Jack Wade

A Broken Digital Landscape

Look around the digital world today and you’ll notice the cracks.

Creators are everywhere, but most of them are stuck using scattered tools that don’t scale. Web3 promised a fairer economy, but token launches often feel rigged for insiders. And AI, despite all its hype, still lives in silos—brilliant but disconnected, unable to take part in the decentralized systems that are reshaping finance, culture, and ownership.

This is the world Holoworld AI is stepping into, not to add more noise, but to repair what’s broken. Its mission is simple yet ambitious: give creators scalable studios, give communities fair ways to monetize, and give AI agents a way to finally participate in the Web3 economy.

The Studio That Scales Your Imagination

Holoworld introduces something fresh: AI-native studios.

Think of them as creative spaces where humans and AI work side by side. Instead of juggling one app for text, another for visuals, and yet another for video, you can design everything in one place. A script becomes a scene, a character becomes an interactive agent, and the entire story can be minted and shared directly into Web3.

Here, AI isn’t just a helper. It becomes your collaborator—scaling your imagination into something bigger than you could build alone.

Fair Token Launches, Not Insider Games

We’ve all seen how token launches play out: hype, bots, and privileged insiders walk away with most of the rewards, while communities are left with scraps. Holoworld flips that script with its launch infrastructure, built on fairness and transparency.

Every launch is verifiable on-chain, every participant gets a fair shot, and every project has the chance to grow with community trust instead of suspicion.

For creators, this means their work can finally be monetized in a way that feels authentic. For supporters, it means being part of a journey without worrying about being exploited.

Giving AI a Wallet and a Voice

The most radical idea in Holoworld’s vision is its universal connectors.

Today’s AI can create, predict, and entertain—but it can’t act. It can’t hold tokens, join a DAO, or stake in DeFi. Holoworld changes that by giving AI agents the ability to interact directly with Web3 protocols.

That means an agent you design could not only generate art but also manage its own earnings. It could participate in governance, invest in assets, or even build its own digital reputation. In other words, AI finally gets a wallet and a voice, becoming a true participant in the decentralized economy.

What Makes Holoworld Different

Plenty of projects talk about AI and blockchain, but Holoworld feels different because:

It puts creators at the center, not corporations.

It builds fairness into the very structure of monetization.

It imagines AI agents not just as assistants but as real actors with agency in Web3.

That combination is rare—and powerful.

A Glimpse Into the Future

Picture this: a single creator, empowered by AI-native studios, launches an entire animated series, funds it through a fair token launch, and sees fans trade and support its characters in a global marketplace.

Or imagine DAOs where human voters and AI agents sit side by side, making decisions together. Imagine a future where your favorite digital character isn’t just a story—it’s an economic citizen of the Web3 world.

That’s the world Holoworld is trying to unlock.

LFG

Holoworld AI is still young, and the road won’t be easy. It will face competition, questions of scalability, and the challenge of building trust. But the vision is compelling: a new ecosystem where creativity scales, fairness is built in, and intelligence isn’t siloed but active in the economy.

This isn’t about replacing creators—it’s about multiplying their possibilities.
It isn’t about tokens as hype—it’s about tokens as trust.
And it isn’t about AI locked in black boxes—it’s about AI stepping into the open world as a partner.

Holoworld AI isn’t just building tools. It’s building a new kind of world.
@Holoworld AI $HOLO #HoloworldAI

A New Kind of Infrastructure for Web3

Web3 is moving fast, but it’s weighed down by an old problem. Computation on blockchains is expensive, slow, and duplicated across countless nodes. Every rollup, every application, every DeFi protocol ends up stuck facing the same limits.

Boundless was built to break that cycle. Instead of forcing each network to invent its own zero knowledge system, Boundless offers something different — a shared proving layer. It’s like plugging into a public power grid. You don’t need to run your own generator, you just tap into a reliable flow of cryptographic trust.

What Makes Boundless Unique

Proofs Without the Pain

Boundless uses a zero knowledge virtual machine (zkVM). Think of it as a universal engine that can take almost any program, run it off-chain, and then output a small proof saying: yes, this was done correctly.

Developers don’t have to build complex circuits by hand.

Blockchains don’t get slowed down by heavy math.

Users don’t get crushed by high fees.

It’s a way to make advanced cryptography accessible without the pain.

A Marketplace of Provers

Instead of one centralized system, Boundless runs like a marketplace. Applications post proof requests, and independent provers compete to fulfill them. The economic model is called Proof of Verifiable Work — provers are rewarded not for wasteful energy use, but for generating useful proofs.

They stake tokens, take on jobs, and if they fail or cheat, they can be slashed. It turns proving into an open economy where honesty and performance are rewarded.

The Signal: Safer Bridges

One of the boldest ideas in Boundless is The Signal. Cross-chain bridges are notorious for hacks, but The Signal replaces trust with pure math.

Imagine Ethereum saying to Solana: this block is final, and here’s the proof. No middlemen, no multisigs, no blind trust. Just a portable cryptographic signal that other chains can verify instantly. It turns bridges into secure highways between ecosystems.

The Role of the ZKC Token

ZKC is the lifeblood of Boundless. It isn’t just a coin to trade, it’s the mechanism that makes the system run.

Provers stake it to join the marketplace.

Developers pay fees in it when requesting proofs.

Provers earn it by completing work.

Holders use it to govern the future of the network.

The design rewards those who help keep the system secure and useful, while giving the community control over how it grows.

Why Boundless Matters

Boundless isn’t just about cheaper proofs or faster rollups. It’s about shifting the way Web3 thinks about infrastructure:

From siloed zk systems to a shared proving layer.

From redundant computation to efficient proof markets.

From fragile bridges to cryptographic trust signals.

This has ripple effects everywhere. Rollups can scale without building everything themselves. Apps can run heavy off-chain computations and simply verify them on-chain. Entire blockchains can speak to each other securely.

It’s not just optimization. It’s a new foundation.

The Road Ahead

Boundless is still young. It needs to grow its network of provers, refine incentives, and prove it can handle massive demand. But if it succeeds, it could become the invisible infrastructure of Web3.

Like electricity, you wouldn’t notice it running in the background — you’d just trust that when you flip the switch, it’s there.

Conclusion

Boundless is not about noise. It’s about reliability. It’s about making zero knowledge technology simple, scalable, and universal. By creating a decentralized marketplace for proofs, powered by zkVMs and secured by its token economy, Boundless could be the backbone that allows Web3 to scale without limits and connect without trust gaps.

It’s quiet, it’s powerful, and it could be the proof layer that makes a truly boundless future possible.
@Boundless $ZKC #boundless

The Big Picture

Crypto has given us coins, tokens, and endless speculation. But beyond this digital bubble lies something far larger — the world’s real assets. Real estate, government bonds, private credit, commodities, even carbon credits. Together, they represent tens of trillions of dollars.

Yet most of that wealth is stuck in traditional systems: slow, fragmented, and accessible only to institutions. The dream of Real-World Asset Finance, or RWAFi, is to unlock these assets and make them as liquid and programmable as crypto.

This is the dream Plume is chasing.

