Crypto-King-88

Imagine a world where real-world assets like real estate, commodities, and revenue streams are seamlessly integrated into the blockchain ecosystem. Welcome to Plume Network, a revolutionary platform that's changing the game in decentralized finance (DeFi) by providing a modular Layer 2 blockchain network designed specifically for real-world asset finance (RWAFi).
What Makes Plume Network Special?
Plume Network is designed to streamline the tokenization and management of real-world assets, offering native infrastructure with RWA-specific functionalities across an EVM-compatible chain. But what really sets Plume apart is its:
- Modular Architecture: Plume's modular design allows developers to assemble modules tailored to each asset type, treating RWAs as living instruments with unique workflows.
- Tokenization Engine: Simplifies the process of turning real-world assets into digital tokens while maintaining legal and regulatory compliance.
- Data Highway: Enables seamless cross-chain interoperability and secure data integration.
How Plume Network Works
Here's a step-by-step look at how Plume Network works:
1. Tokenization: Plume's tokenization engine simplifies the process of turning real-world assets into digital tokens.
2. Data Integration: Plume's data highway provides a secure data connection, enabling seamless cross-chain interoperability.
3. Yield Generation: Users can access real-world yield strategies through Plume's vault system.
4. Compliance: Plume's compliance infrastructure ensures that all transactions and asset management meet regulatory requirements.
The Benefits of Plume Network
So, what can Plume Network do for you? Here are just a few benefits:
- Increased Efficiency: Plume promotes a more efficient DeFi ecosystem by providing a transparent and community-driven approach to liquidity provision.
- New Opportunities: Creates new opportunities for DeFi innovation, enabling users to participate in DeFi activities across multiple chains and protocols.
- Improved Liquidity: Provides a more efficient and equitable approach to liquidity provision, improving liquidity and reducing risks in the DeFi ecosystem.
The Future of Plume Network
As Plume Network continues to evolve, it's likely to play a significant role in shaping the future of DeFi. With its innovative approach to real-world asset finance, Plume Network is poised to make a lasting impact on the DeFi landscape. Whether you're a developer, investor, or simply someone interested in DeFi, Plume Network is definitely worth keeping an eye on.

@Plume - RWA Chain
$PLUME
#plume

Imagine a blockchain built just for AI. One where your datasets, models, and even AI agents can be uploaded, trained, and deployed — all on-chain — and you actually get paid for your contributions. That’s the idea behind OpenLedger.

It’s designed to make AI participation fair, transparent, and monetizable. By combining blockchain technology with AI workflows, OpenLedger turns data and models into liquid assets that can be bought, sold, or licensed, creating a new economy for AI creators.

Why OpenLedger Matters

AI needs three things to grow safely and fairly:

Good data – the fuel for models.
Clear attribution – knowing who contributed what.
Fair incentives – rewarding contributors automatically.

Today, these are often missing. Data providers rarely get compensated, models are usually private, and it’s hard to measure which data actually improves performance. OpenLedger fixes that by putting the entire AI lifecycle on-chain: from dataset creation to model training to agent deployment. Every contribution is tracked, verified, and rewarded.

Core Features

1. Datanets – Curated, monetizable datasets

Datanets are organized collections of data, like medical records, legal documents, or multilingual text. Contributors upload and tag their data, curators clean it, and OpenLedger keeps a transparent record of who contributed what. This ensures fair payment when models use the data.

2. Proof of Attribution – Rewarding contributors

OpenLedger tracks how each dataset impacts model performance. Contributors, curators, and developers get automatic payouts based on their verified contribution. No more opaque “somebody trained on this dataset” claims — everything is auditable.

3. On-Chain Model Training & Serving

Model training, evaluation, and even deployment can happen on-chain. OpenLedger includes the Model Context Protocol (MCP), which allows models to safely interact with external data or tools while keeping everything verifiable.

4. AI Agents – On-chain automation

OpenLedger supports small AI programs (agents) that can interact with dApps, users, or other agents. These agents can earn revenue for every task they perform, with payouts distributed automatically to their creators and contributors.

5. Tokenized AI Assets – Making AI liquid

Data, models, and agents can all be represented as tokens. These assets are tradable, stakeable, and licenseable, opening up new possibilities for marketplaces, secondary markets, and financial products based on AI.

How It Works

EVM-compatible L2 – Built on an Ethereum Layer-2 stack, OpenLedger works with existing Ethereum tools, wallets, and smart contracts.
Hybrid on-chain/off-chain storage – Large datasets and models often live off-chain, while hashes, contributions, and payments are recorded on-chain for security and transparency.
Data Availability Layers (EigenDA) – Ensures that off-chain data is anchored and verifiable without high costs.

Real-World Use Cases

Medical AI: Researchers upload a medical dataset, train a diagnostic model, and get paid whenever hospitals use it.
Startup Models: A small AI startup tokenizes its model, investors buy shares, and receive revenue when the model is used.
AI Automation: A customer support agent runs on-chain, handles queries, and revenue is automatically split among the agent’s creators, data contributors, and curators.

Benefits

Transparent compensation: Contributors see exactly how their data or models are used and get rewarded automatically.
Lower barriers for niche models: Startups and individual researchers can monetize specialized AI models easily.
Plug-and-play with Ethereum: Developers can use familiar tools, making onboarding fast and frictionless.

