Bullish 09

Introduction: Rethinking the Foundations of DeFi

Decentralized Finance (DeFi) has reshaped how people interact with money — introducing open, permissionless access to lending, trading, and yield generation. Yet despite its innovation, DeFi still grapples with deep-rooted inefficiencies: capital is often locked in isolated pools, cross-chain liquidity is fragmented, and yield opportunities remain concentrated in the hands of a few sophisticated players.

Mitosis emerges as a groundbreaking protocol that redefines how liquidity operates in DeFi. Instead of treating liquidity as a static resource, Mitosis transforms it into a programmable, composable asset — capable of being engineered, repurposed, and deployed across multiple ecosystems.

By blending democratized yield access, cross-chain liquidity, and advanced financial engineering, Mitosis seeks to build a new financial infrastructure — one that is efficient, equitable, and endlessly composable.

The Problem: Inefficiencies in Today’s DeFi Landscape

Before understanding how Mitosis changes the game, it’s important to look at the challenges it aims to solve:

1. Idle and Isolated Capital

In current DeFi systems, liquidity often becomes “trapped” within pools or vaults. Once locked, it cannot participate elsewhere — severely reducing capital efficiency.

2. Unequal Access to Yields

Many lucrative yield opportunities are exclusive to large institutions or whales. Smaller users are often limited to lower-return strategies, leading to unequal yield distribution.

3. Fragmentation Across Chains

With the rise of multi-chain ecosystems, liquidity is dispersed across Ethereum, Arbitrum, Solana, and others — creating fragmented, siloed markets and higher transaction overheads.

4. Limited Composability

Traditional liquidity tokens (like LP tokens) have restricted utility — they can’t easily be traded, borrowed against, or split into different yield components.

5. Mercenary Liquidity

Liquidity often chases short-term incentives and quickly exits when rewards decline, creating unstable markets and volatility in Total Value Locked (TVL).

Mitosis addresses these structural inefficiencies with a new liquidity paradigm — one where capital becomes modular, movable, and programmable.

What Is Mitosis?

Mitosis is a DeFi protocol that tokenizes and modularizes liquidity positions, allowing them to function like programmable financial components. Its vision is to make liquidity composable, flexible, and cross-chain aware, transforming how yield is generated, shared, and used.

Core Goals:

Democratize Yield Access: Level the playing field by pooling liquidity so everyone can benefit from institutional-grade yield.

Maximize Efficiency: Allow liquidity to flow freely across strategies and chains.

Enable Financial Engineering: Treat yield as a composable asset that can be traded, split, or restructured.

Foster Collective Governance: Let the community steer liquidity deployment through transparent decision-making.

In essence, Mitosis acts as a liquidity operating system — a foundational layer for next-generation DeFi applications.

How Mitosis Works: The Architecture

Mitosis is built around a hub-and-spoke architecture, combining Vaults, Hub Assets, and two liquidity deployment frameworks — EOL and Matrix.

🧱 1. Vaults: Entry Points for Liquidity

Users deposit assets (like ETH, USDC, or BTC) into Vaults located on various blockchains. These vaults serve as secure aggregation points, locking the underlying capital.

When a deposit is made, Mitosis mints a corresponding Hub Asset — a tokenized representation of the user’s liquidity.

For example:

> Deposit 10 ETH into the Ethereum Vault → Receive 10 hETH (Hub ETH)

These Hub Assets live on the Mitosis Chain, enabling cross-chain mobility and composability.

🧠 2. Hub Assets: Programmable Liquidity Units

Hub Assets are 1:1-backed tokens that represent locked capital. Unlike static LP tokens, Hub Assets are programmable — meaning they can be traded, staked, used as collateral, or split into different financial components.

This abstraction separates custody (where the funds are stored) from utility (where they’re deployed), unlocking true capital flexibility.

⚙️ 3. Liquidity Deployment Frameworks

A. EOL (Ecosystem-Owned Liquidity)

A collective liquidity pool governed by Mitosis token holders.

Users deposit Hub Assets into the EOL system and receive miAssets, representing ownership and voting power.

Through governance, the community decides how to allocate liquidity across chains and strategies.

This pooled approach lets even small depositors access premium yield opportunities.

B. Matrix

A campaign-based liquidity framework for targeted deployments.

Users stake Hub Assets in specific Matrix campaigns and receive maAssets.

Each campaign has unique parameters — lockup periods, reward structures, and risk profiles.

Ideal for users seeking customized yield exposure.

Together, EOL and Matrix provide both collective control and individual flexibility.

🧩 4. Programmability & Composability

Mitosis introduces the concept of financial programmability, where liquidity tokens are not just representations but building blocks.

Key features include:

Trading: miAssets and maAssets can be traded on decentralized exchanges.

Collateralization: Use them as collateral in lending markets.

Decomposition: Separate tokens into principal and yield components (via the Spindle module).

Structured Products: Combine different assets to create fixed income or derivative instruments.

This enables advanced financial engineering, turning passive yield into active capital.

🔁 5. Cross-Chain Coordination

Mitosis employs a hub-chain model to unify fragmented liquidity:

Assets are stored in vaults across multiple chains.

Hub Assets live on the Mitosis Chain.

Cross-chain messages synchronize actions and strategy deployments.

Liquidity can seamlessly shift to where it’s most productive — without user intervention.

This cross-chain layer ensures fluid, borderless capital across ecosystems.

🏛️ 6. Governance & Security

Governance Token: $MITO gives holders voting power over strategies, allocations, and upgrades.

Whitelisted Strategies: Only approved strategies can deploy capital, reducing risk.

Withdrawal Delays: A built-in delay period ensures system stability during exits.

Audits & Safeguards: Contracts undergo third-party audits to minimize vulnerabilities.

Economic Security Layers: Potential integration with frameworks like EigenLayer to reinforce trust and scalability.

From Deposit to Yield: A User Journey

Let’s walk through an example:

1. Alice deposits 10 ETH into the Ethereum Vault.

2. She receives 10 hETH on the Mitosis Chain.

3. She stakes hETH into EOL, earning 10 miETH.

4. Governance deploys EOL capital into high-yield strategies across Arbitrum and Base.

5. Yields accumulate — new Hub Assets are minted and distributed proportionally.

6. Alice can trade miETH, use it as collateral, or redeem it later for ETH (after a delay).

This flow showcases how capital becomes dynamic, composable, and more profitable.

Why Mitosis Matters: Key Benefits

🔹 1. Superior Capital Efficiency

No more idle assets — liquidity can work across multiple strategies and chains simultaneously.

🔹 2. Democratized Yield

Pooling liquidity unlocks access to strategies once limited to whales or institutions.

🔹 3. Composability & Flexibility

Programmable tokens enable entirely new classes of DeFi products and derivatives.

🔹 4. Stability

Collective governance and reduced reliance on mercenary incentives lead to stickier liquidity.

🔹 5. Unified Cross-Chain Liquidity

Mitosis consolidates fragmented capital, creating a truly interoperable liquidity network.

Challenges Ahead

Despite its promise, Mitosis faces notable hurdles:

Complexity: Programmable liquidity is powerful but introduces operational complexity.

Smart Contract Risk: More components mean a larger attack surface.

Governance Capture: Ensuring decentralization and fair voting is critical.

Adoption Curve: Developers and protocols must embrace this new model for it to thrive.

Regulatory Oversight: Yield splitting and synthetic instruments may draw attention from regulators.

Success depends on robust auditing, community participation, and careful risk management.

The Future Vision: A Liquidity Operating System

Mitosis isn’t just another DeFi protocol — it’s an infrastructure layer for programmable liquidity. By abstracting and modularizing capital, it could power a wave of next-generation financial applications, including:

On-chain fixed income markets

Yield derivatives and insurance products

Dynamic liquidity routers

Cross-chain asset managers

In time, Mitosis could become the “liquidity kernel” of DeFi — a universal backbone where capital flows intelligently across networks.

Conclusion: Toward a More Efficient DeFi

Mitosis represents a bold step toward solving DeFi’s core inefficiencies. By turning liquidity into a programmable, composable asset, it unlocks new levels of efficiency, accessibility, and innovation.

If DeFi 1.0 was about decentralizing finance, Mitosis embodies DeFi 2.0+ — where liquidity becomes intelligent, modular, and democratized.

The journey is still unfolding, but one thing is clear: programmable liquidity is poised to redefine how value moves, grows, and compounds in the
decentralized economy.

@Mitosis Official
#Mitosis
$MITO

> “When your users expect every tap, move, or click to land instantly, the rules change.”

That’s the promise Somnia is trying to deliver: an EVM-compatible blockchain that feels like Web2 and responds like your favorite game engine, yet has the openness and composability of Web3.

Chapter 1: Why Somnia Even Matters

Blockchains today do a lot. They handle tokens, NFTs, decentralized finance, and governance. But they struggle when you try to layer on games, social apps, or metaverse experiences where thousands—or hundreds of thousands—of people interact in real time.

Latency kills the vibe: Even a delay of a second or two ruins the experience in an online game or live virtual world.

Throughput bottlenecks: When everything has to funnel through a single chain, it chokes under high demand.

Tooling friction: Many high-performance blockchains force developers to learn new languages, VMs, or frameworks.

Somnia’s bold thesis: you should be able to build a game, put it fully on chain, and have it feel as smooth as any centralized backend—without compromising decentralization, composability, or security.

To do that, Somnia is marrying two worlds: the rich developer ecosystem of Ethereum (via EVM compatibility) and next-generation scalability innovations that push state, execution, and consensus in new ways.

Chapter 2: The Players & the Genesis

Somnia is born from a collaboration:

Improbable (UK) brings deep experience in scaling virtual worlds and distributed systems.