Why Plume Exists

Most blockchains today were never built with real-world assets in mind. They work well for digital coins, but they break down when you try to add compliance, legal rights, and regulated instruments.

Plume flips the script. It’s not a general-purpose chain that tries to fit RWAs as an afterthought. Instead, Plume is a modular Layer 2 chain designed specifically for real-world finance.

Here’s what makes it stand out:

EVM compatible: Developers can use all the familiar Ethereum tools while tapping into RWA-focused features.

Compliance built-in: KYC, AML, and reporting aren’t optional plug-ins. They’re part of the protocol itself.

Modular design: Each piece — execution, settlement, compliance — can scale and evolve independently.

Unified marketplace: Issuers, investors, and institutions can meet in one place, instead of scattered across fragmented platforms.

Plume isn’t just another Layer 2. It’s a financial operating system for tokenized assets.

The Tools That Make It Work

Tokenization Engine

Plume gives issuers a simple way to put assets on-chain. Real estate can be fractionalized, bonds can be digitized, and commodities can be tokenized into liquid, tradable units.

Compliance Layer

Traditional finance demands trust, identity, and legality. Plume weaves all of this directly into the chain. Every transaction can be checked against compliance rules, making it safe for institutions without losing DeFi composability.

Liquidity Bridges

Through systems like SkyLink and support for native USDC and cross-chain transfer protocols, Plume connects liquidity from other ecosystems. This means a U.S. bond tokenized on Plume could be borrowed against on Ethereum or flow into yield strategies on other chains.

Stable Infrastructure

With native stable assets like pUSD and wrapped forms like pETH, the ecosystem has internal liquidity rails, enabling easy swaps and cross-collateralization between RWA tokens and crypto assets.

Early Momentum

Mainnet launch: June 2025, starting strong with 150 million dollars worth of tokenized assets onboard.

Secured value: Roughly 109 million dollars already held within the chain, according to independent trackers.

Adoption: Over 180 projects are building on Plume — from real estate to credit markets and carbon tokenization.

Community activity: The testnet saw 3.7 million users and more than 250 million transactions even before mainnet went live.

Funding: Plume is backed by Haun Ventures, Apollo Global, YZi Labs, and has a 25 million dollar ecosystem fund dedicated to accelerating RWA innovation.

Momentum is clear: this isn’t just theory — it’s already happening.

Why It Matters

Imagine opening your wallet and not just seeing coins or tokens, but slices of apartments in New York, exposure to U.S. Treasury bonds, or carbon credits from renewable projects.

For institutions, Plume provides a compliant way to issue and manage assets globally.
For DeFi builders, it opens a whole new class of collateral and yield opportunities.
For everyday investors, it lowers barriers to assets once reserved for the wealthy.

Plume doesn’t just bring real-world assets to DeFi. It redefines what finance itself could look like.

The Road Ahead

Plume’s vision is bold, but challenges remain. Regulation is tricky, custody of real-world assets must be watertight, liquidity needs to deepen, and adoption by institutions won’t come overnight.

Yet the foundation is strong: a chain built around compliance, modular scaling, liquidity connections, and institutional trust.

If the first era of crypto was about coins and speculation, the next era could be about tokenizing the real world itself. Plume is paving the road for that shift.
@Plume - RWA Chain $PLUME #plume

A New Era: Where AI Meets Blockchain

The past decade has been shaped by two unstoppable forces: artificial intelligence and blockchain. AI is changing how we live and work, generating value from data and automation. Blockchain is rewriting how trust, ownership, and value move across the digital world. But until now, these two forces have mostly lived in separate universes.

OpenLedger is where they finally come together. It calls itself the AI blockchain — not as a buzzword, but as its very foundation. Instead of treating AI like an outsider that can be plugged into blockchain, OpenLedger has been built from the ground up to host AI models, datasets, and even intelligent agents as first-class citizens on-chain.

What Makes OpenLedger Different

Most blockchains were designed for finance. OpenLedger is designed for intelligence. Every part of the AI lifecycle — from training a model to deploying an agent — runs directly on-chain.

Here’s what that means in practice:

Data Becomes an Asset: Datasets can be uploaded, owned, and licensed on OpenLedger. No more black-box ownership. If your data helps train a model, you get credited and rewarded.

Models Gain Liquidity: Instead of being locked up as proprietary tools, AI models become tradable, composable, and monetizable assets — just like tokens or NFTs.

Agents Earn on Their Own: AI agents deployed on OpenLedger can interact with smart contracts, provide services, and collect fees transparently.

Ethereum-Compatible: Built on the OP Stack and connected with Layer 2 ecosystems, OpenLedger works seamlessly with existing wallets and contracts.

In short: it’s not just a blockchain that supports AI. It’s a blockchain designed for AI to live, grow, and thrive.

The Core Building Blocks

OpenLedger’s architecture has several pillars, each solving a critical challenge in AI:

Datanets: Shared, community-driven datasets where contributors retain ownership. Every piece of data has a clear trail of who provided it.

ModelFactory: A user-friendly environment for training and fine-tuning models on-chain. You can watch metrics, adjust parameters, and know exactly how your data is shaping results.

OpenLoRA: A lightweight and efficient serving engine, making it easier and cheaper to run multiple models at scale.

Proof of Attribution: A unique mechanism that calculates who contributed what to a model’s performance — and then pays them fairly in tokens.

Marketplace: A place to buy, sell, or license datasets, models, and AI services — as easy as trading tokens in DeFi.

The Role of the OPEN Token

The fuel that powers OpenLedger is its native token, OPEN.

Gas and Fees: Every dataset upload, model inference, or agent action requires OPEN as gas.

Rewards: Data providers, model trainers, and contributors are paid in OPEN according to their impact.

Governance: Token holders help decide how the protocol evolves.

Staking and Security: Certain roles, like AI agents, may need to stake OPEN to prove reliability.

With a total supply of one billion tokens, OPEN’s distribution is designed to reward early contributors, fund the ecosystem, and ensure long-term governance. The project also kicked off with a $10 million airdrop to early adopters, sparking strong community excitement.

Why It Matters

OpenLedger solves problems that AI desperately faces today:

Data Monopoly: Right now, corporations own the data. OpenLedger breaks that by letting anyone tokenize and sell their data.

Transparency: How models are trained is often a mystery. OpenLedger makes provenance auditable, creating trust in outputs.

Fair Rewards: Contributors finally get paid for their part in building and training AI.

Decentralized Intelligence: Instead of closed, corporate-owned models, OpenLedger creates an open, collaborative ecosystem.

Use Cases in Action

A medical researcher uploads anonymized health datasets. Every time those datasets train a new model, she earns passive income.

A startup builds a specialized AI agent for supply-chain optimization. The agent operates fully on-chain, automatically serving clients and collecting fees.

Developers train niche legal or financial models on Datanets, creating AI tools that outperform big general-purpose systems in specific fields.

Enterprises license models through the marketplace, with all transactions transparent and all contributors rewarded.

Strengths and Challenges

Strengths

Built for AI from the start, not retrofitted.

Transparent attribution and fair payment.

Fully composable AI assets.

Ethereum compatibility, making adoption smoother.

Backed by strong investors and early traction.