Things to Watch

Privacy and compliance: Be careful with sensitive data like health records — OpenLedger’s tools support compliance, but legal rules still apply.
Complex attribution: Determining which data truly improved a model is technically challenging.
Market volatility: Tokenized AI assets can fluctuate in value and liquidity.
Security: Smart contract bugs or poisoned datasets can be risky — audits and guardrails are crucial.

Who Should Care

AI researchers & data contributors who want fair compensation for their work.
Startups building AI models that need funding, exposure, and monetization.
Developers deploying AI agents that interact with users or other smart contracts.

Bottom Line

OpenLedger is creating a new kind of AI economy. By putting data, models, and agents on-chain, it makes contributions traceable, monetizable, and tradable. It’s an ambitious blend of blockchain transparency + AI lifecycle tooling, giving creators and developers new ways to earn while building innovative AI solutions.

In short: if you create or train AI, OpenLedger wants to make sure your work is recognized and rewarded — automatically, fairly, and on-chain.

@OpenLedger
$OPEN

#OpenLedger

Imagine a blockchain that isn’t just for DeFi or NFTs, but can actually run your favorite games, social apps, and interactive experiences directly on-chain — fast, cheap, and at scale. That’s the vision of Somnia, an EVM-compatible Layer-1 blockchain designed for mass-consumer applications.

Unlike many blockchains today, where high-frequency transactions or complex game logic can be slow and expensive, Somnia is purpose-built to make fully on-chain experiences possible, keeping ownership, economy, and interactivity intact.

Why Somnia Matters

Most blockchains today are great for finance, tokenization, and collectibles, but they struggle with real-time, high-volume applications like games or social feeds. Developers either offload complex logic off-chain (losing the benefits of decentralization) or accept slow, expensive user experiences.

Somnia flips that script by offering:

Ultra-fast transactions (sub-second finality).
Low fees, even for microtransactions.
High throughput, capable of handling hundreds of thousands — even millions — of transactions per second in test environments.

In short, Somnia aims to make on-chain games and social apps practical for the first time.

How Somnia Works — The Tech Behind It

Somnia combines several innovations to achieve speed and scale:

MultiStream Consensus – Splits transactions into parallel streams so validators can process many actions at once, rather than one at a time.
Accelerated EVM Execution – Optimized smart contract execution so your Solidity contracts run faster than on typical Ethereum chains.
ICEdb (Custom Database) – A high-speed, low-latency storage system tailored for games and interactive apps.
Streaming Compression – Reduces bandwidth and storage needs, making high-frequency transactions practical.

These design choices allow Somnia to handle complex applications that traditional blockchains struggle with, such as massive multiplayer games, live social apps, and real-time NFT interactions.

Who Can Benefit

Somnia is perfect for developers and creators working on:

Realtime multiplayer games – fully on-chain gameplay and in-game economies.
Social platforms and live experiences – think interactive feeds, chat systems, or virtual events with microtransactions.
Mass NFT minting & metaverse worlds – handling millions of interactions quickly and cheaply.
Creator economies – enabling assets to move between apps and experiences seamlessly.

The Ecosystem & Token

Somnia’s native token (often called SOMI) is used for transaction fees, staking, and governance. Developers can deploy apps using familiar Ethereum tools (Solidity, Hardhat, Foundry), making it easy for existing devs to get started.

The ecosystem is growing fast, with partnerships and backing from major studios, VCs, and cloud providers. Grants, incubators, and hackathons are helping developers build games, social apps, and interactive experiences on the platform.

Benefits

Fast & scalable – supports high-frequency applications.
Low-cost transactions – microtransactions become feasible.
On-chain composability – assets and economies can be reused across games and apps.
EVM-compatible – Ethereum developers can port projects with minimal friction.

Things to Watch

While Somnia is promising, there are some considerations:

Validator requirements – high throughput may need specialized hardware, which can impact decentralization.
Smart contract complexity – frequent state changes in games require careful auditing.
Benchmarks vs reality – testnet numbers are impressive but real-world performance may vary.
Token & economic mechanics – check SOMI distribution, unlock schedules, and governance rules before participating.

Bottom Line

Somnia is more than just another blockchain — it’s a platform aiming to bring Web2-like experiences fully on-chain, preserving ownership, interactivity, and composability. For game studios, social app developers, and creators looking to build real-time, high-frequency applications, Somnia could be the foundation for the next generation of blockchain experiences.

In simple terms: Somnia wants your apps to be fast, your transactions cheap, and your digital experiences fully on-chain.

@Somnia Official
$SOMI

#Somnia

Imagine you’ve locked some money into a DeFi pool. You earn yield, but your funds are stuck. You can’t move them, reuse them, or layer them into other strategies without unwinding your position. This is a common problem in today’s decentralized finance world: liquidity often sits idle, making the system less efficient.

Mitosis is here to change that. It turns locked liquidity into programmable, reusable assets — allowing you to keep your exposure, earn yield, and even use the same funds across multiple strategies or chains. In short, it makes your money work harder, smarter, and more flexibly.

The Problem Mitosis Solves

Traditional DeFi has some limitations:

Frozen capital: Once you deposit funds into an AMM or vault, they become hard to move.
Mercenary liquidity: Many users chase short-term yields, leaving ecosystems fragile and unpredictable.
Limited composability: Locked funds can’t easily participate in other strategies or financial products.

Mitosis addresses all of this by turning your deposited liquidity into assets that can move, be reused, and even be combined in complex ways — all while staying secure.