The Somnia Foundation oversees the public infrastructure, open standards, and ecosystem growth.

Before launch, Somnia already made bold claims: during a six-month testnet, it reportedly processed over 2 billion transactions, touched 110 million wallets, and onboarded 60 validators and 70+ ecosystem projects.

At launch on September 2, 2025, Somnia introduced its native token SOMI and declared itself live for consumer applications.

Backers are serious: Improbable, MSquared, and others have committed $270 million in support for ecosystem incentives and growth.

Chapter 3: The Technical Heart — What Makes Somnia Tick

Here’s where Somnia’s architecture tries to break the mold.

3.1 MultiStream Consensus: Parallel Streams, One Reality

Most blockchains produce a single chain of blocks in series. Somnia instead gives each validator its own data chain where it can append transactions independently. Then, a consensus chain validates and orders the heads of every data chain into a unified sequence.

This lets validators ingest and propagate transactions in parallel, but preserves a single canonical ordering for global execution.

Because the consensus layer is lighter (only ordering and finalizing), and the heavy lifting of propagation is distributed, Somnia can scale ingestion without creating chaos in ordering.

3.2 Accelerated Sequential Execution: Go Fast on One Core

Instead of trying to aggressively parallelize execution (which often hits conflicts when many users touch the same contract), Somnia focuses on making single-thread execution extremely fast.

It compiles frequently used EVM bytecode into native x86 (or equivalent) machine instructions, reducing interpretation overhead.

In benchmarks, an ERC-20 token transfer can complete in hundreds of nanoseconds.

Less-used contracts stay in fallback “interpreted EVM mode,” balancing cost and performance.

3.3 IceDB: Deterministic, Predictable Storage

Storage engines (like LevelDB, RocksDB) in typical blockchains can vary wildly in latency depending on disk, caches, and I/O. Somnia solves this by introducing IceDB, a custom, deterministic database:

Every read/write reports how many cache lines or disk pages were accessed—giving a reproducible “cost” metric across nodes.

Latencies are low and stable (tens to hundreds of nanoseconds) in the common case.

This determinism enables more precise gas accounting—nodes can agree on the cost of operations based not on heuristics but actual resource usage.

3.4 Compression & Data Shaping

When you're pushing millions of transactions per second, the inter-node traffic explodes. Without mitigations, network bandwidth becomes the bottleneck.

Somnia employs:

Streaming compression: Because validators’ data streams are correlated, redundant elements can be compressed across time.

Frequent element encoding: Popular addresses or contracts get encoded more compactly.

Signature aggregation (e.g. BLS): Multiple signatures can be collapsed, reducing overhead.

Together, these reduce raw traffic and help nodes stay in sync even under high load.

Chapter 4: Bold Performance Claims & What We Know

Somnia has made some audacious performance statements—and a few measured ones. Let’s see what the data says.

What Somnia Claims:

1,000,000+ TPS (for ERC-20 transfers in test conditions) with sub-second end-to-end latency.

In benchmarks: 1.05 million TPS on ERC-20, 300,000 NFT mints/sec, 50,000 Uniswap trades/sec (on one pool) using ~100 global nodes.

During testnet: Over 2 billion total transactions processed, 80 million in one day (record among EVM chains).

70+ projects live, 60 validators onboarded before mainnet.

What We Should Observe Carefully:

Are these numbers sustained under real-world, adversarial conditions (network variation, contract hot spots, distributed nodes)?

What does performance look like when many users hit the same contract (e.g., NFT mints) rather than isolated token transfers?

How many nodes, regionally distributed, can maintain low latency and catch up under load?

What percentage of peak claims hold when state becomes large (many accounts, huge contract storage)?

Somnia’s claims are promising and possibly revolutionary, but like all new chains, time and independent benchmarks will tell.

Chapter 5: SOMI Token & Economics

Every chain needs an economy underneath. Here’s what Somnia has laid out so far—but with room to evolve.

Token: SOMI (native to Somnia)

Utility: Gas/transaction fees, staking rewards (validators), ecosystem grants, governance incentives.

Supply & Vesting: In some reports, the total supply is 1 billion SOMI, with allocations across team, investors, ecosystem funds, and community rewards.

~16% was reportedly in circulation at TGE.

Team and investor allocations vest over several years after a 12-month cliff.

Staking requirement (claims): To run a validator, a 5,000,000 SOMI stake is needed in early phases (this is high, so delegation is expected).

The economic design seeks to align long-term incentives—locking core allocations early, enabling ecosystem funding, and rewarding participants over time rather than dumping early.

Chapter 6: Use Cases & Ecosystem Vision

Somnia isn’t trying to be just another L1—it has a worldview: an on-chain “virtual society OS” where social, financial, creative, and game experiences seamlessly interoperate.

6.1 Fully On-Chain Games & Virtual Worlds

Imagine a multiplayer game where every character, item, physics simulation, and world state is stored onchain. No backend server you control; all users interact with the public state. Somnia is built for that ambition.

Because of sub-second finality and high throughput, developers can design games without offloading critical logic to centralized servers.

6.2 Social Platforms, Content & Reputation Systems

In a social network powered by Somnia, posting, editing, commenting, and reputation updates can be on-chain, persistent, censorship-resistant, and portable across front-end apps.

Your identity, friends, and history live with you—any app connecting to Somnia can read and build upon it.

6.3 Composability Meets Performance

Because Somnia is EVM-compatible, all the DeFi, NFT, and developer tooling in Ethereum’s ecosystem can be tapped—without sacrificing performance. Developers can mix game logic, governance, asset systems, and financial mechanics in one chain.

6.4 Cross-World Economy & Portability

Somnia is designed to be part of a broader metaverse fabric. Legend has it that Somnia, the Virtual Society Foundation, and MSquared intend to set open standards for cross-world assets, identity, and interoperability.

In other words: you might one day move your avatar, pets, items, or reputation between different virtual worlds, all relying on Somnia as the backbone.

Chapter 7: Strengths, Risks & What to Watch

No ambitious project is without peril. Here are Somnia’s strengths and the challenges it must overcome.

Strengths

Ambitious but focused: Rather than being a jack-of-all-trades L1, Somnia bets on real-time consumer experiences.

Developer friendliness: EVM compatibility lowers barriers to migration and adoption.

Innovative architecture: MultiStream, IceDB, compression, and native compilation all chip away at the classic blockchain bottlenecks.

Strong backing and capital support: $270M committed to the ecosystem gives breathing room to iterate.

Risks & Open Questions

Real-world durability: Will latency spikes, node dropouts, or adversarial load degrade performance?

Economic robustness: Are staking thresholds, incentive design, and token unlocks balanced to support decentralization and security over time?

Adoption challenge: To get traction, Somnia needs “killer apps” (compelling games or experiences) that bring users—and retention.

Competition: Many chains are racing on throughput claims, sharding, or novel VMs. Somnia must sustain lead or find niches where it dominates.

Openness vs optimization: Some optimization choices (e.g., deterministic storage, native compilation) may constrain flexibility or corner-case behaviors—these trade-offs must be managed carefully.

What to Watch

1. Independent benchmarks: External audits and performance tests under adversarial conditions.

2. Validator growth & decentralization: How many nodes, where geographically, and how distributed the stake becomes.

3. Ecosystem momentum: Which games, social apps, or immersive experiences launch and whether they retain user bases.

4. Token dynamics: How SOMI unlocks and market behavior evolve.

5. Governance evolution: When and how on-chain governance kicks in, and how transparent it is.

Epilogue: Could Somnia Be the Layer-1 for Life-Like Worlds?

Somnia is not just another blockchain project aiming for high throughput; it is a vision of what the next wave of experiential on-chain worlds might look like.

If Somnia delivers on its promises—million-TPS performance, sub-second finality, predictable costs, and a robust developer ecosystem—it could become the backbone for mainstream Web3 experiences: real-time games, metaverse social systems, economics built into virtual lives.

But that ambition comes with heavy expectations. It must prove its claims in the wild—not just on testn
ets—and attract creators who can build experiences users love.

@Somnia Official
#Somnia
$SOMI

In a world where artificial intelligence fuels progress but contributors remain invisible, OpenLedger steps in with a radical proposition: what if every dataset, every model, every agent was a real asset — tracked, owned, and rewarded on-chain?

This isn’t another blockchain chasing hype. It’s a purpose-built foundation for the AI economy — a network where the value behind intelligence is transparent, measurable, and liquid.

The Problem OpenLedger Solves

Today’s AI boom thrives on unseen labor. Millions contribute data, insights, and open models, yet only a handful of platforms reap the rewards. Attribution is lost. Ownership is vague. Incentives are broken.

OpenLedger changes that equation. It’s built to recognize and reward every contribution, no matter how small. It makes attribution a core protocol function, not a legal afterthought. When your data trains a model, you get paid. When your model powers an application, the value flows back to you — automatically, on-chain.

The Vision: A Fully On-Chain AI Lifecycle

OpenLedger is designed from the ground up for AI — not retrofitted.
Every stage, from data collection and training to deployment and inference, happens within a verifiable, economic layer secured by Ethereum.

It’s EVM-compatible, meaning developers can use the same tools they know — wallets, contracts, L2s — but now with AI-native primitives built in.
The result: a frictionless AI infrastructure where every computation can be measured, monetized, and audited.

Core Innovation: Proof of Attribution (PoAt)

At the heart of OpenLedger lies Proof of Attribution — a cryptographic system that measures how data influences AI outcomes.
Instead of vague acknowledgments, PoAt delivers verifiable proof of contribution:

When a dataset shapes a model’s decision, PoAt quantifies that influence.

When someone calls a model, the system calculates which data points mattered most.

Fees from that inference are distributed back to contributors automatically.