Challenges

Scaling AI on-chain remains complex and expensive.

Attribution is difficult to measure perfectly in large models.

Token unlocks could pressure prices if adoption lags.

Competing projects like Ocean Protocol or Bittensor are also chasing similar visions.

Regulatory questions around data ownership and AI responsibility remain unresolved.

Looking Ahead

OpenLedger launched its token in late 2025 with strong momentum, exchange listings, and a wave of excitement in both AI and crypto communities. Its roadmap includes expanding the number of Datanets, refining attribution, deploying more agents, and building enterprise partnerships.

If Web3 was about decentralizing money and ownership, OpenLedger could be about decentralizing intelligence itself — giving everyone a stake in the AI revolution.

✨ In simple words: OpenLedger is trying to create a world where your data, your models, and your intelligence can finally earn for you — fairly, transparently, and on-chain.
@OpenLedger $OPEN #OpenLedger

When most people think of blockchains, they imagine finance apps, DeFi protocols, or complex trading. But what about games, concerts, social apps, or even AI-powered characters that live in digital worlds?

That’s the vision behind Somnia, a new EVM-compatible Layer 1 blockchain designed to handle the kind of fast, high-volume activity that consumer apps need. Instead of focusing only on finance, Somnia aims to power fun, creativity, and entertainment — at a scale that feels natural to everyday users.

Why Somnia Matters

Today, most blockchains struggle when millions of people pile in at once. Fees go up, transactions slow down, and the experience breaks. That doesn’t work for gamers or creators who want real-time interactions.

Somnia’s mission is simple: make blockchain feel invisible. That means sub-second confirmation times, fees that cost less than a cent, and a smooth experience where the user doesn’t even notice the technology.

Imagine:

A multiplayer game where every move, shot, and loot pickup is secured on-chain instantly.

A live concert in the metaverse where fans can tip, collect digital souvenirs, and chat in real-time.

AI characters that learn from your actions and write their memories directly to the blockchain.

Somnia wants all of this to happen without the friction that usually makes Web3 clunky.

The Technology Behind It

To make this possible, Somnia uses something called MultiStream consensus. Instead of forcing all activity through one bottleneck, each validator keeps its own data stream. A consensus layer then ties everything together into a final state.

This design allows transactions to run in parallel, making the system faster and more responsive. Somnia combines this with:

A custom high-speed database for constant updates.

Compression and networking tweaks so data moves quickly across the network.

Full Ethereum compatibility, letting developers use Solidity and familiar tools without learning a new stack.

During its six-month testnet, Somnia processed over 10 billion transactions and onboarded more than 118 million wallets. Those are huge numbers for a chain that’s just beginning its journey.

The SOMI Token

Somnia’s economy runs on SOMI, its native token. It works much like ETH on Ethereum — paying for gas, securing the network, and serving as the basis for governance.

But Somnia introduces a twist: half of every transaction fee is burned. That means the more the network is used, the scarcer SOMI becomes. With a maximum supply of 1 billion tokens, this design links the growth of the ecosystem directly to the value of the token.

Validators and delegators stake SOMI to secure the network, while users and developers spend it for everyday transactions and in-app actions.

Partners and Ecosystem

Somnia isn’t moving alone. Big players are already involved:

Google Cloud is running a validator and exploring AI-driven NPCs and security solutions.

BitGo has added custody support for SOMI, making it easier for funds and enterprises to manage assets.

Infrastructure partners like LayerZero, Thirdweb, Sequence, and Ankr ensure developers have cross-chain routes and toolkits ready.

This support helps Somnia position itself as more than an experimental chain — it’s building real bridges between traditional enterprises, developers, and the next wave of Web3 entertainment.

What People Can Build

1. Games that feel alive: not just financialized play-to-earn, but immersive gameplay where every action counts and ownership is real.

2. Social and creator apps: streaming tips, collectible drops, live interactions, and communities that thrive without lag.

3. AI-powered worlds: adaptive NPCs, smart agents, and interactive characters that evolve alongside players.

With sub-cent fees and sub-second finality, developers can finally dream beyond “turn-based blockchain games” and build experiences that actually feel fun.

Challenges Ahead

Of course, big visions come with big questions. Somnia’s performance claims — like one million transactions per second — will need independent testing in real-world conditions. Its validator set, around sixty at launch, will need to expand to improve decentralization. And like every new chain, it faces competition from other gaming-first blockchains.

The key to success won’t be hype, but adoption. If studios, creators, and communities actually choose Somnia and build hit apps on it, the chain could become a true hub for entertainment in Web3.

LFG

Somnia isn’t trying to be another finance chain. It wants to be the chain for fun, for stories, for games, for social worlds — for the things we actually enjoy doing online. By focusing on speed, low fees, and AI-ready infrastructure, it’s chasing something different: blockchain as the backbone of culture, not just capital.

Whether it becomes the home of the next billion users depends on what gets built. But one thing is already clear — Somnia is trying to make Web3 feel less like work and more like play.
@Somnia Official $SOMI #Somnia

A New Lens on DeFi Liquidity

Decentralized finance has unlocked trillions of dollars in liquidity, yet much of it remains stuck in rigid forms. Liquidity pool tokens, staking positions, and derivatives often sit locked away, unable to move freely or be reused across protocols. This leaves users with fragmented yields, inefficient markets, and products that feel complex or exclusive to professionals.

Mitosis Protocol reimagines this model. Instead of leaving liquidity sitting idle, it transforms positions into programmable components. Think of it as turning static liquidity into flexible, living building blocks that anyone can use to create new financial strategies.

Why Liquidity Needs to Evolve

The issues in today’s DeFi landscape are clear:

Static positions: LP tokens or staking assets can’t easily be repurposed once they’re locked.

Fragmented yields: Opportunities are scattered across chains, forcing users to choose one pool or one ecosystem at a time.

Unequal access: Advanced strategies like structured yields or fixed-income products are often reserved for large players.

Capital inefficiency: Massive amounts of liquidity remain underutilized, creating waste in the system.

Mitosis offers a way forward by making liquidity mobile, programmable, and composable.

The Mitosis Blueprint

1. Vaults and Hub Assets

When users deposit assets into Vaults, they receive Hub Assets in return. These act as portable tokens that represent their liquidity. Hub Assets can flow across campaigns, strategies, and even chains, giving users flexibility without constant redeployment.

2. Ecosystem-Owned Liquidity (EOL)

This is the passive route for liquidity. Funds flow into protocol-owned pools or treasuries, providing depth to the ecosystem while giving providers stable, baseline yield.

3. Matrix Campaigns

Matrix campaigns are curated, time-limited programs that allow users to earn higher returns by committing liquidity to targeted opportunities. They’re like structured DeFi campaigns but far more flexible and programmable.

4. Programmable Components

This is the heart of the system. Mitosis can split liquidity into parts — principal, yield, duration, and risk. Developers can then recombine these pieces to build innovative products: fixed vs variable yield, structured notes, or tokenized risk layers.

5. Cross-Chain Connectivity

Mitosis doesn’t stop at one chain. It acts as a liquidity hub, able to move value between different ecosystems. This interoperability ensures liquidity can always be deployed where it’s most efficient.