Key Concepts in Simple Terms

1. Hub Assets

When you deposit assets into Mitosis, they’re converted into Hub Assets — tokenized, transferable versions of your deposit. These act like digital “tickets” that can be moved across strategies and chains without giving up your original investment.

2. miAssets & maAssets

miAssets: Think of these as your receipt for deposited funds (e.g., deposit ETH, get miETH). You can redeem them anytime, or use them as collateral to earn more yield elsewhere.
maAssets: These are “strategy-wrapped” assets for targeted campaigns. They offer higher potential returns but with higher risk, designed for users who want to participate in concentrated yield strategies.

3. Ecosystem-Owned Liquidity (EOL)

Instead of liquidity constantly moving to the highest-paying pool, EOL pools are community-governed and durable. This ensures predictable liquidity for new apps or chains, making markets more stable.

How It Works

EVM-Compatible Blockchain: Mitosis runs on a blockchain compatible with Ethereum smart contracts.
EigenLayer Integration: Security comes from Ethereum restaking, meaning staked ETH also helps protect Mitosis. This strengthens the network but comes with some risks (slashing if validators misbehave).

Benefits of Mitosis

Higher Capital Efficiency: Your funds aren’t locked—they can be reused and layered into other strategies.
Democratized Yield Access: Retail users can now access complex strategies that were once only for institutions.
Cross-Chain Flexibility: Move Hub Assets across different chains easily.
Better Liquidity for New Projects: EOL pools provide stable, predictable liquidity for new DeFi apps.

Risks to Keep in Mind

Restaking Risks: Using EigenLayer introduces the chance of slashing if the validator misbehaves.
Leverage Risks: Reusing assets in multiple strategies can amplify losses during stress events.
Centralization Risks: Large operators controlling too much liquidity could affect governance and security.
Smart Contract Risks: Complex systems are more vulnerable to bugs or exploits.

Why Mitosis Is Exciting

Mitosis tackles a core DeFi inefficiency: frozen, underutilized liquidity. By transforming it into programmable assets, the protocol makes capital more flexible, accessible, and efficient. Users can earn more, protocols get better liquidity, and the whole ecosystem becomes healthier.

It’s a step toward a future where your crypto doesn’t just sit there — it works for you in multiple ways at once.

Final Thoughts

Mitosis isn’t just another DeFi project. It’s a rethink of how liquidity works in decentralized finance. By giving users the ability to reuse and deploy their assets in multiple ways, it aims to make DeFi more efficient, fair, and innovative.

In short: your money isn’t stuck anymore — it’s working, everywhere, all the time.

@Mitosis Official
$MITO

#Mitosis

Imagine you’ve locked some money into a DeFi pool. You earn yield, but your funds are stuck. You can’t move them, reuse them, or layer them into other strategies without unwinding your position. This is a common problem in today’s decentralized finance world: liquidity often sits idle, making the system less efficient.

Mitosis is here to change that. It turns locked liquidity into programmable, reusable assets — allowing you to keep your exposure, earn yield, and even use the same funds across multiple strategies or chains. In short, it makes your money work harder, smarter, and more flexibly.

The Problem Mitosis Solves

Traditional DeFi has some limitations:

Frozen capital: Once you deposit funds into an AMM or vault, they become hard to move.
Mercenary liquidity: Many users chase short-term yields, leaving ecosystems fragile and unpredictable.
Limited composability: Locked funds can’t easily participate in other strategies or financial products.

Mitosis addresses all of this by turning your deposited liquidity into assets that can move, be reused, and even be combined in complex ways — all while staying secure.

Key Concepts in Simple Terms

1. Hub Assets

When you deposit assets into Mitosis, they’re converted into Hub Assets — tokenized, transferable versions of your deposit. These act like digital “tickets” that can be moved across strategies and chains without giving up your original investment.

2. miAssets & maAssets

miAssets: Think of these as your receipt for deposited funds (e.g., deposit ETH, get miETH). You can redeem them anytime, or use them as collateral to earn more yield elsewhere.
maAssets: These are “strategy-wrapped” assets for targeted campaigns. They offer higher potential returns but with higher risk, designed for users who want to participate in concentrated yield strategies.

3. Ecosystem-Owned Liquidity (EOL)

Instead of liquidity constantly moving to the highest-paying pool, EOL pools are community-governed and durable. This ensures predictable liquidity for new apps or chains, making markets more stable.

How It Works

EVM-Compatible Blockchain: Mitosis runs on a blockchain compatible with Ethereum smart contracts.
EigenLayer Integration: Security comes from Ethereum restaking, meaning staked ETH also helps protect Mitosis. This strengthens the network but comes with some risks (slashing if validators misbehave).

Benefits of Mitosis

Higher Capital Efficiency: Your funds aren’t locked—they can be reused and layered into other strategies.
Democratized Yield Access: Retail users can now access complex strategies that were once only for institutions.
Cross-Chain Flexibility: Move Hub Assets across different chains easily.
Better Liquidity for New Projects: EOL pools provide stable, predictable liquidity for new DeFi apps.

Risks to Keep in Mind

Restaking Risks: Using EigenLayer introduces the chance of slashing if the validator misbehaves.
Leverage Risks: Reusing assets in multiple strategies can amplify losses during stress events.
Centralization Risks: Large operators controlling too much liquidity could affect governance and security.
Smart Contract Risks: Complex systems are more vulnerable to bugs or exploits.