It’s a transparent economy of intelligence — every token of value linked to actual influence.

The Architecture: Built for AI Scale

OpenLedger runs on an Ethereum Layer 2 built with the OP Stack — optimized for high throughput, low cost, and composability.
It integrates EigenDA for efficient data availability, so AI-scale datasets can be verified without crushing gas fees.

The design ensures:

Speed for inference and training events

Security from Ethereum’s base layer

Compatibility with existing DeFi, tooling, and infrastructure

Everything ties together into an ecosystem where AI operations are not just possible on-chain — they’re practical, scalable, and profitable.

The Economic Engine: The $OPEN Token

Open powers every interaction in this new AI economy.
It fuels transactions, governs the protocol, and streams rewards across contributors.

Key roles include:

Gas for operations: training, inference, storage, and contract calls

Rewards: distributed to data owners, model builders, and agent operators through PoAt

Staking and security: validators and agents stake $OPEN to ensure trust

Governance: the community decides protocol evolution

A fixed supply of 1 billion tokens ensures scarcity while leaving room for ecosystem incentives, community rewards, and developer growth.

Agents That Earn

Beyond static models, OpenLedger envisions a world of autonomous agents — AI entities that live, trade, and earn on-chain.
They can:

Offer services (inference, labeling, analysis)

Stake for credibility

Earn revenue per transaction

Compete and cooperate in an open marketplace

This is the birth of a living AI economy — a network of self-sustaining digital participants, bound by code, powered by incentives.

What You Can Build

OpenLedger isn’t just a platform — it’s a canvas:

Data networks that pay contributors in real time

Model marketplaces where ownership and usage are provable

AI-powered dApps with built-in payment rails

Agent ecosystems that operate autonomously and transparently

Imagine a world where:

Every photo you contribute to a training set earns you passive income

Every model you publish becomes a revenue stream

Every agent you deploy becomes a digital business

That’s not a dream — it’s the OpenLedger blueprint.

Why It Resonates

OpenLedger captures the moment.
AI is exploding, but fairness and ownership lag behind. Web3 promised a more equitable internet; OpenLedger delivers it for AI — with real economics, verifiable proof, and unstoppable transparency.

It’s a story that spreads naturally:
“Get paid for your data.”
“Own your model’s output.”
“Turn intelligence into income.”

This isn’t marketing — it’s the new logic of digital value.

The Road Ahead

Challenges remain. Proof of Attribution must scale to massive models. Economics must balance fairness with efficiency. But the trajectory is clear: AI needs a native economy, and OpenLedger is building it.

As developers, data scientists, and creators join, each new dataset, model, and agent strengthens the ecosystem. Value compounds, ownership grows, and intelligence becomes a shared, liquid asset.

The Takeaway

OpenLedger isn’t trying to be another blockchain — it’s the economic backbone of AI.
It redefines how intelligence is valued, owned, and exchanged.
It pro
mises a world where every contribution counts, every influence is visible, and every participant gets paid.

The future of AI isn’t just smart — it’s on-chain.

@OpenLedger
#OpenLedger
$OPEN

Plume isn’t just another blockchain—it’s the ignition point of a financial shift that’s bringing trillions in real-world value on-chain. Purpose-built for Real-World Asset Finance (RWAfi), Plume is the first full-stack, EVM-compatible blockchain engineered to make tokenization, trading, compliance, and yield seamless and unstoppable.

This isn’t theory. It’s the future of finance—live, scaling, and ready for institutions.

The RWA Explosion Is Happening Now

The world’s capital markets are being rewritten on-chain.
Tokenized Treasuries, private credit, real estate, royalties, commodities—together, they’ve crossed $25B+ in 2025, and analysts are projecting trillions by 2030. Giants like BlackRock are already in, validating what’s next: yield, compliance, and liquidity powered by blockchain.

But traditional chains weren’t built for this. Compliance is patchwork, data is fragmented, and institutions need more than code—they need confidence.

Plume is that solution.

The Birth of Plume

In 2024, Plume raised $10M from Haun Ventures and Galaxy to build the first RWA-specialized Layer 2—fusing DeFi agility with institutional-grade security.
By 2025, the vision scaled up. Plume Genesis launched—a full-stack chain with its own validator set, stablecoin, tokenization engine, and compliance infrastructure.
Now it’s live, with $150M+ in RWA capital, 200+ partners, and a mission to make RWAfi unstoppable.

Built for Real Assets, Not Just Tokens

1. Arc – Instant Tokenization

Tokenize Treasuries, credit, commodities, or funds in minutes—not months. Arc’s one-click engine wraps in KYC/AML, storefronts, and built-in liquidity. Billions in committed assets are waiting.

2. Nexus – Data Meets DeFi

1,000+ real-world data feeds—macro, markets, weather—powering intelligent RWAs. Partners like Supra, Stork, Truflation, and Chronicle turn your assets into programmable finance.

3. Passport – The Smart Wallet for RWAs

Gasless onboarding, embedded compliance, real-time asset insights. A wallet built for institutions and retail alike—launching soon.

4. pUSD – The Capital Engine

Plume’s native stablecoin. Mint with USDC/USDT, earn yield, and use across all RWAfi apps. It’s the settlement layer that unifies the ecosystem.

5. Nest – RWA Yield Vaults

Stake stablecoins, access regulated vaults backed by Treasuries, credit, royalties, and more. Custodied by Coinbase Prime, Anchorage. Audited by 0xMacro, Spearbit, Pashov.

Compliance at the Core

Forget afterthoughts. Plume hardwires compliance into the chain.

Sequencer-Level AML using Forta Firewall

Partners: TRM, Chainalysis, Elliptic, Predicate

Pre-execution checks to block sanctioned funds

Fully transparent, auditable, regulator-friendly

Institutions can finally operate with confidence.

Developer-Ready, User-Friendly

EVM-Compatible: Plug in existing tooling—Hardhat, Foundry, Remix

Chain ID 98866: Live on mainnet, fully documented

Portal Access: Bridge, stake, earn, and explore in one place

Staking: Delegate and compound PLUME rewards with a 21-day cooldown

The Network That Stands Apart

General chains chase every use case.
Plume goes all-in on RWAfi—from tokenization to yield.

It’s not another crypto playground. It’s finance rebuilt for the real world.

Powering the Next Wave of Finance

Plume’s $25M Ecosystem Fund fuels tokenization startups, compliance tech, and DeFi integrations.
Backers include Galaxy Digital, Superscrypt, HashKey, Mechanism—the heavyweights of the next era.

The Plume Advantage

End-to-end RWA stack

Real-time compliance

Institutional custody

Data-rich DeFi

Yield-driven capital layer

EVM-native composability

This is not another L1. It’s the foundation of on-chain capital markets.

The Vision

In the next decade, every bond, fund, property, and loan will exist as a digital asset.
Plume is the chain turning that vision into reality—fast, compliant, and composable.
A future where trillions in real-wo
rld value move with blockchain speed.

Plume is the bridge between traditional finance and DeFi.
It’s not coming soon—it’s here.

@Plume - RWA Chain #plume
$PLUME

Blockchain has already transformed how we think about money and finance.
Bitcoin gave us a new kind of currency.
Ethereum gave us programmable value.
DeFi showed us what an open financial system could look like.

But there’s still one massive gap — the real world.
The assets that truly power the global economy — real estate, bonds, credit, commodities, and carbon — remain locked away in traditional systems.

Now, Plume is changing that.

Plume is a modular Layer 2 blockchain built for Real-World Asset Finance (RWAFi) — a new class of decentralized finance designed specifically to bring real-world assets (RWAs) on-chain.

It’s not just about tokenizing assets.
It’s about reimagining finance — making it compliant, transparent, and borderless.

🌍 Why Real-World Assets Matter

Most of the world’s wealth — trillions of dollars — lives outside the blockchain.
Properties, bonds, loans, gold, carbon credits… all are valuable but inaccessible, illiquid, and bound by slow, fragmented systems.

At the same time, blockchain networks are fast, global, and programmable — yet dominated by crypto-native tokens.

The next evolution of finance lies in bridging these two worlds.

By moving RWAs on-chain, we can:

💡 Expand access to global investors

💸 Unlock liquidity for traditionally illiquid assets

⚙️ Automate settlements, compliance, and payouts

🔍 Increase transparency and trust

That’s the vision behind Plume — to make real-world finance work natively on the blockchain.

🧱 What Is Plume?

Plume is a purpose-built blockchain designed for RWAs.
It’s not just another Layer 2 — it’s a financial infrastructure with tools and logic tailored for tokenization, compliance, and asset management.

Here’s what makes it different:

🔹 1. Modular Design

Plume is built like a toolbox — each module handling a specific job:

Tokenization – Minting on-chain tokens backed by real assets

Compliance – Enforcing KYC, AML, and jurisdictional rules

Lifecycle Management – Managing issuance, redemptions, and audits

Legal Bridges – Connecting tokens to enforceable legal rights

This modularity means flexibility — whether it’s real estate, bonds, or carbon, Plume adapts to fit the asset.

🔹 2. EVM-Compatible

Because Plume is EVM-compatible, developers can use familiar tools from Ethereum.
It integrates easily with DeFi protocols, wallets, and smart contracts, bringing real-world assets into the existing Web3 ecosystem.

It’s DeFi — upgraded for RWAFi.

🔹 3. Compliance at the Core

Unlike traditional blockchains, Plume doesn’t treat compliance as an afterthought.
It’s baked into the network.

Every transaction, user, and token can be verified, restricted, or audited.
That means:

Identity-verified participants

Jurisdiction-specific rules

On-chain reporting and audit trails

It’s a blockchain you can trust — built for institutions and individuals alike.