What Can Be Built on Mitosis

Fixed and variable yield products: Separate risk and return for different user preferences.

Secondary markets for LP tokens: Make LP exposure tradeable and liquid.

Structured finance products: Build tranches and bonds on-chain with full transparency.

Liquidity bootstrapping campaigns: Use Matrix to attract liquidity to new projects with precise incentives.

Cross-protocol arbitrage tools: Route liquidity automatically for maximum efficiency.

Why This Matters

The impact of Mitosis goes beyond just yield farming:

For users: Everyday investors get access to sophisticated yield strategies once limited to hedge funds.

For protocols: Liquidity becomes more dynamic and efficient, making it easier to bootstrap and sustain ecosystems.

For institutions: A programmable infrastructure layer that allows structured finance to run transparently on-chain.

For DeFi as a whole: A step closer to fair, efficient, and equitable financial markets.

Risks to Consider

Like any innovation, there are risks:

Campaign risks: Matrix programs may concentrate exposure, so users must read terms carefully.

Cross-chain security: Moving liquidity across chains always carries messaging and bridge risks.

Liquidity depth: For Hub Assets to thrive, secondary markets must stay liquid.

The Bigger Vision

Finance has always been about making money more programmable. Banknotes turned gold into portable value. Bonds and derivatives created new layers of flexibility. Smart contracts brought agreements into code.

Mitosis takes the next leap: making liquidity itself programmable. Instead of being locked in pools, liquidity becomes alive — modular, mobile, and reusable.

If successful, Mitosis could become the financial operating layer for DeFi, where liquidity constantly adapts to the needs of users, protocols, and markets.

LFG

Mitosis is not just another DeFi protocol. It’s an infrastructure shift that reframes how we think about liquidity, yield, and financial engineering. By giving everyone access to programmable liquidity, it unlocks a fairer and more efficient future for decentralized finance.

Just as smart contracts made agreements programmable, Mitosis makes liquidity programmable — opening the door to endless innovation.
@Mitosis Official $MITO #Mitosis

Why Oracles Matter

Blockchains are powerful, but they live in a closed world. They don’t know the price of Bitcoin, the cost of oil, or the value of Tesla stock—unless someone tells them. That’s the job of an oracle: to bring real-world data into the blockchain.

The problem? Traditional oracles often rely on third parties scraping data from websites or APIs. It works, but it can be slow, uncertain, and sometimes risky. For finance, where every second counts, this setup just isn’t enough.

That’s where Pyth Network steps in.

What Makes Pyth Different

Instead of relying on middlemen, Pyth connects directly to the source. Exchanges, market makers, and trading firms publish their own data straight to the network. This means the numbers you see on-chain aren’t filtered through anonymous nodes—they come from the people actually trading those assets.

It’s the difference between hearing a rumor about the price and hearing it directly from the trading floor.

Data With Confidence

Every price on Pyth comes with two pieces of information: the price itself and a confidence level.

The confidence level shows how certain the network is about that price. In calm markets, confidence is high and updates are precise. In volatile moments, the confidence band widens, signaling that things are moving fast.

For DeFi apps, this matters a lot. A lending protocol can choose to pause liquidations if confidence drops, saving users from unnecessary losses. A trading app can adjust its settings to avoid risky trades during sudden spikes. Pyth doesn’t just give numbers—it gives context.

How It Works

Pyth runs its own lightweight chain called Pythnet. This is where publishers continuously send price updates. Feeds refresh almost instantly—sometimes in less than half a second.

Instead of constantly pushing updates to every blockchain (which would be expensive and messy), Pyth uses a pull model. Smart contracts request the latest data only when they need it. That means apps always get fresh prices without wasting resources.

To spread data across ecosystems, Pyth uses secure messaging protocols that send these updates to more than 100 blockchains, from Ethereum and Solana to Aptos, Sui, and BNB Chain.

Who Provides the Data

Pyth isn’t powered by hobbyists—it’s backed by major names in global finance. Over 120 institutions publish data to the network. Some of the well-known ones include:

Cboe Global Markets, one of the largest stock exchanges in the world

Coinbase, a leading crypto exchange

Revolut, a global fintech company

Trading giants like Jane Street, Jump Trading, Wintermute, and Virtu

This means you’re not just trusting a network of random servers—you’re getting prices directly from the firms that shape global markets every day.

Real Use Cases

Pyth already powers billions in value across DeFi. Some key examples:

Perpetual trading platforms use its data to prevent unfair liquidations.

Lending protocols rely on accurate feeds for collateral pricing.

Stablecoins and tokenized assets use foreign exchange and commodity data to stay anchored.

Games and NFTs experiment with real-world prices to make experiences more dynamic.

Wherever financial truth is needed, Pyth is stepping in.

The Role of the PYTH Token

The PYTH token governs the network and keeps it sustainable:

Token holders guide decisions like onboarding new data sources or changing rewards.

Publishers earn rewards when their data is used.

Apps pay small fees to update price feeds, creating a fair loop that benefits providers and users alike.

This model ensures that those who contribute reliable data are rewarded, while developers get trustworthy feeds at predictable costs.

Pyth vs Chainlink

Chainlink is the established oracle giant, while Pyth is the challenger with a different philosophy.

Chainlink relies on independent node operators fetching data.

Pyth gets data directly from first-party providers like exchanges and trading firms.

Chainlink is broad and general-purpose.

Pyth is fast, specialized, and laser-focused on financial data.

Instead of competing, the two may complement each other: Chainlink as the generalist, Pyth as the specialist for real-time market feeds.

Challenges Ahead

Pyth is growing quickly, but it faces hurdles:

Heavy reliance on institutional publishers may raise concerns about decentralization.

Cross-chain messaging depends on secure bridges, which adds risk.

The pull model requires builders to learn a slightly different way of using oracle data.

Despite these challenges, adoption has been rapid—and momentum continues to build.

The Bigger Picture

For decades, real-time market data has been locked behind expensive paywalls like Bloomberg. Only professionals with deep pockets could access it.

Pyth flips that model. It makes aggregated data openly available, and anyone can use it. Developers and traders only pay a small fee when they want to record an update on-chain.

This is more than just a DeFi tool—it’s a step toward democratizing access to financial information worldwide.

Conclusion

Pyth isn’t just another oracle. It’s a fresh approach that puts speed, trust, and transparency at the center. By bringing data directly from the source and pairing it with confidence measures, it empowers DeFi to act with precision and safety.

As finance continues to merge with blockchain, oracles will become the lifeline of this new economy. Pyth has positioned itself not as a follower but as a pioneer—building a data layer for the future of open, global markets.
@Pyth Network $PYTH #PythRoadmap

The Big Picture

Bitcoin has always been digital gold — trusted, valuable, and a symbol of decentralization. But for all its power, it mostly just sits there. Unlike Ethereum or other proof-of-stake chains, Bitcoin can’t natively earn yield. That means trillions of dollars worth of BTC are often left idle.

BounceBit wants to change that. Its mission is simple but ambitious: turn Bitcoin into a productive asset while keeping it safe, liquid, and trusted.