Why Mitosis Is Exciting

Mitosis tackles a core DeFi inefficiency: frozen, underutilized liquidity. By transforming it into programmable assets, the protocol makes capital more flexible, accessible, and efficient. Users can earn more, protocols get better liquidity, and the whole ecosystem becomes healthier.

It’s a step toward a future where your crypto doesn’t just sit there — it works for you in multiple ways at once.

Final Thoughts

Mitosis isn’t just another DeFi project. It’s a rethink of how liquidity works in decentralized finance. By giving users the ability to reuse and deploy their assets in multiple ways, it aims to make DeFi more efficient, fair, and innovative.

In short: your money isn’t stuck anymore — it’s working, everywhere, all the time.

@Mitosis Official
$MITO
#Mitosis

Bringing Wall Street-grade prices directly on-chain, securely and transparently

What is Pyth Network?

Pyth Network is a decentralized oracle that delivers real-time financial market data directly to blockchains. Unlike traditional oracles that rely on third-party middlemen, Pyth sources its data straight from professional market participants — like exchanges, trading firms, and liquidity providers — ensuring the highest fidelity and freshness.

It powers DeFi applications, tokenized assets, lending protocols, and derivatives that need fast, trustworthy on-chain prices.

Why Pyth is Important

Blockchains cannot see real-world prices on their own. Most oracles collect data from third parties, which can be slow, costly, and potentially inaccurate.

Pyth solves this by using a first-party model:

Data comes directly from the source — the institutions and market makers themselves.
Aggregation and verification happen on-chain, ensuring transparency.
Developers get access to real-time, reliable prices for their smart contracts.

This approach reduces intermediaries, improves speed, and enhances security for DeFi protocols.

How Pyth Works

First-party publishers: Exchanges, market makers, and banks submit price data directly to the network.
Aggregation & verification: Pyth combines multiple feeds, filters out anomalies, and ensures the data is accurate.
Cross-chain delivery: For other blockchains, Pyth uses cryptographically signed messages so different networks can verify prices without trusting intermediaries.

This system ensures that your DeFi app always sees fresh, reliable market prices.

Key Products and Features

Price Feeds: Thousands of assets, from crypto to equities and commodities, updated in real time.
Pyth Lazer: Ultra-low latency feeds for apps like perpetual futures and other high-speed trading protocols.
Historical Data & Benchmarks: Use past prices for backtesting or settlement.
Secure Randomness (Pyth Entropy): Provides cryptographically secure randomness for gaming, NFTs, and other use cases.

Who Benefits from Pyth?

DeFi protocols: Need accurate prices for lending, liquidations, or derivatives.
Tokenized assets: ETFs, equities, and other asset-backed tokens can use Pyth for settlement.
Cross-chain projects: Receive verified price feeds across different blockchains.
Developers building high-speed apps: Use Pyth Lazer for millisecond-level updates.

Security & Trust Model

Pyth increases data reliability but isn’t completely trustless:

Publisher integrity: Feeds come from reputable institutions, reducing errors.
Guardian set for cross-chain delivery: Ensures data is authentic when shared between blockchains.
Monitoring & anti-spoofing: Pyth checks for anomalies to maintain high-quality data.

Developers should combine Pyth feeds with protocol-level safeguards like circuit breakers or time-weighted averages (TWAPs).

Getting Started for Developers

EVM Chains & Solana: Pyth provides smart contract interfaces and libraries to read price feeds.
Choose update frequency: From millisecond-level Lazer feeds to standard updates depending on your application needs.
Integration: Combine Pyth data with your protocol logic to power DeFi, trading, or tokenized markets.

Use Cases in Action

Perpetual futures: Real-time prices for accurate funding rates and risk management.
Lending & liquidations: Fast updates reduce unfair liquidations.
Tokenized equities & ETFs: On-chain settlement using accurate market prices.
Cross-chain DeFi: Verified prices delivered securely across multiple blockchains.

Final Takeaway

Pyth Network is the price layer for Web3 — delivering real-time, high-quality market data from professional publishers directly on-chain. It’s fast, secure, and transparent, powering everything from DeFi lending and liquidations to tokenized assets and high-speed trading.

For developers, Pyth offers a reliable source of prices without relying on intermediaries. For users, it helps ensure fair and accurate transactions in the decentralized financial ecosystem.

@Pyth Network
$PYTH

#PythRoadmap

Lend, borrow, trade, and margin with over 1,000 assets — all in one DeFi platform

What is Dolomite?

Dolomite is a next-generation decentralized finance platform that combines a lending and borrowing market with a decentralized exchange (DEX) and margin trading. It allows you to put your tokens to work instead of letting them sit idle. The real game-changer? Dolomite supports over 1,000 different tokens, including niche and wrapped assets that most platforms ignore.

Whether you want to earn interest, borrow against your holdings, or trade with leverage, Dolomite makes it possible — all while keeping your DeFi rights intact.

Why Dolomite Matters

Most lending platforms only support a handful of major tokens. That leaves a lot of users with smaller or niche assets unable to earn anything. Dolomite changes that by:

Supporting 1,000+ assets: From popular tokens to wrapped derivatives and indexes.
Offering multiple use cases: Lend, borrow, margin trade, or provide liquidity in one platform.
Maintaining DeFi composability: Your tokens remain usable across other DeFi protocols.