🔄 How Plume Works: From Asset to Token

The journey from real-world asset to on-chain token is simple — but powerful:

1. Verification – The asset (like a property or loan) is validated by trusted partners.

2. Tokenization – A digital token representing ownership or value is minted on Plume.

3. Compliance – Only verified investors can hold or trade the token.

4. Trading & Integration – Tokens move freely across DeFi protocols, lending markets, and liquidity pools.

Every step is transparent, regulated, and automated.

💡 Real Use Cases of Plume

Plume opens the door to new financial possibilities:

🏠 Real Estate – Fractionalized property ownership with global access

💳 Private Credit – Tokenized loans generating yield on-chain

💰 Treasury Bills – Safe, regulated assets available in DeFi

🌿 Carbon Credits – Transparent, verifiable environmental assets

🏅 Commodities – Gold, metals, and energy assets turned into digital tokens

With Plume, real-world value becomes digital, liquid, and programmable.

🏦 For Institutions, Builders, and Investors

Plume is designed for everyone in the financial ecosystem:

🏛 Institutions: Gain the compliance and reporting tools they need

🧑‍💻 Developers: Access modular SDKs to build new RWAFi products

🌍 Investors: Explore global, diversified portfolios of tokenized assets

It’s a collaborative platform — where TradFi and DeFi finally converge.

🚀 Why Plume Is the Future

The world is moving toward digitized finance — and tokenization is the next leap.
But without compliance, security, and interoperability, tokenization can’t scale.

Plume solves that.

By combining:

Modular architecture 🧩

Built-in compliance 🧾

EVM compatibility ⚙️

Institutional trust 🏦

Plume lays the foundation for a global tokenized economy.

This is more than technology — it’s a paradigm shift.

✨ The Future Is On Plume

We’ve seen what blockchain can do for crypto.
Now it’s time to see what it can do for the real world.

Plume is building the rails for that transformation — where real-world assets become digital, compliant, and accessible to all.

The next era of finance is:

Real 🌍

Regulated ✅

On-chain 💻

And it’s happening
on Plume.

@Plume - RWA Chain
#plume
$PLUME

🧠 The Hidden Wealth Behind AI

Every day, artificial intelligence writes stories, diagnoses diseases, powers chatbots, and optimizes financial systems. Yet behind every AI model lies an invisible network of contributors — data collectors, annotators, developers, and researchers.
They build the foundation of intelligence, but rarely share in its rewards.

In today’s system, AI is owned by platforms, not by people.
The ones who provide the intelligence — through data or model creation — often receive no recognition or income once their work is deployed.

OpenLedger is here to change that narrative.
It’s not just a blockchain — it’s a new economy for AI contributions, designed to give value and ownership back to those who make intelligence possible.

💡 The Vision: A Fair, Transparent AI Economy

OpenLedger envisions a world where:

Every dataset, model, and agent becomes a payable, traceable asset

Every contribution to AI is recorded and rewarded

Every piece of intelligence can be owned, shared, and monetized

It’s an economy where value flows to the source of intelligence — automatically, transparently, and fairly.

At the center of this revolution lies Proof of Attribution (PoA).

🔍 Proof of Attribution: The Engine of Fairness

Proof of Attribution (PoA) is OpenLedger’s defining innovation — a system that can identify who contributed what in an AI process, and how much.

Whenever an AI model runs, OpenLedger tracks:

The data that shaped the model’s understanding

The adapters and fine-tunings that improved its intelligence

The agents or applications that deploy it

PoA records this chain of influence on the blockchain and distributes payments proportionally — ensuring every contributor is compensated.

It’s the DNA of fairness in the age of artificial intelligence.

🧱 The OpenLedger Architecture

OpenLedger is built as a complete stack — turning data, models, and agents into on-chain assets with real economic value.

1. Datanets – Crowdsourced Data, Shared Rewards

Communities build domain-specific datasets (health, finance, science).
Each contributor’s data is logged and attributed, earning PoA-based income whenever used.

2. Model Factory – The Creator’s Hub

A no-code/low-code platform for developers to fine-tune or build models.
Each model carries full provenance, enabling attribution at every inference.

3. OpenLoRA – Deploying Smarter

Hosts thousands of lightweight adapters per GPU, optimizing costs.
Each adapter remains individually identifiable for rewards.

4. Agent Layer – The Application World

Agents combine data and models to perform intelligent tasks.
Every action is tracked and payable.

5. $OPEN Token – The Lifeblood of the Network

Used for:

Paying inference fees

Rewarding contributors

Governance and staking

Ecosystem growth

💰 Tokenomics Overview

Category Allocation Purpose

Community & Ecosystem 61.71% PoA rewards, grants, public goods
Team 15% Long-term alignment (12-month cliff)
Investors 18.29% Strategic support, 36-month vesting
Liquidity 5% Market operations
Total Supply 1,000,000,000 $OPEN Circulating at launch: ~21.55%

The majority goes to the community — not insiders — ensuring sustainable growth and fairness.

🔗 Ethereum Compatible, Web3 Ready

OpenLedger launches on Ethereum mainnet and bridges to a native chain.
It’s fully EVM-compatible, meaning:

You can connect existing Ethereum wallets

Reuse smart contracts and L2 tools

Integrate seamlessly with DeFi and dApps

This ensures zero friction for Web3 developers and users.

⚙️ A Real-World Example

Imagine a healthcare AI predicting disease risks.

1. A community uploads anonymized health records to a Datanet.

2. A developer fine-tunes a model using that data.

3. A hospital deploys an AI agent for diagnosis.

4. Every time the agent runs:

PoA identifies which data and model influenced the result

$OPEN tokens flow automatically to contributors

Every stakeholder earns their fair share

The entire process is transparent, traceable, and rewarding.

🌟 Why OpenLedger Matters

🧑‍💻 For Developers

Your models and adapters earn continuous income as they’re used.

🧠 For Data Providers

Your datasets become living assets — generating royalties with every inference.

🏢 For Businesses

Enjoy auditable, explainable, and compliant AI pipelines.

🌍 For the Ecosystem

OpenLedger aligns incentives — rewarding quality, transparency, and collaboration.

⚠️ The Challenges Ahead

Every great innovation comes with challenges:

Attribution complexity: Measuring influence accurately is hard.

Scalability: PoA must handle high throughput efficiently.

Regulation: Data rights and AI accountability laws are evolving.

Adoption: Building network effects among data, models, and agents.

But OpenLedger’s design — rooted in fairness and transparency — gives it the momentum to overcome these hurdles.

🔮 The Future: Intelligence as an Asset Class

OpenLedger imagines a new kind of market — one where intelligence is liquid.

Data becomes royalty-bearing capital.

Models become intellectual property with income streams.

Agents become autonomous economic actors.

It’s a future where AI is not owned by the few, but shared by the many — with blockchain ensuring every contribution is visible, verifiable, and valuable.

🧭 Final Thoughts

OpenLedger isn’t just building a blockchain — it’s building a fair economy for intelligence.

By combining AI attribution, on-chain transparency, and automated rewards, it empowers a new generation of creators, communities, and innovators.

This is the foundation of Payable AI —
A world where every idea, dataset, and model earns its worth.

> OpenLedger —
Where Intelligence Becomes Wealth.

@OpenLedger
#OpenLedger
$OPEN

Fast, scalable, and built for the future of games, entertainment, and social experiences.

🌍 Beyond Finance: The Next Frontier of Blockchain

Blockchain has already transformed how we think about money, trust, and ownership.
But the next great evolution won’t be about finance — it will be about experience.

Games, concerts, sports, virtual worlds, digital communities — these are the things that shape our daily lives online. Yet, most blockchains today can’t power them. They’re too slow, too expensive, and not built for real-time interaction.

That’s why Somnia was created — a next-generation, EVM-compatible Layer-1 blockchain designed specifically for mass consumer applications.
It’s built for games that feel alive, concerts that connect millions, and worlds that never sleep.

Somnia isn’t just another chain — it’s a new foundation for digital culture.

⚙️ What Makes Somnia Different

Somnia is designed to handle interactive, high-volume experiences that traditional blockchains simply can’t support.

🔹 Real-Time Speed

Sub-second finality means every move, message, or transaction is confirmed instantly — essential for gaming and live events.

🔹 Massive Scale

Somnia’s architecture supports hundreds of thousands of transactions per second, making it capable of powering worlds with millions of users.

🔹 Low Fees, Always

Whether you’re sending tokens, minting NFTs, or joining a game, Somnia keeps fees negligible — so interactions feel effortless.

🔹 Familiar Tools

As an EVM-compatible chain, developers can use Solidity, Hardhat, Remix, and MetaMask — no need to learn new systems.

🔹 Built for Builders

With dedicated RPC providers (Ankr, PublicNode) and a $10M grants program, Somnia empowers developers to build and scale fast.

🧠 The Technology: MultiStream Consensus

At the heart of Somnia’s speed is its MultiStream consensus — a new way to scale blockchains without losing security.

Here’s how it works:

1. Every validator maintains its own data stream, processing transactions in parallel.

2. A global consensus chain, using a modified PBFT protocol, finalizes the latest state of all streams.

3. The system then merges these streams into a single, ordered ledger, ensuring consistency and safety.

This parallel design lets Somnia process many actions at once, achieving unmatched throughput while keeping deterministic finality — no forks, no lag.

Inspired by modern consensus models like Autobahn BFT, Somnia is built for the real-time web.

💰 $SOMI : Powering the Network

Somnia’s native token, $SOMI , fuels every corner of the ecosystem.