What BounceBit Brings to the Table

A CeDeFi Framework

BounceBit calls itself a CeDeFi chain, which means it combines the structure of centralized finance with the openness of decentralized finance. In practice, this means:

Secure custody: BTC is held with regulated custodians so it never floats unprotected on exchanges.

On-chain freedom: Once custodied, Bitcoin is mirrored on BounceBit’s blockchain as tokens like BBTC and BBUSD, which can move, trade, and interact with DeFi protocols.

This hybrid approach reassures institutions that demand regulation while giving crypto users the flexibility they love.

Dual-Token Security

Unlike most chains, BounceBit validators don’t rely on a single native token. They secure the network with both the BB token and BBTC (the Bitcoin mirror). This ties the safety of the chain not only to its own ecosystem but directly to the weight of Bitcoin’s value.

For everyday users, it means staking isn’t just about BB tokens — your BTC itself becomes part of the network’s backbone.

Restaking and Yield Layers

Once BTC is mirrored on BounceBit, it doesn’t stop at simple staking. BounceBit introduces restaking, where your assets can also be used for additional yield strategies such as market-neutral trades, funding rate capture, or liquidity operations.

On top of that comes BounceBit Prime, their flagship yield vault. Prime blends tokenized real-world assets, like Franklin Templeton’s money market fund, with crypto-native strategies. The result: a unique mix of traditional finance stability and crypto alpha, all backed by Bitcoin.

Staying Liquid

No one wants their BTC locked away forever. That’s why BounceBit gives stakers liquid versions of their assets, like stBBTC. You can keep using these tokens in DeFi while your underlying Bitcoin keeps earning in the background.

Building the Ecosystem

BounceBit is not just about staking and yields. The chain itself is EVM compatible, which means developers can bring over Ethereum-style apps and tools with ease. The team is also experimenting with BounceClub, a modular space where communities can build apps, host experiences, or launch their own mini-ecosystems inside BounceBit.

Momentum So Far

Funding: Raised $6 million in seed capital led by Blockchain Capital and Breyer Capital, with later backing from Binance Labs.

Adoption: Quickly surpassed half a billion dollars in total value locked across its custody and on-chain layers.

Integration: Partnered with Ceffu’s MirrorX for off-exchange settlement, meaning assets remain secure even when used in trades or strategies.

Why It Feels Different

Bitcoin is not just wrapped for DeFi; it becomes part of the chain’s security.

It gives institutions the regulated rails they need, while keeping DeFi composability alive for users.

It mixes real-world yields with crypto-native yields for more sustainable strategies.

And it ensures liquidity so you don’t have to give up your BTC to participate.

Risks to Keep in Mind

Of course, no system is risk-free. BounceBit still relies on custodians — centralized entities that must be trusted. Smart contracts powering Prime or other strategies can fail or be exploited. Redemption delays or settlement lags could appear in times of stress. And as always, regulators are still deciding how to treat tokenized funds and hybrid CeDeFi models.

The Road Ahead

BounceBit is part of a bigger movement. Projects like Babylon and Merlin Chain are also exploring ways to make Bitcoin more useful. What sets BounceBit apart is its strong embrace of regulated custody and real-world financial integration.

If it works, it could mark a turning point: Bitcoin moving from being a passive store of value into an active, yield-generating asset class — while still preserving the trust that made it king of crypto in the first place.

✨ In one line: BounceBit is teaching Bitcoin how to work for you — safe in custody, alive on-chain, and earning across both crypto and traditional markets.
@BounceBit $BB #BounceBitPrime

The Power of a Whisper

In crypto, the smallest whisper can move mountains. A hint of a new exchange listing, a screenshot of a secret partnership, or a tweet that sparks speculation — these are often the sparks that ignite massive price swings. By the time the official news hits, the real profits are usually gone.

This is where Rumour.app comes in. Built by AltLayer, it is the first platform designed to let traders not just hear the whispers, but act on them directly.

What Exactly is Rumour.app?

Rumour.app is described as the world’s first rumor trading platform. Think of it as a place where you can:

Spot rumors early — about token listings, partnerships, regulations, or product launches

Check their credibility through community validation and reputation systems

Trade immediately on those signals without leaving the platform

Exit your positions before the rest of the market even realizes what’s happening

AltLayer calls this turning “market chatter into tradeable alpha.” In simple words, it gives you the chance to ride the wave before the crowd piles in.

Launch and Incentives

The platform was unveiled in September 2025, right around two of the biggest industry events — Korea Blockchain Week and Token2049 Singapore.

To kick things off, AltLayer announced a forty-thousand dollar reward pool. Traders could earn by taking positions based on rumors, while signal providers were rewarded for sharing credible whispers. The idea was clear: get both sides of the market — the rumor hunters and the traders — engaged from day one.

Why Trade on Rumors?

Rumors aren’t just gossip. In crypto, they’re the seeds of narratives — and narratives move prices.

News takes time. Rumors move instantly.

Information is scattered across Twitter, Telegram, and Discord. Rumour.app brings it all into one feed.

Being early matters. The first movers often capture the biggest gains.

By rewarding people for surfacing rumors, the platform creates a cycle: more signals, more trading, more opportunity.

How It Works

Although not every detail has been revealed, here’s how Rumour.app likely operates:

A rumor feed where traders can browse whispers tied to different tokens and categories

A credibility layer where the community helps separate signal from noise, possibly with staking or reputation scoring

A trading engine powered by Hyperliquid that lets you go long or short right from the app

A resolution system that decides whether a rumor plays out or not, which then settles the trades

A reward loop that pays rumor sharers, validators, and successful traders

The experience is built for speed — mobile friendly, real-time, and designed for those who want to move faster than the market.

Why AltLayer is Building This

AltLayer is best known for infrastructure — rollups, modular chains, and the idea of “restaked rollups” for security. But with Rumour.app, it is stepping into the world of consumer products.

The strategy makes sense:

Rumour creates demand for AltLayer’s ecosystem by pulling traders and signal providers directly into its orbit.

The data collected — who shares rumors, how markets react — can itself become a powerful asset.

It positions AltLayer as more than just backend plumbing; it becomes a player shaping how crypto traders engage with markets.

Challenges on the Horizon

The idea is bold, but not without risk:

Fake rumors and manipulation — bad actors might try to game the system.

Regulation — some rumors border on insider information, raising legal questions.

Adjudication — deciding whether a rumor is “true” isn’t always black and white.

Liquidity — without enough active traders, markets could feel thin and unstable.

Rumour.app will need strong checks, balanced incentives, and a fair resolution process to thrive.

Why It Feels Different

Unlike traditional prediction markets where you bet on fixed outcomes, Rumour.app is about speed and timing. It is about trading while the story is still forming.

Think of it like a live feed of market whispers — except you don’t just watch them, you trade them. It’s speculation on speculation, which is uniquely suited to crypto’s fast and chaotic culture.

The Road Ahead

As of now, we don’t have the full picture. The team hasn’t yet released detailed tokenomics, resolution rules, or governance frameworks. But what’s clear is that the idea touches on one of crypto’s rawest truths: perception shapes price.

