity pools where funds sit collectively, and interest rates depend solely on the balance between borrowers and lenders inside those pools. While this model helped DeFi gain early traction, it leaves major gaps in capital utilization, fairness, and performance. Morpho steps forward with a fresh approach designed to bring true efficiency back to decentralized lending.
Morpho introduces a smarter peer-to-peer mechanism that directly matches lenders with borrowers whenever possible. Instead of relying entirely on pooled liquidity, Morpho focuses on personalized matches that create better interest rates for both sides. Lenders earn more, borrowers pay less, and the system functions with greater economic balance. This shift doesn’t replace existing protocols; instead, it enhances them by building on top of platforms like Aave and Compound. With this blended model, users enjoy the security and continuous liquidity of established pools alongside the higher efficiency of peer-to-peer lending.
One of Morpho’s greatest strengths is its ability to optimize capital flow. In conventional pools, much of the capital often sits unused, generating minimal yield. Morpho solves this by ensuring funds are put to work more effectively through direct matching. When a perfect match isn’t available, the protocol seamlessly leans on existing liquidity pools, ensuring users never face downtime or accessibility issues.
For borrowers, Morpho creates a fairer environment with interest rates that better reflect real market conditions. Instead of paying inflated fees driven by inefficient pool mechanics, they gain access to competitive rates that adjust based on supply and demand from both sides of the marketplace. For lenders, Morpho offers an opportunity to earn more without taking on additional risk, making it a valuable tool for maximizing returns.
Morpho’s design also remains fully non-custodial, meaning users maintain complete control over their assets at all times. This preserves the transparency, security, and decentralization that define the spirit of DeFi.
In a space crowded with promises of innovation, Morpho stands out by delivering practical improvement. It brings rational economics back to lending, enhances capital efficiency, and creates a more balanced ecosystem for all participants. Morpho doesn’t just upgrade DeFi lending — it redefines it.
#Morpho @Morpho Labs 🦋
$MORPHO

Hey dear friends 💞💞💞
As blockchain adoption accelerates across the world, the demand for faster, cheaper, and more efficient transactions continues to rise. Ethereum, the network that powers millions of users and countless decentralized applications, remains the foundation of Web3. But with growing activity comes congestion, high fees, and scalability challenges. Linea emerges as a powerful answer to these limitations — a cutting-edge Layer-2 ZK Rollup network created to elevate Ethereum into its next era of performance and accessibility.
Linea is powered by a zkEVM, a technology that combines zero-knowledge proofs with full Ethereum compatibility. This means developers can build on Linea using the same tools, smart contracts, and coding environments they already know, while gaining the benefits of faster and more affordable transactions. Linea doesn’t reinvent Ethereum; instead, it amplifies its strengths and solves its bottlenecks.
At its core, Linea batches thousands of transactions off-chain and then verifies them on Ethereum using zero-knowledge proofs. This approach drastically reduces gas fees, increases throughput, and maintains the security and decentralization of Ethereum’s main layer. Users can interact with DeFi platforms, NFT marketplaces, gaming apps, and other decentralized services without worrying about unpredictable transaction costs or long confirmation times.
For developers, Linea opens a streamlined path to scale their applications. Since it is fully compatible with the Ethereum Virtual Machine, deployment is seamless, and existing projects can migrate without friction. The network also offers predictable fees, improved user experience, and a smooth environment for building high-performance dApps.
What truly sets Linea apart is its commitment to simplicity and reliability. The network focuses on delivering real efficiency, not hype. It brings together advanced cryptography, robust engineering, and a friendly development ecosystem to create a Layer-2 network that feels natural to use — even for newcomers.
As more industries explore blockchain for payments, digital assets, identity solutions, and decentralized services, scalability becomes essential. Linea ensures Ethereum is ready for this next wave of global demand. It supports high-volume transactions, empowers developers, and gives users a faster and more cost-effective experience — without sacrificing security.
Linea is more than a technical upgrade; it represents the next step in Ethereum’s evolution. By merging zero-knowledge technology with complete EVM compatibility, it paves the way for a scalable future where millions more people can access the power of decentralized applications with ease.
#Linea @Linea.eth $LINEA