Token Snapshot:

🪙 Ticker: SOMI

🔢 Total Supply: 1,000,000,000

⚙️ Consensus: Delegated Proof-of-Stake (DPoS)

💼 Use Cases:

Gas fees for transactions

Validator staking

Delegation and rewards

Smart contract deployment

$SOMI aligns the community, validators, and developers — keeping the network secure and decentralized while enabling seamless user experiences.

🚀 Mainnet Milestone

Somnia launched its mainnet in September 2025, following a record-setting testnet that proved its scalability.

Testnet Achievements:

⚙️ 10+ billion transactions

👥 118+ million addresses

🤝 70+ ecosystem partners

These numbers show Somnia’s readiness to handle global-scale adoption — the kind needed for mainstream games, events, and apps.

🧱 An Ecosystem Backed by Visionaries

Somnia isn’t working alone. It’s built alongside innovators shaping the future of digital experiences:

🧠 Improbable / M² (MSquared) – building metaverse-scale experiences on Somnia

🧰 Luganodes – validator and infrastructure partner

🔌 Ankr, PublicNode – RPC access for developers

💸 Spartan Capital, CMT Digital, Mirana Ventures – strategic backers fueling growth

Together, they’re creating a foundation for persistent, shared virtual experiences that blend entertainment and community.

🎮 The Experiences Somnia Enables

Somnia is more than a blockchain — it’s a platform for possibility.

Imagine:

🎮 Games that run entirely on-chain, where every item, action, and win is verifiable and tradeable.

🎤 Virtual concerts hosting thousands of fans, each with a collectible ticket NFT.

🧑‍🤝‍🧑 Social worlds where people gather, chat, and co-create in real-time.

🏙️ Metaverse economies where assets move freely between apps and experiences.

🎨 Creator ecosystems with on-chain royalties, fan rewards, and open ownership.

Somnia gives developers the infrastructure to turn these ideas into reality.

🧰 Developer-Friendly from Day One

Somnia’s EVM compatibility means you can start building instantly.

Steps to get started:

1. 🔌 Connect to an RPC via Ankr or PublicNode

2. 🧪 Request Somnia Test Tokens (STT)

3. 💰 Apply for the $10M Developer Grants Program

4. 🧱 Deploy smart contracts using familiar tools

5. 🚀 Scale your app with sub-second finality and massive throughput

Somnia removes technical barriers so builders can focus on what matters — great experiences.

🔭 Why Somnia Matters

Somnia represents a shift from blockchains built for finance to blockchains built for life.

It’s infrastructure for:

🌍 Real-time worlds

🎮 Interactive play

🎤 Cultural moments

🤝 Digital communities

By combining speed, scalability, and simplicity, Somnia makes blockchain invisible — and the experience unforgettable.

This is how Web3 becomes mainstream.

⚠️ The Road Ahead

Somnia’s journey is just beginning. Key priorities ahead include:

Expanding validator decentralization

Supporting a growing developer community

Launching flagship apps that showcase real-world power

But with its technology proven and ecosystem growing, Somnia is positioned to lead Web3’s next chapter — one driven by people, play, and participation.

✨ Conclusion: The Chain for the Next Internet

Somnia is more than a blockchain — it’s a bridge to the next version of the internet, where every experience is interactive, open, and owned.

If Ethereum built the financial layer of Web3,
Somnia is building th
e experiential one.

Fast. Familiar. Limitless.
This is Somnia — the chain where the internet comes alive.

@Somnia Official
#Somnia
$SOMI

🔹 Introduction: DeFi’s Silent Bottleneck

Decentralized Finance (DeFi) has unlocked a new era of financial access — permissionless trading, borderless lending, and on-chain yield generation. Yet beneath its exponential growth lies a structural flaw: liquidity inefficiency.

Today’s DeFi suffers from:

Locked Capital – Assets trapped in pools with limited flexibility.

Fragmentation – Liquidity scattered across multiple chains and protocols.

Inequality – Access to optimal yield strategies limited to sophisticated users.

Volatility – Mercenary capital flows destabilizing ecosystems.

DeFi has built innovation atop rigid foundations. Mitosis is here to rebuild those foundations — transforming liquidity from a static deposit into a programmable, intelligent, and adaptive asset.

🧭 What Is Mitosis?

Mitosis is a next-generation DeFi protocol that reprograms liquidity into programmable financial components, enabling cross-chain mobility, automated optimization, and community-driven governance.

In essence, Mitosis introduces:

Programmable Liquidity: Turning deposits into composable, yield-bearing tokens.

Cross-Chain Efficiency: Unifying liquidity across blockchains.

Democratized Yield: Opening advanced financial strategies to everyone.

Transparent Governance: Allowing users to control where and how liquidity works.

Mitosis isn’t a yield aggregator — it’s a liquidity operating system for DeFi 3.0.

🔬 The Problem: Static Liquidity in a Dynamic World

In current DeFi models:

When users deposit into a pool or vault, funds stay locked until withdrawal.

Cross-chain liquidity management requires manual bridging and exposes users to risks.

Complex strategies remain exclusive to large players and funds.

The result: capital that could move intelligently instead sits idle.
Mitosis changes this by creating liquidity that’s alive, programmable, and self-optimizing.

🧱 How Mitosis Works: The Architecture

Mitosis is built on a modular architecture, combining automation, tokenization, and governance into a cohesive protocol.

1. Vaults: The Foundation

Users deposit base assets (ETH, USDC, BTC) into Mitosis Vaults.
These vaults act as shared liquidity pools, ready to deploy capital into multiple yield strategies.

2. Tokenization: Liquidity as a Token

Depositors receive programmable tokens:

miAssets – flexible, yield-bearing tokens that represent standard deposits.

maAssets – time-locked tokens offering boosted rewards for committed liquidity.

These tokens are composable, usable across DeFi — for lending, trading, or staking — while still earning Mitosis yield.

3. Cross-Chain Asset Manager

The protocol’s Asset Manager monitors vaults across blockchains and:

Allocates liquidity where yield is highest,

Rebalances capital based on performance,

Synchronizes positions automatically across chains.

No bridges. No manual steps. Liquidity flows intelligently.

4. On-Chain Settlement

Mitosis automates yield distribution:

Profits increase vault balances.

Losses reduce supply proportionally.

Rewards (e.g., governance tokens) are converted and distributed fairly.

Every movement is transparent and verifiable on-chain.

5. Governance Layer

Holders of gMITO decide:

Which strategies are approved,

How liquidity is allocated,

Risk parameters,

Integration priorities.

Mitosis is community-owned — aligning incentives between users, builders, and protocols.

⚙️ The Innovation: Programmable Liquidity

The leap forward with Mitosis is programmability.
Your deposit doesn’t just sit — it acts.

With miAssets and maAssets, liquidity becomes:

Mobile – Move it between protocols seamlessly.

Composable – Integrate it into lending, options, or structured products.

Active – Earn yield automatically wherever it’s most efficient.

Governable – Controlled by those who provide it.

Mitosis turns liquidity from static input into dynamic capital.

💡 Key Benefits

Feature Impact

Cross-Chain Coordination Unified liquidity across multiple ecosystems
Automated Optimization Smart allocation for maximum yield
Transparent Performance On-chain tracking of profits and losses
Fair Access Democratized participation for all users
Composability Seamless integration into other DeFi protocols
Governance Power Users shape the future of liquidity

Mitosis redefines what it means for capital to be efficient.

🧩 Real-World Applications

🔁 Automated Multi-Chain Yield

Deposit once; Mitosis deploys capital across the best-performing DeFi strategies globally.

💰 Composability in Action

Use miUSDC as collateral in lending protocols while it continues to earn in Mitosis.

📊 Structured Yield Products

Developers can build principal-protected investments or high-yield tranches using programmable tokens.

🧠 Smart Treasury Management

DAOs and institutions can manage liquidity dynamically, improving ROI and reducing idle capital.

🌉 Protocol Liquidity Bootstrapping

New protocols tap into shared Mitosis liquidity instead of running short-term incentive programs.

⚖️ Addressing DeFi’s Challenges

DeFi Issue Mitosis Solution

Fragmented liquidity Unified cross-chain infrastructure
Locked deposits Tokenized, mobile liquidity
Yield inefficiency Automated optimization
Complexity Simplified, single-interface deposits
Governance opacity On-chain, community-led decision-making

Mitosis doesn’t replace DeFi — it supercharges it.

🧠 Governance & Tokenomics

gMITO holders shape the protocol’s destiny:

Approve strategies,

Vote on parameters,

Share in ecosystem incentives.

Incentive Design:

Long-term participants earn more via maAssets.

Short-term liquidity remains flexible through miAssets.
This balance ensures capital stability and community control.

🚀 Roadmap: From Infrastructure to Ecosystem

Phase 1 – Foundation

Vault deployment

Tokenization (miAssets/maAssets)

Governance activation

Phase 2 – Expansion

Multi-chain support

Cross-chain Asset Manager rollout

Initial integrations

Phase 3 – Composability

SDKs for developers

Structured product marketplace

Partner collaborations

Phase 4 – Liquidity Network

Institutional onboarding

Full DeFi ecosystem integration

Mitosis as the universal liquidity backbone

🌍 The Future: DeFi’s Liquidity Superlayer

DeFi 3.0 will be defined by modularity, composability, and cross-chain intelligence.
Mitosis is the engine that makes it possible.

By reprogramming liquidity, Mitosis enables:

Smarter capital flow,

Fairer access to opportunity,

Stronger ecosystems,

Faster innovation.

Liquidity stops being a constraint — it becomes a catalyst.

✨ Conclusion: A Living System for Decentralized Finance

In nature, mitosis is how life multiplies — dividing to grow, creating complexity from simplicity.
In DeFi, Mitosis follows the same principle:
splitting static capital into programmable units, each capable of movement, yield, and creation.