In short, Dolomite ensures that almost every token in your wallet can be productive.

How Dolomite Works

Deposit & Lend: Supply your supported tokens to earn interest. These tokens are made available to borrowers and liquidity pools.
Borrow: Use your deposited tokens as collateral to borrow other assets.
Trade & Margin: Dolomite’s integrated DEX allows spot and margin trading using your supplied or borrowed assets.
Leverage Composability: Your assets can serve multiple purposes at once — for lending, borrowing, or trading — increasing capital efficiency.

Key Features

Massive Asset Support: Over 1,000 tokens, including unusual or wrapped assets.
Integrated DEX: Swap tokens seamlessly without leaving the platform.
Margin Trading: Open leveraged positions with cross-margin and isolated margin options.
Virtual Liquidity Routing: Ensures your assets are efficiently utilized across lending, borrowing, and trading.
Composability: Assets can interact with other DeFi protocols for strategies and yield stacking.

Who Can Benefit

HODLers: Earn interest on tokens that would otherwise sit idle.
Traders: Trade or margin trade a wide range of assets with capital efficiency.
Liquidity Managers: Route assets across lending, borrowing, and trading pools.
Developers: Build new DeFi products using Dolomite’s flexible asset and protocol infrastructure.

Security & Risk Considerations

Smart Contract Risk: Lending, margin, and trading all involve complex smart contracts — audits help, but risk remains.
Asset Risk: Less liquid tokens can be volatile and carry higher risk as collateral.
Integration Risk: Using assets across multiple DeFi protocols adds complexity; small allocations are recommended.

Getting Started

Connect your wallet to Dolomite.
Browse the supported tokens and markets.
Deposit tokens to lend or use them as collateral to borrow.
Trade or margin trade with your assets.
Explore additional DeFi strategies using your deposited or borrowed tokens.

Final Takeaway

Dolomite makes almost every token in your wallet useful. By combining lending, borrowing, trading, and margin in one platform with broad token support, it allows users and developers to maximize capital efficiency. Whether you want passive yield, leverage, or advanced DeFi strategies, Dolomite gives you the tools — just remember to manage risk wisely.

@Dolomite
$DOLO

#Dolomite

How Bitcoin holders can earn yield through a hybrid CeFi + DeFi framework

What is BounceBit?

BounceBit is a blockchain that allows Bitcoin holders to restake their BTC and earn yield from multiple sources. It combines centralized finance (CeFi) and decentralized finance (DeFi) — a model often called CeDeFi — to offer users the best of both worlds: secure, regulated yield from traditional sources, plus the flexibility and composability of DeFi.

Think of it as turning idle Bitcoin into an active asset that can earn rewards while staying liquid and usable in on-chain applications.

Why BounceBit Matters

Bitcoin is often called “digital gold,” but most BTC just sits in wallets without earning any yield. BounceBit solves this problem by:

Allowing BTC holders to stake and earn returns
Using liquid staking derivatives, so staked BTC can still be used in DeFi
Combining institutional-grade yield sources with DeFi strategies for higher returns
Maintaining security and transparency through blockchain governance

In short: it gives BTC holders a way to grow their holdings without losing flexibility or control.

How BounceBit Works

BTC Conversion: Users deposit BTC and receive a protocol-native token (like BBTC) that represents their staked BTC.
Restaking & Yield Generation: This token can be used in multiple ways — earning validator rewards, participating in liquidity pools, or generating yield from institutional DeFi strategies.
Liquid Staking Derivatives (LSDs): The staked BTC token is tradable and can be used as collateral or in other DeFi protocols, creating additional opportunities to earn.
CeDeFi Framework: BounceBit mixes centralized yield (from custodians and regulated funds) with DeFi farming and liquidity strategies to maximize returns.
EVM Compatibility: Developers can build smart contracts and dApps using familiar Ethereum tooling.

This combination allows users to earn yield while still keeping their BTC active in the crypto ecosystem.

CeDeFi — The Best of Both Worlds

BounceBit’s CeDeFi model bridges traditional finance and DeFi:

CeFi side: Institutional-grade custodians and tokenized money-market funds provide secure, regulated yield.
DeFi side: Users can participate in liquidity pools, lending, and yield farming for additional returns.

By blending these two, BounceBit unlocks new yield opportunities for BTC holders while keeping assets liquid and composable.

Who Can Benefit

Individual BTC holders: Earn passive yield without selling or losing access to BTC.
DeFi users: Use liquid staking derivatives in other protocols for layered returns.
Institutions: Integrate tokenized real-world assets into on-chain yield strategies for more efficient capital use.
Developers: Build dApps or financial products on an EVM-compatible chain using BBTC and LSDs.

Tokenomics & Incentives

Native token (BB): Used for governance, staking, and rewards.
BTC representation & LSDs (BBTC / stBBTC): BTC holders earn validator rewards, CeFi yields, and DeFi farming rewards.
Layered incentives: Returns come from a mix of staking, partner yields, and protocol incentives.

This design encourages both long-term participation and active engagement in DeFi strategies.

Real-World Use Cases

Earn passive BTC yield: Stake BTC and get a combination of protocol rewards and CeFi/DeFi yields.
Composable DeFi exposure: Use staked BTC derivatives in lending, AMMs, or derivatives protocols.
Institutional yield: Tokenized treasuries and money-market products can be integrated into structured on-chain strategies.
Cross-chain liquidity: EVM compatibility allows BBTC and derivatives to be used across other chains.