If Rumour.app can keep its feeds clean, its incentives fair, and its markets liquid, it could become a central hub for narrative-driven trading. If not, it risks being remembered as a fascinating experiment that got lost in its own noise.

LFG
Rumour.app by AltLayer is daring. It formalizes what traders already do in group chats and Twitter threads every day: trade on rumors.

The difference is that here, rumors aren’t scattered or vague. They are structured, validated, and instantly actionable.

It is risky, volatile, and untested — but also innovative and aligned with the very soul of crypto: fast, speculative, and driven by stories.

In the end, Rumour.app asks a simple but thrilling question:

What if you could trade the rumor before it became the news?
@rumour.app $ALT #traderumour

In crypto, whispers often move faster than facts. A single tweet, a Telegram leak, or even a vague screenshot can ignite a rally before the market understands what’s happening. By the time official news drops, the early movers are already sitting on profits while the rest scramble to catch up.

This is the chaotic reality AltLayer wants to capture and transform with Rumour.app — a platform designed to make market gossip not just visible, but tradable. It’s being called the world’s first “rumour trading platform,” and it’s built with one goal in mind: give traders the edge to act before headlines hit.

Why it Matters

AltLayer isn’t new to the scene. They’ve built their reputation on rollup infrastructure and blockchain scalability. But Rumour.app is something different — it’s about taking the most human driver of markets, narrative, and turning it into a structured marketplace.

Instead of endlessly chasing social feeds, Discord chats, and alpha groups, Rumour.app brings all those whispers into one place. Add in credibility scoring, mobile-first design, and direct trading integration, and you get a tool that feels like a live wire for narrative-driven traders.

How it Works

The app revolves around a simple loop: discover, validate, act.

Discover: Users can post rumors — exchange listings, protocol upgrades, partnerships, governance decisions.

Validate: The community builds reputations. Posters who are right more often gain trust, while false signals lose weight.

Act: With Hyperliquid powering execution, traders can move instantly, without the lag of copying a rumor into an exchange.

It’s designed for the speed of gossip. Mobile-first, real-time, and tuned for those who thrive on being early.

To kickstart the network, AltLayer even launched a $40,000 campaign for rumor submissions and trading contests, tying the rollout to high-profile events like Korea Blockchain Week and TOKEN2049. The message was clear: this is where the next generation of alpha hunters should gather.

The Edge for Traders

Crypto has always rewarded early movers. The difference between catching a narrative in its whisper stage and waiting for confirmation is often the difference between 10x and nothing.

Rumour.app doesn’t promise certainty. What it offers is speed, optionality, and a space where narratives can be traded before they become news.

Imagine seeing a rumor about a token listing hours before the official announcement. Or catching whispers of a regulatory setback before a coin dumps. For narrative-driven traders, this platform could become a secret weapon.

Risks and Reality Checks

Of course, gossip cuts both ways.

False rumors are inevitable. Some traders will get burned chasing narratives that never materialize. The platform will need strong systems to reward accuracy and filter manipulation attempts.

Then there’s regulation. Acting on non-public, market-moving information lives in a grey zone that regulators don’t ignore. Rumour.app’s pseudonymous marketplace will have to navigate this carefully.

But perhaps the biggest question is cultural: can crypto embrace a platform that makes rumor-mongering an official trading tool?

Why it Feels Different

Prediction markets have existed for years, but they often feel academic or slow. Sentiment dashboards scrape data, but they lack the thrill of immediacy. Rumour.app is different because it fuses marketplace dynamics, pseudonymous reputation, and direct trading into one experience.

It doesn’t ask you to wait for outcomes. It lets you step into the fire of speculation while it’s still burning.

Where This Could Lead

Rumour.app is still young, but the potential directions are fascinating:

A staking system where rumor posters put up collateral, losing it if their information is false.

Event-based derivatives tied to rumor confirmation.

AI-driven feeds that cluster similar rumors and rank their likelihood.

Institutional adoption if the model proves reliable and legally viable.

Whether it stays niche or grows into a new layer of financial infrastructure will depend on adoption, credibility, and trust.

LFG

Markets are powered by stories. In crypto, those stories spread at the speed of light — and the traders who hear them first win.

Rumour.app is AltLayer’s attempt to bottle that chaotic energy and give it structure. It’s bold, risky, and controversial. But if it works, it could redefine how traders compete — not just on charts and metrics, but on who hears the next big story first.

Because sometimes, gossip really is alpha.
@rumour.app #traderumour $ALT

Technology is moving faster than ever, yet many creators feel left behind. The tools are often too technical, monetization is limited, and artificial intelligence lives in closed systems that rarely connect to Web3. Holoworld AI steps in with a bold promise: to make AI not just a tool, but a living, ownable, and interactive part of our digital lives.

A New Kind of Creation

Most AI today is designed to generate outputs — text, images, or video. Holoworld reimagines this. Instead of just producing content, it focuses on creating AI agents: digital beings with identity, memory, and personality.

These agents can talk, act, and evolve over time. They aren’t throwaway chatbots; they’re characters you can own and nurture. Imagine designing a storyteller who remembers every tale, a coach who grows alongside you, or a companion who develops its own quirks and voice. Holoworld makes this possible — and, importantly, it anchors each creation on the blockchain so it belongs to you.

Tools That Empower, Not Intimidate

Holoworld is building a creative ecosystem that feels more like a playground than a lab.

Ava Studio gives anyone the ability to animate, script, and bring their AI characters to life with voice and visuals.

The Agent Marketplace serves as a hub where these digital beings can be shared, licensed, or even sold.

HoloLaunch ensures creators have a fair way to launch their projects and tokens, leveling the playing field so it’s not just whales and insiders who benefit.

Behind it all, the OpenMCP connectors allow agents to plug into real Web3 life — staking tokens, participating in governance, interacting with DeFi, and more.

This isn’t just about new tech. It’s about turning creative dreams into living digital identities that can thrive on their own.

The Role of HOLO

Every ecosystem needs fuel, and for Holoworld, that’s the HOLO token. It powers governance, staking, rewards, and ecosystem growth. It’s also the currency that flows through HoloLaunch and the marketplace.

In some cases, creators and users will rely on credits (sometimes tied to an AVA system) for running agents in real time. Together, these tokens form the balance between long-term governance and short-term usage, making sure both the creators and the infrastructure providers are rewarded.

The emphasis on fair launch mechanisms is a key difference here. Holoworld wants to avoid the traps of early speculation where a few actors dominate. Instead, it’s building systems that reward community engagement, creativity, and genuine contribution.

Building a Culture, Not Just a Platform

Holoworld is already forming alliances that bridge culture, finance, and community. It’s backed by major investors like Polychain Capital, but it also partners with brands like L’Oréal and connects with NFT-native communities such as Pudgy Penguins and Deadfellaz.

This mix tells a bigger story: Holoworld isn’t just about technology, it’s about weaving AI beings into culture itself. Think of it less like a software product and more like an app store for AI characters, where the currency is creativity and imagination.

Why It Matters

The digital economy has three big gaps:

Creators need tools they can actually use — not just engineers.

Monetization needs to move beyond simple NFT drops and short-lived hype.