It’s a living liquidity network — transparent, composable, and community-driven.
It’s not just the next phase of DeFi — it’s
the foundation of its future.

Mitosis transforms liquidity into what it was always meant to be:
active, intelligent, and alive.

@Mitosis Official
#Mitosis
$MITO

🌐 Introduction: The Evolution of Decentralized Finance

Since its inception, Decentralized Finance (DeFi) has been a bold experiment — removing intermediaries, unlocking access, and enabling open financial participation for anyone with an internet connection. Yet as DeFi scales, it faces an undeniable truth:

> Liquidity, the fuel that powers every DeFi protocol, is still inefficient, fragmented, and underutilized.

Across the ecosystem:

Assets sit idle in static pools.

Liquidity is trapped within individual blockchains.

Yield opportunities remain exclusive to sophisticated participants.

DeFi’s progress has been remarkable, but its liquidity — the foundation of its potential — remains primitive.

Enter Mitosis: a new liquidity infrastructure that transforms static capital into programmable, composable, and intelligent assets.
It’s not just an upgrade — it’s a new layer of financial life.

🧭 The Mitosis Vision: From Passive to Programmable Liquidity

Mitosis starts with a simple question:

> What if liquidity could move, adapt, and create value — on its own?

Instead of capital sitting idle in pools or farms, Mitosis turns liquidity into active, programmable assets. It allows capital to:

Flow across chains intelligently,

Earn optimized yield automatically,

Remain composable and usable in other protocols,

And be governed collectively by its users.

In essence, Mitosis transforms liquidity from a resource into a living system — efficient, democratic, and endlessly composable.

🧱 The Architecture: How Mitosis Works

Mitosis is built on a multi-layered framework designed for flexibility, transparency, and autonomy.

1. Vault Layer: The Entry Point

Users deposit base assets (e.g., ETH, USDC, BTC) into Mitosis Vaults.
These vaults act as smart liquidity containers that deploy assets into yield-generating strategies.

2. Tokenization Layer: Liquidity That Lives

In return, users receive programmable tokens:

miAssets → standard, flexible yield-bearing tokens.

maAssets → time-locked tokens with enhanced incentives.

These tokens aren’t static receipts — they’re functional, composable assets that can be traded, staked, or used as collateral, all while earning yield.

3. Cross-Chain Asset Manager: The Intelligent Orchestrator

The Asset Manager monitors liquidity across blockchains and reallocates capital where yields are optimal — automatically and transparently.
No manual bridging. No inefficiency. No idle capital.

4. Settlement Layer: Honest Accounting

Every profit, loss, and reward is settled on-chain:

Profits → mint new vault assets.

Losses → burn a proportional amount.

Rewards → converted into base assets and redistributed.

Users always see real, verifiable value — no hidden mechanics.

5. Governance Layer: Collective Control

Through the gMITO governance token, the community votes on:

Yield strategies,

Risk parameters,

Protocol integrations,

Liquidity allocations.

Mitosis is not controlled by a single entity — it’s guided by collective intelligence.

🔁 The Core Innovation: Programmable Liquidity

Traditional DeFi liquidity is locked. Once deposited, it can’t be reused without exiting the system.

Mitosis changes this by introducing programmable liquidity:

Reusable – one asset can serve multiple roles.

Compositional – integrates across protocols and products.

Cross-Chain – managed across ecosystems from a unified layer.

Adaptive – optimized automatically for best performance.

Liquidity becomes alive — no longer confined, but creative.

💡 Use Cases and Scenarios

🧠 1. Intelligent Yield Optimization

Deposit once. Mitosis deploys liquidity across chains to the highest-performing strategies.

🧱 2. Composable Collateral

Use miAssets as collateral in lending or derivatives platforms — while still earning Mitosis yields.

🧭 3. Structured Products

Developers can design principal-protected or yield-tranche products using programmable assets.

🌉 4. Cross-Chain Arbitrage

Liquidity flows dynamically to capture yield differentials between chains.

🏦 5. Protocol Liquidity Bootstrapping

New DeFi projects can access Mitosis’ shared liquidity pools, replacing costly incentive programs.

⚙️ Key Benefits

Feature Advantage

Programmable Tokens Liquidity becomes modular and reusable
Cross-Chain Control Unified management across ecosystems
Automated Optimization Capital continuously seeks best yields
Fair Governance Strategies chosen by token holders
Composability Integrates with other DeFi primitives
Transparency On-chain settlement and performance tracking

Mitosis turns DeFi’s most static layer — liquidity — into its most dynamic advantage.

🧩 Solving DeFi’s Core Problems

DeFi Challenge Mitosis Solution

Locked Capital Tokenized, mobile liquidity (miAssets/maAssets)
Fragmented Ecosystems Unified cross-chain orchestration
Inefficient Yield Smart allocation and optimization
Governance Gaps Collective, decentralized decision-making
Mercenary Capital Incentivized, time-locked participation

Mitosis is not another protocol; it’s the liquidity backbone DeFi has been missing.

⚖️ Risks and Considerations

Every innovation brings complexity. Mitosis addresses its challenges with layered resilience:

Smart Contract Risk → Mitigated through modular architecture and audits.

Cross-Chain Security → Built with validated, trust-minimized bridges.

Strategy Volatility → Diversified vaults spread exposure across multiple ecosystems.

Governance Fatigue → Incentivized participation ensures active stewardship.

Mitosis grows safer and smarter as its community and integrations expand.

🚀 The Roadmap: Building the DeFi Liquidity Superlayer

Phase 1: Launch & Foundation

Vaults deployed

miAssets & maAssets live

Governance activated

Phase 2: Cross-Chain Orchestration

Asset Manager rollout

Multi-chain yield automation

Phase 3: Ecosystem Expansion

SDK for developers

Partner integrations

Structured product layer

Phase 4: Institutional Integration

Enterprise-grade liquidity management

Global adoption across DeFi networks

Mitosis is designed to become DeFi’s liquidity operating system — connecting, optimizing, and empowering all.

🌍 Strategic Impact: The Birth of DeFi 3.0

The next generation of DeFi will be:

Composable – every asset interoperable.

Cross-Chain – boundaries between chains erased.

Programmable – liquidity as an intelligent primitive.

Democratized – governed by the people it serves.

Mitosis is the engine driving this transformation.

By making liquidity living, thinking, and moving, it paves the way for a DeFi ecosystem that is not just decentralized — but truly intelligent.

✨ Conclusion: A New Life for Liquidity

In nature, mitosis is how cells divide and multiply, fueling life itself.
In DeFi, Mitosis performs the same miracle — multiplying capital’s potential, spreading opportunity, and powering new growth.

By merging programmability, cross-chain intelligence, and community governance, Mitosis transforms liquidity from a passive pool into an active force — one that b
uilds, adapts, and evolves.

This isn’t an iteration.
It’s a revolution.
The age of programmable liquidity has begun — powered by Mitosis.

@Mitosis Official
#Mitosis
$MITO

A next-generation, EVM-compatible Layer-1 built for games, entertainment, and the social internet of the future.

🌍 The Shift from Finance to Experience

For over a decade, blockchain has reshaped how we see value — from Bitcoin’s promise of digital money to Ethereum’s revolution in decentralized finance.
But the world is ready for something more.

People don’t just come online to trade or invest — they come to play, connect, celebrate, and belong.
The next frontier for blockchain isn’t just finance — it’s culture.

This is the world Somnia was born to build — an EVM-compatible Layer-1 blockchain created not for speculation, but for experiences. It’s designed to power games, live events, metaverse worlds, and social platforms that demand real-time speed, massive scale, and true digital ownership.

In short:
Somnia is the blockchain built for life online.

⚡ Designed for the Digital Age

Somnia is engineered for millions of users, thousands of interactions per second, and instant feedback.
It’s fast enough for games, reliable enough for entertainment, and open enough for community-driven ecosystems.

💡 Key Features:

⚙️ EVM-compatible: Build with Solidity and Ethereum tools you already know

⚡ Sub-second finality: Perfect for real-time apps like games or chats

🚀 Massive throughput: Supports hundreds of thousands of transactions per second

💸 Ultra-low fees: Enables microtransactions, in-game actions, and social engagement

🔐 Secure & scalable: Powered by an advanced consensus model designed for high performance

Somnia makes blockchain feel as seamless as the modern web — but with the added power of ownership, composability, and decentralization.

🧠 The Innovation: MultiStream Consensus

Traditional blockchains make every validator process every transaction, slowing everything down.
Somnia rethinks that from the ground up with MultiStream consensus.

Here’s how it works:

1. Each validator operates its own data stream, writing transactions independently.

2. A global consensus chain, using a modified PBFT model, periodically finalizes all streams.

3. These streams are then merged deterministically into a single, secure ledger.

The result is parallel processing with global consistency — a network that’s both fast and trustworthy.

Inspired by advanced protocols like Autobahn BFT, this architecture gives Somnia the muscle to handle consumer-scale applications — from MMOs to social worlds — all fully on-chain.

💰 Fueling the Ecosystem: $SOMI

At the center of Somnia’s economy is $SOMI , its native token.

Token Overview:

🪙 Symbol: SOMI

🔢 Supply: 1,000,000,000

⚙️ Consensus: Delegated Proof-of-Stake (DPoS)

💼 Use Cases:

Pay network fees

Stake and secure the network

Delegate for rewards

Deploy and interact with contracts

$SOMI powers the ecosystem — from game economies to creator royalties, ensuring every interaction has real value.

🚀 Mainnet Milestone: Ready for the World

After a groundbreaking testnet phase that processed:

⚙️ 10+ billion transactions

👥 118+ million addresses

🤝 70+ ecosystem partners

Somnia officially launched mainnet in September 2025, moving from vision to reality.