Security & Risk Considerations

Custody partnerships: BTC is often held with regulated custodians, balancing security and compliance.
Smart contract & bridge risk: Composability and cross-chain flows increase attack surface — audits and best practices are essential.
Economic complexity: Stacked yields and layered strategies carry risk; users should understand how rewards are generated.
Regulatory landscape: Tokenized assets and institutional integrations may face future regulatory scrutiny.

Getting Started

Deposit BTC and receive BBTC or stBBTC.
Stake or use your tokens in liquidity pools, lending protocols, or other DeFi strategies.
Track rewards and participate in governance using the BB token.
Developers can integrate BBTC/stBBTC into dApps via EVM-compatible smart contracts.

Why BounceBit is Exciting

BounceBit makes Bitcoin an active, yield-generating asset while keeping it liquid and composable in the DeFi ecosystem. It blends the security and yield of CeFi with the flexibility and transparency of DeFi, giving BTC holders new ways to grow their holdings.

In essence, BounceBit turns your idle BTC into a working asset in the crypto economy — safely, efficiently, and transparently.

@BounceBit
$BB
#BounceBitPrime

Making crypto simple, secure, and seamless

What is WalletConnect?

WalletConnect is an open-source protocol that lets cryptocurrency wallets and decentralized applications (dApps) connect securely and effortlessly. Instead of relying on clunky browser extensions or proprietary setups, WalletConnect creates a smooth bridge, allowing your wallet to talk to hundreds of apps across multiple blockchains safely.

Since its launch in 2018, WalletConnect has grown impressively:

Supports over 600 wallets
Connected to 65,000+ dApps
Facilitated 300 million+ connections for 47.5 million users

It’s become one of the key pillars of the Web3 ecosystem, powering seamless, encrypted interactions between wallets and apps.

Why WalletConnect Matters

Before WalletConnect, connecting a wallet to a dApp could be confusing, inconsistent, or even risky. WalletConnect changed the game by:

Providing a universal standard for wallet-dApp connections
Ensuring end-to-end encryption, so private keys never leave your wallet
Offering cross-chain compatibility, letting users interact with multiple blockchains without reconnecting

For users, it’s safer and simpler. For developers, it removes the headache of building custom wallet integrations.

How It Works (Simply)

Pairing: You scan a QR code or approve a connection in your wallet.
Secure Channel: WalletConnect creates an encrypted channel between your wallet and the dApp.
Signing Transactions: The dApp can send requests to your wallet, and you approve them locally — your private keys never leave the device.
Multi-Chain Support: You can interact with multiple blockchains in a single session, without repeating the connection process.

Everything happens securely behind the scenes, with relays only routing encrypted data, not reading it.

Evolution and v2 Upgrade

WalletConnect v2 brought major improvements:

Multi-chain sessions: One connection can handle multiple chains
Enhanced security: Permissions for each session are now more granular
Decentralized relays: Faster, more resilient, and trust-minimized routing
Better developer tools: Easier integration with wallets and apps

These upgrades made WalletConnect the backbone of Web3 connectivity.

Security Highlights

End-to-end encryption: Only your wallet and the dApp can see transaction data
Local signing: Private keys stay in your device
Audits and best practices: Regular audits ensure the protocol remains secure

WalletConnect balances convenience with strong security, which is why millions of users trust it every day.

The WalletConnect Ecosystem

WalletConnect is not just a protocol — it’s a whole network:

Wallets: MetaMask Mobile, Trust Wallet, Rainbow, Argent, Ledger Live, and more
dApps: Thousands of DeFi, NFT, and gaming apps
Network reach: Tens of millions of wallets, hundreds of millions of connections

It’s also powered by the WCT token, used for governance, staking, and incentivizing network growth across chains like Optimism and Solana.

Real-World Use Cases

DeFi: Lending, staking, or swapping tokens from your mobile wallet
NFT Marketplaces: Mint, list, or buy NFTs seamlessly
Gaming: Sign in-game transactions without exposing private keys
Cross-Chain Apps: Interact with multiple chains in one session

WalletConnect makes all of this possible without compromising security or UX.

Limitations to Keep in Mind

Users must carefully check permissions to avoid approving malicious transactions
Relay network performance can vary, so some delays may occur
Token models and governance (WCT) can change over time, so always check official sources

Getting Started

For Users: Simply open your wallet, scan a QR code in a dApp, and approve transactions securely.
For Developers: WalletConnect offers SDKs for web and mobile apps, making integration fast and easy.

Why It’s Important

WalletConnect solves one of Web3’s biggest challenges: connecting wallets and apps across multiple chains in a safe, seamless way. It’s the glue that makes decentralized finance, gaming, NFTs, and multi-chain applications truly accessible to millions of users.

In short: WalletConnect makes crypto simpler, safer, and smoother for everyone.

@WalletConnect
$WCT

#WalletConnect

The decentralized proving infrastructure that offloads heavy computation and makes blockchains faster and cheaper

What is Boundless?

Boundless is a next-generation zero-knowledge (ZK) proving platform designed to make proof generation faster, cheaper, and easier for blockchains, dApps, and rollups. Normally, generating zero-knowledge proofs is heavy on computation and costly, forcing each blockchain to build its own proving system. Boundless changes that by creating a shared, permissionless marketplace where external prover nodes can handle the work.