AI needs to step out of silos and participate directly in Web3’s open systems.

Holoworld is designed to tackle each of these. It lowers the barrier for creation, embeds ownership and monetization into the very DNA of each AI being, and gives those beings a way to act inside the decentralized economy.

The Challenges

The vision is inspiring, but the road won’t be easy. Running thousands of interactive, evolving AI beings at scale is a massive technical challenge. Tokens must prove they have genuine utility beyond speculation. And creators need a reason to trust this ecosystem instead of sticking with centralized platforms.

There are also deeper questions we’ll need to wrestle with as this world grows:

Who is responsible if an AI agent misbehaves?

How do we handle ownership if an agent evolves far beyond its creator’s initial design?

What happens when regulators look closely at autonomous, tokenized digital beings?

These aren’t easy questions, but Holoworld seems determined to face them head on, leaning on decentralization, community governance, and fair incentives.

The Bigger Picture

If Holoworld succeeds, the way we think about digital life could change forever.

Creators become architects of living beings, not just makers of static content.

Communities can launch their own characters, turning memes and culture into interactive, evolving identities.

Users could form relationships with digital companions that are as memorable as their favorite movies or games.

And the economics shift: value is tied not just to speculation, but to usage, creativity, and participation.

It’s a future where culture isn’t only shaped by humans, but also co-created with digital beings that we design, own, and set free in the open economy.

LFG
Holoworld AI is daring to dream beyond tools and tokens. It’s reaching for a world where AI agents are alive, valuable, and deeply woven into the fabric of Web3 culture.

It may not be perfect, and the journey will be messy. But if even part of this vision comes true, Holoworld could become the birthplace of the next generation of digital icons — beings that don’t just entertain us, but live alongside us.
@Holoworld AI $HOLO #HoloworldAI

Somnia isn’t just another EVM-compatible chain. It’s a blockchain designed with people at the center. While most chains grew out of finance and trading, Somnia was built for something bigger and more relatable—games, social worlds, and entertainment that millions of everyday users can enjoy without feeling the weight of blockchain complexity.

The Vision: From Finance to Fun

Finance chains are about big transfers, speculation, and yield. Games and social platforms are about play, connection, and millions of small actions happening every second. Somnia’s vision is to make blockchain invisible. Fast, seamless, and friendly—so that a player entering a game or a fan joining an interactive concert never has to stop and think, “wait, I’m on-chain.”

The Technology: Simple Ideas with Big Impact

MultiStream Consensus
Instead of cramming everything into blocks, Somnia streams data continuously. Validators publish their own flows, and a consensus layer puts them in order. This design keeps the network smooth, even during massive spikes.

Compiled EVM
Most blockchains interpret smart contracts step by step. Somnia takes a shortcut: it compiles the busiest contracts into machine code and runs them at full CPU speed. That means it shines exactly when thousands of people are hammering the same contract at once—like during a live event or an in-game battle.

IceDB: Predictable State
Storage is one of the trickiest parts of blockchain performance. Somnia’s custom database, IceDB, makes every read and write predictable, with clear costs that translate into fair gas fees. Developers know what to expect, and users avoid surprise costs.

Compression and Signature Aggregation
By compressing streams and bundling signatures, Somnia keeps data lean. Even when the chain handles millions of transactions per second, the network doesn’t drown in unnecessary overhead.

Proof in Numbers

During testnet, Somnia crossed 10 billion transactions in total, with record days of over 80 million transactions. These aren’t just blockchain figures—they’re mainstream app figures, the kind you’d expect from platforms like mobile games or social networks.

And on September 2, 2025, Somnia launched mainnet alongside its token SOMI. The ecosystem already features major integrations—BitGo for custody, Google Cloud as a validator and AI partner, and support from LayerZero, Ankr, Sequence, DIA, and Thirdweb.

SOMI: The Token Fueling the Network

SOMI is the lifeblood of the network. It pays gas fees, secures the chain through staking, and eventually governs decisions. The supply is fixed at 1 billion tokens, carefully distributed with long vesting schedules to protect the ecosystem from early sell pressure.

Delegated staking makes participation simple, allowing everyday holders to contribute to security without technical overhead.

A Developer’s Playground

For builders, Somnia feels familiar yet enhanced. Solidity still works, Hardhat and Foundry are supported, and tools like Thirdweb plug right in. Oracles, randomness, and subgraph indexing are ready from day one.

Most importantly, Somnia embraces account abstraction and gasless flows—meaning players and fans don’t need to manage wallets or fees. Developers can focus on experiences, not infrastructure.

Ecosystem Momentum

BitGo ensures safe custody for institutions and studios.

Google Cloud validates the network and co-develops AI-driven NPCs and game features.

Partners like Ankr, LayerZero, Sequence, DIA, and Thirdweb provide infrastructure, messaging, wallets, and dev tools.

This isn’t just a blockchain community—it’s a coalition of builders across cloud, gaming, and infrastructure.

The Road Ahead

Like every ambitious project, Somnia faces challenges:

Sustaining high throughput may require strong validator hardware.

Developers must learn Somnia’s unique gas pricing.

The biggest test will be real-world adoption—flagship games and social platforms proving its capacity at scale.

Why Somnia Feels Different

While others focus on finance, Somnia focuses on people. Its mission is to support the worlds where people play, connect, and belong. It’s a chain designed to fade into the background while letting experiences shine in the foreground.

If the technology delivers, Somnia could be the quiet engine behind the next era of entertainment—an on-chain playground where fun, creativity, and community thrive.

✨ Somnia isn’t just a blockchain. It’s the start of a new internet where play feels natural, and the chain works silently in the background.
@Somnia Official $SOMI #Somnia

Why Boundless Exists

Blockchains today have a superpower: every node checks every transaction, ensuring that no one cheats. But this same strength is also a bottleneck. As more people use blockchains, they slow down, fees climb, and ambitious applications hit a wall.

Zero-knowledge proofs offer a way out. They allow heavy computations to run off-chain and then provide a short proof on-chain that guarantees the result is valid. The problem is, generating these proofs takes specialized infrastructure and is often costly. Most projects end up building their own prover systems or relying on centralized services.

Boundless was created to solve this problem.

What Boundless Really Is

Boundless is a decentralized proving infrastructure — a network that matches anyone who needs a proof with anyone who can generate one. It runs on top of RISC Zero’s zkVM, a zero-knowledge virtual machine that lets developers write programs in familiar languages like Rust instead of struggling with cryptographic circuits.

Here’s the simple cycle:

1. A developer or protocol submits a request for a proof.

2. Provers compete to take on the job.

3. The chosen prover runs the computation off-chain, produces a proof, and sends it back.

4. A smart contract verifies the proof on-chain — quickly and cheaply — and payment is released.

This makes proof generation decentralized, while keeping verification efficient and universal.

The Big Difference

The magic of Boundless lies in its marketplace design. Unlike centralized prover services, Boundless is open to anyone. If you have the hardware and the skill, you can become a prover and compete. If you need a proof, you don’t have to set up your own infrastructure — you can just post a job and let the market handle it.