The results prove what’s possible:
Blockchain that’s not only fast — but ready for global use.

🧱 Built with Industry Leaders

Somnia’s journey is backed by pioneers in gaming, infrastructure, and investment:

🧠 Improbable / M² (MSquared) — innovators behind massive virtual events and metaverse experiences

🧱 Luganodes — validator infrastructure and staking services

🔌 Ankr, PublicNode — RPC providers powering developer access

💸 Spartan Capital, Mirana Ventures, CMT Digital — strategic investors driving growth

With this ecosystem, Somnia is not just a blockchain — it’s a movement to bring real-time, user-centric experiences into the Web3 era.

🎮 What You Can Build with Somnia

Somnia unlocks new creative possibilities for builders, studios, and communities:

🎮 Games — full on-chain logic, dynamic assets, and player economies

🎤 Concerts & Events — tokenized tickets, interactive engagement, live ownership

🧑‍🤝‍🧑 Social Platforms — real-time interactions, on-chain identity, and rewards

🏙️ Metaverse Worlds — interconnected environments with transferable assets

🎨 Creator Economies — NFTs, royalties, and open digital marketplaces

With Somnia, the line between virtual and real blurs — everything becomes part of a shared, persistent, on-chain experience.

🧰 For Developers: Simple, Familiar, Powerful

Somnia is developer-first.
You don’t need to learn new languages or reinvent your stack.

Use Solidity and EVM tools like Hardhat or Remix

Access RPC endpoints via trusted partners

Test using Somnia Test Tokens (STT)

Apply for the $10M Grants Program to scale your project

Join developer cohorts for mentorship and funding

Building for millions shouldn’t be complicated — and on Somnia, it isn’t.

🔭 The Future: Web3 That Feels Like Web2 — But Better

Somnia’s vision is clear:
To make blockchain invisible, and experiences unforgettable.

It’s about bringing ownership and freedom to the digital interactions we already love — from games to music to online communities.

Imagine a future where:

Every item you earn in a game is yours

Every concert ticket unlocks memories and rewards

Every digital space you enter is persistent and interoperable

That’s not science fiction — it’s Somnia’s roadmap.

⚠️ Challenges and the Road Ahead

Somnia’s potential is enormous, but the journey is ongoing:

Expanding validator decentralization

Supporting growing developer demand

Launching flagship apps to showcase its full power

Still, with its proven architecture, visionary partners, and community-first ethos, Somnia is positioned to lead Web3 into its most exciting chapter yet.

🌟 Conclusion: A Chain for the People

Somnia isn’t just another blockchain — it’s a platform for the digital lives we’re already living.

It’s where games become economies, concerts become communities, and social worlds become sovereign.

If Ethereum built the foundation for value,
Somnia is building the foundation for culture.

Fast. Scalable. Open.
Somnia is the blockchain for a generation that doesn’t just want to invest —
it wants to experience.

@Somnia Official
#Somnia
$SOMI

🌐 A Revolution Waiting to Happen

Every major technological wave has unlocked a new form of value.
The internet democratized information.
Blockchain democratized finance.
Now, artificial intelligence is poised to democratize intelligence itself.

But there’s a problem: the value created by AI isn’t shared fairly.

The data comes from the crowd, the models are often open-source, and the insights come from collective intelligence — yet the profits concentrate in a few hands. The invisible builders of AI — data providers, model trainers, and developers — rarely get paid.

OpenLedger is here to change that.
It’s not just another blockchain — it’s a purpose-built AI economy, designed to make data, models, and agents into on-chain, liquid, and payable assets.

💡 The Philosophy: Fairness in Intelligence

OpenLedger starts from a bold idea:

> “Every piece of intelligence has a creator — and every creator deserves a share.”

This is more than technology; it’s a moral framework for the age of AI.
It asks:

Who owns the knowledge that models use?

Who benefits from their outputs?

And can we design a system that recognizes and rewards every contributor?

The answer is yes — through Proof of Attribution (PoA).

🔍 Proof of Attribution: The DNA of Fair AI

Proof of Attribution (PoA) is OpenLedger’s signature innovation.
It’s like a digital accounting system for intelligence — tracking who contributed what, how much it influenced the output, and how to reward them.

When an AI model makes a prediction, PoA runs under the hood:

It identifies the datasets, fine-tunings, and adapters involved.

It calculates the influence weight of each component.

It records this data on-chain for transparency.

And it triggers automatic payouts using smart contracts.

This turns every AI interaction into a micro-economy — measurable, traceable, and fair.

🧩 The OpenLedger Stack: Turning Ideas Into Assets

OpenLedger isn’t just a single blockchain; it’s a complete AI infrastructure layer with interconnected components:

🧠 1. Datanets — Collective Intelligence Networks

Datanets are domain-focused data collectives (finance, health, science, etc.) where contributors submit, clean, and validate data.
Each dataset is tokenized and tracked. When used in training or inference, contributors earn $OPEN .

⚙️ 2. Model Factory — The Builder’s Workshop

A visual and programmable environment where developers fine-tune models, attach metadata, and publish to the OpenLedger marketplace.
Every model carries its lineage for PoA-based attribution.

⚡ 3. OpenLoRA — Scaling Intelligence

Allows thousands of adapters to coexist on shared compute, making AI more efficient and affordable.
Each adapter remains identifiable for precise crediting.

🤖 4. Agent Layer — Autonomous Value Creators

AI agents built with OpenLedger’s components become self-accounting — logging their operations, paying their usage costs, and rewarding the components they use.

💰 5. $OPEN Token — The Currency of Intelligence

$OPEN powers:

Inference fees

Contributor rewards

Governance votes

Ecosystem grants
It’s the economic glue of this intelligent economy.

💵 Tokenomics Snapshot

Category Allocation Notes

Community & Ecosystem 61.71% PoA rewards, grants, public goods
Team 15% 12-month cliff, 36-month vesting
Investors 18.29% Long-term alignment
Liquidity 5% Market access
Total Supply 1,000,000,000 $OPEN Circulating at launch: ~21.55%

This design ensures contributors — not speculators — capture the lion’s share of value.

🔗 Ethereum Compatibility: Plug and Play

OpenLedger is EVM-compatible, meaning it works seamlessly with:

Ethereum wallets (MetaMask, etc.)

L2 ecosystems (Arbitrum, Optimism)

DeFi tools and smart contracts

It launches on Ethereum mainnet and bridges to its native chain for scalability — letting developers onboard without friction.

💡 A Simple Example

Imagine a climate forecasting agent built on OpenLedger:

1. A community uploads environmental data into a Datanet.

2. A developer fine-tunes a model for weather prediction.

3. A company deploys the model to run forecasts daily.

4. Each inference triggers PoA, which:

Tracks which data and model were used

Calculates influence shares

Pays contributors in O— instantly, transparently

Every insight becomes an economic event.

🌱 Why It Matters

🔹 For Data Creators

Your data no longer disappears — it earns income every time it’s used.

🔹 For Developers

Your models become revenue-generating products, not static code.

🔹 For Agents

Autonomous AI now carries its own ledger of fairness.

🔹 For Enterprises

Compliance and explainability are built-in — perfect for regulated industries.

⚖️ Challenges Ahead

Attribution Accuracy: Measuring influence in deep networks is complex.

Scalability: PoA must remain lightweight even under heavy inference loads.

Ecosystem Growth: Success depends on builders, datasets, and demand.

Legal Landscape: Data ownership and AI ethics laws are evolving.

Yet each challenge is also a catalyst for innovation — and OpenLedger’s transparent architecture gives it a strong foundation.

🚀 The Bigger Picture: Liquidity for Intelligence

OpenLedger doesn’t just want to make AI fair — it wants to make it liquid.
It envisions a world where intelligence itself becomes a tradable, yield-bearing asset class — like capital, energy, or labor.

Imagine a global market where:

Data earns royalties

Models accrue fees

Agents autonomously pay their suppliers

And every piece of intelligence has a price, a provenance, and a payout

That’s the Economy of Intelligence — and OpenLedger is building it.

🧭 Final Thoughts

OpenLedger isn’t another buzzword project. It’s a fundamental redesign of how we value intelligence in the digital era.

By combining blockchain transparency, AI traceability, and economic fairness, it creates a system where:

Contributions are visible

Ownership is provable

Rewards are automatic

It’s not just an AI platform.
It’s the ledger of collective intell
igence — open, fair, and alive.

💬 Tagline:

> OpenLedger — Where Every Byte of Intelligence Counts.

@OpenLedger
#OpenLedger
$OPEN

For decades, global finance has run on trusted intermediaries, paper contracts, and slow-moving systems.
Blockchain promised something better — a world of open, transparent, and instant transactions.

Yet, despite its innovation, one critical piece has remained missing:
The real world.

Most of the world’s wealth — from real estate and credit to treasuries and commodities — still lives off-chain.
That’s where Plume comes in.

Plume is a modular Layer 2 blockchain designed to bring real-world assets (RWAs) into the Web3 ecosystem — compliantly, securely, and seamlessly.
It’s not just another chain. It’s the infrastructure for Real-World Asset Finance (RWAFi) — where traditional finance and decentralized finance finally meet.

🌍 Why Tokenizing the Real World Matters

Think about it:

Billions of people can’t access top investment opportunities.

Institutional assets are locked in slow, complex systems.

Cross-border trading is burdened with friction and intermediaries.

Meanwhile, blockchain has shown what’s possible — instant settlements, global liquidity, and programmable finance.
The next step is clear: bring real-world value on-chain.

By tokenizing assets like property, bonds, carbon credits, and commodities, we can:

💡 Unlock global accessibility

💸 Enable liquidity for traditionally illiquid markets

⚙️ Automate settlements, yield, and reporting

🔍 Create transparent, auditable markets

This is the future of RWAFi — and Plume is the platform built to power it.