It uses zkVM technology — a virtual machine designed for verifiable computation — which allows most of the heavy lifting to happen off-chain. The blockchain only needs to verify the results, keeping gas costs low and performance high. In short: Boundless lets developers focus on building applications while the network takes care of the expensive proof generation.

Why Boundless Matters

Zero-knowledge proofs are powerful: they can improve privacy, speed up transactions, and secure computations without revealing sensitive data. But generating them is complex and resource-intensive.

Before Boundless:

Each project had to build its own proving infrastructure.
Developers relied on centralized providers, creating trust risks.
High costs and complexity slowed adoption.

With Boundless:

Anyone can submit a proof request to the market.
Multiple independent provers can compete to generate proofs.
The proofs can then be verified on any blockchain that supports Boundless.

This approach creates efficiency, decentralization, and interoperability for ZK applications.

How Boundless Works

Write a zkVM program: Developers create a program that performs the computation they want to prove. This is compiled into a “zkVM image.”
Submit a proof request: The developer sends a request to the Boundless Market with inputs, the image ID, and other parameters.
Provers take on the task: Permissionless prover nodes see the request, place bids, and start generating the proof off-chain.
Proof generation: The prover runs the zkVM program, producing a cryptographic “seal” and a journal (application data).
On-chain verification: The seal is submitted to a smart contract for verification. Only the minimal verification logic runs on-chain, making it fast and cheap.

This process allows heavy computations to happen off-chain, while still guaranteeing trust through cryptographic verification.

Key Concepts

zkVM: A virtual machine designed to run programs in a way that allows zero-knowledge proofs.
Proof request: A developer’s submission asking for a computation to be proven.
Prover: A node that generates proofs in exchange for rewards.
Verifier (on-chain): A smart contract that validates proofs.
Seal & Journal: The seal is the cryptographic proof; the journal is the data produced by the computation.

Why Developers Love It

Efficiency: Offloads heavy computation from the chain.
Lower costs: Only the verification happens on-chain, reducing gas fees.
Interoperability: One proof can be verified on multiple chains.
Ease of use: Developers don’t need to build their own prover infrastructure.

Real-World Use Cases

Layer-2 rollups: Outsource block/proof generation without maintaining dedicated prover nodes.
Cross-chain proofs: Verify computations across different blockchains.
Privacy apps & DeFi: Run heavy logic off-chain while keeping it verifiable on-chain.
Gaming & oracles: Offload computationally heavy processes while guaranteeing integrity.

The Incentives Behind Boundless

Boundless is built like a marketplace:

Provers earn rewards for generating valid proofs.
Staking & penalties ensure honest behavior.
Tokenized rewards can incentivize participation, though developers should always check official sources for the latest token model.

This market-driven approach ensures the system scales as more developers and provers participate.

Getting Started

Explore Boundless documentation and SDKs.
Compile a zkVM program and publish its image.
Submit proof requests to the marketplace.
Receive proofs and use them in smart contracts for verification.

Developers can start quickly with sample programs and ready-made SDKs from the official Boundless GitHub.

The Bottom Line

Boundless takes the heavy lifting out of zero-knowledge proofs and makes them accessible to any blockchain or dApp. By creating a decentralized marketplace of provers, it reduces costs, speeds up adoption, and opens up new possibilities for ZK applications.

If you’re building a rollup, a privacy-focused app, or any smart contract that requires verifiable off-chain computation, Boundless is a tool worth exploring. It’s like having a cloud of provers ready to prove your work — and your blockchain only needs to check the result.

@Boundless
$ZKC

#boundless

The digital world is changing fast, but creators often face frustrating gaps. AI tools can be hard to scale, Web3 monetization is still patchy, and digital AI characters (or “agents”) usually can’t connect with decentralized systems. Holoworld AI steps in to fix all that — giving creators the tools, platforms, and infrastructure to turn AI characters into real, monetizable assets.

Why Holoworld AI Matters

Imagine you’re a creator: you want to build a digital character, produce videos, interact with fans, and maybe even sell parts of your work. Today, that’s complicated. Most AI tools focus on one-off outputs. Web3 monetization can feel unfair or overly complex. And if you want your AI to interact with blockchain apps or earn real value, there’s almost no standard way to do it.

Holoworld AI solves all three problems at once. It gives creators:

AI-powered studios for content creation
Fair and structured token launch tools
Universal connectors for AI agents to join the Web3 economy

The Holoworld Product Stack

1. Ava Studio — Your AI Creative Playground

Ava Studio is a no-code video and content production platform. You can create characters, write scripts, generate scenes, add voices, sound effects, and even edit iteratively. The magic? Characters are persistent — your AI agents remember context, so each video or interaction feels consistent and alive.

This means creators can finally go beyond one-off AI clips. You can build a character, give it a personality, and watch it evolve as it produces content for your audience.

2. Agent Market & Agentic App Store

Holoworld has a marketplace where creators can sell, license, or trade their AI agents. Think of it like turning a digital character into a collectible, interactive product. Fans can subscribe, buy assets, or interact with the characters.

These agents are composable, meaning they can work with other apps or agents, creating endless possibilities for collaboration, games, or interactive stories.

3. OpenMCP — The “Universal Connector”

The Model Context Protocol (MCP) is an open standard for connecting AI models to other systems. Holoworld implements MCP to make AI agents Web3-ready.