To keep everything fair and secure, Boundless uses a mechanism called Proof of Verifiable Work. Unlike Bitcoin’s mining, which burns energy on pointless hashing, here provers only earn rewards if they deliver valid proofs that pass verification. Every GPU cycle actually contributes to scaling blockchains.

The Signal: Boundless in Action

When Boundless launched its mainnet beta, it didn’t start with theory — it started with a real product called The Signal.

The Signal continuously proves Ethereum’s finalized blocks. The moment Ethereum confirms a block, Boundless provers generate a zero-knowledge proof of that event. Other blockchains can then verify this proof directly, without trusting a multisig bridge or external validators.

This means other chains and apps can “trust Ethereum” cryptographically. It’s a game-changer for cross-chain bridges, oracles, and interoperability. Instead of human trust, you get mathematical certainty.

And this is just one example. Imagine dozens of blockchains broadcasting their own finality signals through Boundless. The result would be a universal proof layer connecting the entire Web3 ecosystem.

How the Token Fits In

The engine behind this marketplace is the ZKC token. It plays several roles:

Staking and collateral: Provers lock ZKC when they take on jobs. Fail to deliver and they get slashed.

Rewards: Provers earn ZKC for completing valid proofs under the Proof of Verifiable Work model.

Governance: Over time, ZKC holders will have a say in setting parameters like reward rates and slashing rules.

The total supply is 1 billion ZKC, with an inflation schedule designed to bootstrap growth early and taper over time.

Who Benefits From Boundless

Developers and dApps: Run heavy computations like AI inference, data processing, or game logic off-chain and just verify the result with a proof.

Rollups: Outsource proof generation instead of maintaining expensive in-house prover farms.

Bridges: Replace trust-based committees with verifiable, cryptographic proofs.

Auditors and oracles: Generate proofs for reserves, compliance checks, or cross-chain attestations.

In short: if your project needs trust, but you don’t want the cost or complexity of building your own prover, Boundless has you covered.

The Challenges Ahead

As promising as it is, Boundless has mountains to climb:

Hardware centralization: Big GPU operators could dominate if not carefully balanced.

Auction efficiency: Proof jobs must be assigned quickly and fairly.

Proof complexity: Some workloads are still too large to prove cheaply.

Token economics: Incentives need to be sustainable long-term, not just in bootstrap phases.

These aren’t flaws, they’re natural hurdles for any new infrastructure layer.

Why Boundless Matters

What cloud computing did for Web2 — making compute resources elastic and on-demand — Boundless is trying to do for Web3, but with cryptographic trust baked in.

Instead of trusting a centralized cloud vendor, you get a permissionless market of provers. Instead of hoping that a bridge committee is honest, you get mathematical certainty.

This flips the script on how we think about scalability and interoperability. Proofs stop being exotic cryptography and become just another resource you can buy, sell, and build on.

LFG

Boundless is more than a proving network. It’s a vision of Web3 where trust doesn’t come from people or committees, but from math — accessible to anyone, across any chain.

If it succeeds, developers won’t talk about “building ZK proofs” anymore. They’ll just request them the same way you spin up a server in the cloud today. And in the background, a decentralized network of provers will keep everything running, boundlessly.
@Boundless $ZKC #boundless

A Bridge Between Two Worlds

For years, people have dreamed of putting real-world assets like real estate, private credit, or even royalties onto the blockchain. The promise was simple: unlock liquidity, create global access, and make these assets as easy to trade as crypto tokens.

But reality was messier. Compliance hurdles slowed things down, tokenized assets struggled to find liquidity, and yields stayed trapped in traditional systems.

That’s where Plume steps in. It isn’t just another blockchain. It’s a modular Layer 2 built from the ground up to handle real-world asset finance. Instead of forcing issuers and investors to fight with generic infrastructure, Plume gives them the tools they actually need: smooth tokenization, built-in compliance, and yield that flows wherever investors are.

The Heart of Plume

Plume is built around three powerful ideas:

1. Simple tokenization – Any real-world asset can be transformed into a digital token through Plume’s Arc engine. It’s not just about minting a token; it’s about embedding the compliance rules, investor checks, and redemption pathways that make the token real.

2. Borderless yield – With SkyLink, Plume lets yield travel across blockchains. Imagine holding stablecoins on your favorite network and still earning income from real estate or private credit tokens issued on Plume.

3. Compliance baked in – Instead of being an afterthought, compliance lives at the core of the chain. Tokens can respect legal restrictions automatically, giving institutions and regulators more comfort.

How It’s Built

Plume runs as a modular chain, powered by Arbitrum’s Orbit technology for execution and Celestia’s data availability system for scale. In plain words, it combines Ethereum familiarity with lower fees and higher throughput — exactly what’s needed for assets that generate regular cash flows.

SkyLink: Yield Without Chains

SkyLink is one of Plume’s most innovative features. Instead of forcing users to bridge assets, SkyLink mirrors tokens across multiple blockchains and streams yield directly to their wallets.

Your asset stays on Plume, safe and custodied. Your yield, however, finds you — whether you’re on Solana, Ethereum, or TRON. That’s how Plume makes real-world asset income feel as simple as holding a token anywhere.

Arc: The Engine of Tokenization

Arc is the system that transforms traditional contracts into living financial instruments. It manages the full life cycle of an asset:

Minting tokens that represent the asset.

Embedding compliance like KYC checks and investor rules.

Allowing redemption or conversion back into the underlying value.

Supporting secondary markets where these tokens can be traded.

With Arc, Plume turns tokenization into a seamless experience instead of a fragmented process.

The Ecosystem in Motion

Plume is still young, but it’s growing fast:

At launch, more than 150 million dollars of real-world assets came on-chain.

Today, its secured value sits above 100 million and rising.

Over 180 projects are building in its ecosystem, from lending platforms to tokenization ventures.

Backers like Apollo Global and Haun Ventures add institutional credibility.

SkyLink now reaches across more than a dozen blockchains, opening yield to users everywhere.

Why It Matters

Plume is trying to change the very shape of DeFi.

It shifts focus from speculation to real yield backed by real assets.

It dissolves the walls between ecosystems by letting yield flow across chains.

It makes compliance an enabler, not a barrier, so traditional players can join the game.

In short, Plume is not only about tokenizing value — it’s about making that value move, earn, and grow in a digital-first way.

Challenges to Overcome

Of course, the road ahead isn’t simple. Tokenized assets still need deep liquidity. Regulation will always be a moving target across different regions. Custodians, oracles, and auditors remain trusted middlemen in a system that dreams of decentralization.

And like any new chain, Plume’s tokenomics and governance must prove sustainable over time.

The Bigger Picture

The global financial system runs on trillions of dollars locked in illiquid assets. If even a fraction of that moves on-chain, it could reshape both crypto and traditional markets.

Plume wants to be the chain where that shift happens. By combining modular design, compliance-first thinking, and borderless yield delivery, it is betting that the future of finance belongs to platforms built specifically for real assets.

If it succeeds, Plume won’t just be another chain. It will be the financial internet for the world’s real value.

✨ In essence: Plume is turning the promise of tokenization into a working reality — where your wallet can hold not just coins, but pieces of the real world that pay you back.

@Plume - RWA Chain $PLUME #plume