🧱 What Makes Plume Unique

Plume isn’t a general-purpose blockchain. It’s purpose-built for one mission:
To make real-world assets work on-chain — safely, efficiently, and in full compliance.

Here’s how it does it:

🔹 1. Modular Architecture

Plume is made of specialized modules, each handling a critical part of the RWA lifecycle:

Tokenization tools – to represent real-world value digitally

Compliance modules – for KYC, AML, and jurisdictional rules

Lifecycle management – for issuance, redemption, and audits

Legal bridges – linking digital tokens to enforceable ownership rights

This design makes Plume flexible enough to handle any asset type — and adaptable as regulations evolve.

🔹 2. EVM-Compatible

Plume is Ethereum Virtual Machine (EVM) compatible, meaning it integrates easily with the existing DeFi ecosystem.
Developers can deploy smart contracts, connect with wallets, and plug into protocols — all while adding RWA-specific functionality.

It’s familiar to builders, but built for the next era of finance.

🔹 3. Compliance at the Core

Unlike most blockchains that treat compliance as an afterthought, Plume bakes it in.
Every transaction, user, and asset can carry on-chain identity, verification, and regulatory logic.
That means:

Verified investors

Jurisdiction-based permissions

Audit-ready reporting

This makes Plume not only innovative, but also trustworthy for institutions, regulators, and global investors.

🔁 How It Works: From Real-World Asset to On-Chain Token

The process is simple — yet powerful:

1. Verification – The real asset is validated off-chain by trusted partners.

2. Tokenization – A token representing that asset is minted on Plume.

3. Compliance – KYC and legal rules are applied automatically.

4. Integration – The token becomes usable in DeFi apps, lending markets, or secondary trading.

The result?
A transparent, programmable, and legally sound version of the asset — available to a global audience.

💡 Real-World Use Cases

Plume unlocks a universe of financial innovation across asset classes:

🏠 Tokenized Real Estate – Fractional ownership, global access, and automated income

💳 Private Credit – Loans and receivables turned into yield-bearing on-chain assets

💰 Treasury Bills & Bonds – Regulated, yield-bearing instruments accessible through DeFi

🌿 Carbon Credits – Transparent and verifiable sustainability tokens

🏅 Commodities – Trade gold, metals, or energy tokens with real-world backing

Each asset gains liquidity, efficiency, and global reach when built on Plume.

🏛️ A Platform for Everyone

Plume is the meeting point for all players in the financial ecosystem:

🏦 Institutions: Get compliance, reporting, and secure infrastructure

🧑‍💻 Developers: Get modular tools and EVM integration

🌍 Investors: Get access to diversified, real-world portfolios

It’s the platform where tradition and innovation coexist — enabling the next wave of financial growth.

🚀 The Road Ahead

The tokenization of real-world assets isn’t a trend — it’s a global shift.
And success depends on the right infrastructure — one that respects laws, ensures trust, and scales across borders.

Plume is building that infrastructure.
With modularity, compliance, and DeFi compatibility, it’s paving the way for a future where every asset — from homes to treasuries — can live on-chain.

The goal?
A financial system that’s open, transparent, and inclusive — for everyone.

✨ Conclusion: The Future Is Real (and On-Chain)

The first generation of blockchain brought us digital money.
The second brought decentralized finance.
The next will bring the real world on-chain.

Plume is the foundation of that era — where Real-World Asset Finance becomes a living, breathing ecosystem.

With Layer 2 performance, EVM tools, and compliance built in, Plume transforms tokenization from vision to reality.

The future of finance is no longer a dream.
It’s real, regulat
ed, and on Plume.

@Plume - RWA Chain
#plume
$PLUME

A high-performance, EVM-compatible Layer-1 transforming gaming, entertainment, and social interaction.

🌍 The Internet Is Evolving — and So Should Blockchain

Over the last decade, blockchain technology has changed how we think about money, assets, and trust. But the story of the internet isn’t just about finance — it’s about connection.

People come online to play, to share, to create, to belong.
Yet, the blockchains we’ve known weren’t built for these moments. They’re too slow for games, too expensive for social apps, and too limited for real-time events.

That’s where Somnia enters the picture — a new kind of EVM-compatible Layer-1 blockchain designed for mass consumer experiences like gaming, live entertainment, and social worlds. Somnia isn’t just faster; it’s purpose-built to bring millions of users together in real-time, with low fees and lightning-fast performance.

This isn’t DeFi’s blockchain — it’s the chain for culture, creativity, and play.

⚡ What Makes Somnia Different

Somnia is designed from the ground up for speed, scale, and simplicity — three things most blockchains struggle to balance.

🔹 Sub-Second Finality

Somnia’s unique architecture achieves sub-second transaction finality, enabling live interactions — critical for games, concerts, and virtual events.

🔹 Massive Throughput

Capable of handling hundreds of thousands of transactions per second, Somnia supports experiences where millions of actions happen simultaneously.

🔹 Ultra-Low Fees

Designed to scale efficiently, Somnia keeps transaction costs negligible, so developers can build apps where users interact constantly — not cautiously.

🔹 Fully EVM-Compatible

Developers can build using Solidity, deploy with Hardhat, and connect via MetaMask — all with the same workflow as Ethereum, but with superior performance.

🧠 The Technology Behind It: MultiStream Consensus

Somnia’s secret weapon is its MultiStream consensus — a breakthrough model that allows the network to process transactions in parallel while maintaining a single, secure state.

Here’s how it works:

1. Each validator writes to its own data stream, adding transactions independently.

2. A global consensus chain, based on a modified PBFT algorithm, finalizes the heads of these streams.

3. The network merges them into one globally ordered, deterministic chain.

This design removes the bottlenecks of traditional blockchains and achieves a balance of speed, security, and scalability — ideal for real-time consumer applications.

Inspired by academic research like Autobahn BFT, Somnia brings enterprise-grade architecture into the open, decentralized world.

💰 The $SOMI Token: Powering the Somnia Economy

Every transaction, every smart contract, every validator — they all run on $SOMI , the native token of the Somnia network.

Token Overview:

Name: Somnia

Ticker: SOMI

Total Supply: 1,000,000,000

Consensus: Delegated Proof-of-Stake (DPoS)

Utility:

Network fees

Validator staking

Delegation rewards

Smart contract deployment

$SOMI ensures security, governance, and economic alignment — fueling a growing ecosystem of games, metaverse platforms, and social dApps.

🚀 Mainnet Launch: From Testnet to Global Scale

In September 2025, Somnia officially launched its mainnet, marking the transition from testing to real-world applications.

The numbers from its six-month testnet were staggering:

⚙️ 10+ billion transactions

👥 118+ million wallet addresses

🤝 70+ partners and collaborators

These results demonstrated Somnia’s readiness to support global-scale applications, setting it apart from traditional blockchains struggling under heavy load.

🧱 An Ecosystem Backed by Industry Leaders

Somnia’s growth is supported by some of the most innovative names in Web3 and gaming:

🧠 Improbable — creators of M² (MSquared), a metaverse platform for large-scale virtual experiences

🧰 Luganodes — providing validator infrastructure

🔌 Ankr and PublicNode — RPC and network access

💸 Spartan Capital, Mirana Ventures, CMT Digital — strategic investors

Somnia is also investing in innovation through a $10 million Developer Grants Program, helping teams bring their visions for games, entertainment, and social interaction to life.

🎮 A Playground for Builders and Creators

Somnia isn’t just a blockchain — it’s a platform for a new generation of interactive experiences:

🎮 Games — from large-scale MMORPGs to casual mobile games, all on-chain

🎤 Live Events — concerts, sports, and fan activations with tokenized access

🧑‍🤝‍🧑 Social Worlds — persistent communities built around shared ownership

🏙️ Metaverse Economies — interoperable assets across multiple virtual spaces

🎨 Creator Tools — NFT minting, on-chain royalties, and open marketplaces

By combining speed and composability, Somnia gives creators the freedom to dream — and the infrastructure to deliver.

🧰 For Developers: Start Fast, Scale Effortlessly

Building on Somnia is simple:

1. 🔧 Connect through RPC providers like Ankr or PublicNode

2. 🧪 Use STT (Somnia Test Tokens) on testnet

3. 💰 Apply for grants or join developer cohorts

4. 🛠️ Deploy using familiar EVM tools

5. 🚀 Scale instantly without rewriting your stack

Whether you’re building a game, a social network, or an immersive virtual world — Somnia provides the foundation.

🔭 The Bigger Picture: Web3 for Everyone

Web3 doesn’t win by being faster — it wins by being useful.

Somnia’s purpose is to make blockchain invisible — powering rich, interactive experiences that feel familiar, fun, and accessible. It’s about bringing ownership and interoperability into the apps people already love.

In other words:

> Somnia is blockchain not for speculation, but for living — for worlds, moments, and communities.

⚠️ Challenges on the Journey

Every frontier faces challenges. Somnia’s next steps include:

Ensuring long-term decentralization of validators

Maintaining performance under real-world traffic

Cultivating flagship apps that showcase its capabilities

But with its architecture proven, its ecosystem expanding, and its vision clear, Somnia is well-positioned to meet them.

---

✨ Conclusion: The Chain of Culture

Somnia is more than technology — it’s a movement.
A shift from blockchains that store value to ones that host life.

It’s where:

Games become persistent worlds

Concerts become shared memories

Communities become sovereign nations

If Ethereum built the financial layer of Web3,
Somnia is building the cultural one.

Fast. Scalable. Human.
This is Somnia —
the blockchain for play, presence, and possibility.

@Somnia Official
#Somnia
$SOMI