With OpenMCP, your AI agent can:

Interact with smart contracts
Read or write blockchain data
Integrate seamlessly with decentralized apps (dApps)

This bridges the gap between AI creativity and blockchain functionality.

4. HoloLaunch — Fair Token Launches for Creators

HoloLaunch is Holoworld’s launchpad designed specifically for AI projects and creator IP. You can run fair token presales, manage liquidity automatically, and set up royalties for your work.

This helps creators fund their projects in a transparent and predictable way — without relying on centralized intermediaries.

How It All Comes Together

Here’s a typical workflow for a creator:

Build a character in Ava Studio — choose its look, voice, and personality.
Mint your agent assets on-chain so ownership is verifiable.
List your agent on the Agent Market to monetize subscriptions, tips, or IP revenue.
Connect your agent to external apps, games, or services using OpenMCP.
Launch token sales or fundraising campaigns with HoloLaunch if you want to scale.

In short: idea → creation → monetization → growth — all in one ecosystem.

Real-World Use Cases

Virtual Idol / Livestreamer: Persistent AI characters can stream, chat with fans, and sell merchandise around the clock.
Indie Games: AI agents become NPCs with on-chain inventory and tradable behaviors.
Brands & IP: Companies can tokenize characters for fan engagement, collectibles, or limited-edition content.
AI Customer Assistants: Persistent, verifiable agents can handle real-time customer interactions and payments.

Why Holoworld Stands Out

End-to-End Tools: From creation to monetization, everything is in one platform.
Open Standards: MCP makes agents interoperable across Web3 apps.
Fair Launch Infrastructure: Token mechanics designed for creator-first economies.

Things to Keep in Mind

Token Economics: HOLO tokens and presale events may have volatility. Always check unlock schedules before participating.
IP & Legal: Tokenizing AI characters can raise copyright or regulatory questions.
Tech Maturity: AI and agentic tools are evolving — some features may still be experimental.
Safety & Moderation: Persistent AI agents need guardrails to prevent misuse or harmful behavior.

Bottom Line

Holoworld AI is building the bridge between AI creativity and Web3 monetization. It allows creators to design, launch, and monetize persistent AI characters — all while connecting them to the wider decentralized ecosystem.

It’s a bold experiment, early but promising. For creators who want to explore AI-driven storytelling, virtual personalities, or tokenized IP, Holoworld provides the tools to make it happen — safely, fairly, and creatively.

@Holoworld AI
$HOLO
#HoloworldAI

Most DeFi lending platforms look the same. They let you lend or borrow a handful of big-name tokens — ETH, USDC, maybe a governance token or two — and that’s it. If you hold anything outside that small circle, your options are limited.

That’s where Dolomite comes in.

Instead of restricting you to a tiny menu of assets, Dolomite opens the doors wide. It’s the only DeFi lending and borrowing platform that supports over 1,000 unique assets — everything from majors to LP tokens, liquid staking tokens, and those long-tail assets that usually just sit idle in your wallet.

Why Dolomite is Different

The magic of Dolomite is how it combines two worlds into one:

A decentralized exchange (DEX) for trading.
A lending & borrowing protocol for earning and borrowing capital.

This hybrid design makes your assets more productive. For example:

You can lend tokens and earn yield.
Borrow against them without selling.
Or margin trade, using your deposits as collateral.

And if you’re holding yield-bearing tokens — like LP tokens or staked assets — Dolomite doesn’t make you give up those rewards. You can still collect the native yield while using them inside Dolomite. That’s double utility.

A Quick Example

Imagine you’re holding GLP (a liquidity provider token from GMX). Normally, you’d have two choices:

Keep your GLP and earn rewards.
Use it elsewhere, but sacrifice the yield.

On Dolomite, you don’t have to choose. You keep earning GLP rewards and use the same GLP as collateral to borrow USDC or open a margin trade. It’s like having your cake and eating it too.

What You Can Actually Do on Dolomite

Lend & Borrow → Earn interest on deposits or borrow without selling your tokens.
Margin Trading → Hedge or go leveraged, all in one account.
Support for 1,000+ Assets → From blue chips to LP tokens, your bag finally has utility.
Multi-Position Wallet → Manage different strategies under one address.

For power users, Dolomite even provides SDKs and APIs so devs can plug in bots, build strategies, or integrate Dolomite’s money-market into other apps.

Built for the Future of DeFi

Dolomite runs on Arbitrum, which means lower fees and Ethereum-level security. Its modular architecture makes it easy to upgrade and add new markets, keeping the protocol flexible as DeFi evolves.

Governance is community-driven through its native token, giving users a say in listings, incentives, and protocol upgrades.

Why It Matters

For everyday users, Dolomite is about freedom. Your assets don’t have to sit idle anymore. Whether it’s a mainstream token or some LP share from your favorite DeFi pool, Dolomite finds a way to make it useful.

For traders, it’s about efficiency — being able to lend, borrow, and trade without moving funds around across multiple apps.

And for developers, it’s a playground — a composable platform where new strategies can be built on top of Dolomite’s foundation.

Final Thoughts

Dolomite is carving out a space in DeFi that most protocols ignore: the long-tail of assets. By unlocking utility for more than 1,000 tokens, it’s giving users new ways to earn, hedge, and build strategies without compromising on their DeFi-native rights.

In simple terms: if you’ve ever wished your “weird” tokens could actually do something instead of just sitting in your wallet, Dolomite is built for you.
@Dolomite
$DOLO

#Dolomite