Jack Wade

For years, people in both finance and crypto have been asking the same question: When will the blockchain actually connect to the real economy?

We’ve seen experiments with tokenized real estate, pilots with bonds, and attempts to digitize commodities or carbon credits. But most of these efforts felt like one-off projects. They worked in isolation, with no unified infrastructure to make tokenization, compliance, and trading feel seamless.

Plume was created to change that. Instead of being another general-purpose blockchain, Plume is a modular Layer 2 network designed specifically for real-world asset finance. In other words, it’s a chain built from the ground up to help businesses and investors bring off-chain assets onto the blockchain in a way that is secure, compliant, and truly usable.

Why Real-World Assets Need Their Own Blockchain

Crypto assets like Bitcoin and Ethereum live comfortably on-chain. But real-world assets are different. They come with legal contracts, regulations, identity checks, and custodianship requirements. Tokenizing them isn’t just about creating a digital token — it’s about making sure that token remains tied to the real-world asset it represents.

On traditional blockchains, this usually means patching together different tools for compliance, settlement, and trading. It’s clunky and costly.

Plume takes a different path. It’s built to treat real-world assets as first-class citizens. Compliance, identity, and lifecycle management aren’t add-ons — they’re part of the chain’s DNA.

How Plume Is Designed

Plume is what’s known as a modular Layer 2. That means it settles back to Ethereum for security, but breaks its functions into separate, flexible components so it can optimize for real-world finance.

Execution: Tailored for contracts that handle things like yield payouts, repayments, and compliance checks.

Data availability: Uses scalable solutions to handle heavy asset-related workloads without skyrocketing fees.

Settlement: Anchors to Ethereum, giving transactions the credibility of the world’s most secure blockchain.

This modular design gives Plume the freedom to innovate in the RWA space while still relying on Ethereum’s strength.

The Tools That Make Plume Different

What makes Plume stand out is its native infrastructure for RWA finance:

Tokenization frameworks: Standards to fractionalize assets like real estate, debt, or commodities.

Compliance baked in: Identity checks, transfer restrictions, and jurisdictional controls built directly into the network.

Lifecycle management: Automated tools for interest payments, corporate actions, and asset upkeep.

Trading support: Native systems for listing and using RWAs as collateral in lending and DeFi markets.

Instead of forcing every project to rebuild these tools from scratch, Plume makes them part of the foundation.

Real-World Asset Finance: More Than Tokenization

Tokenization is just the first step. The real breakthrough comes when these assets are put to work. Plume’s vision of real-world asset finance is about making tokenized assets fully functional in an on-chain economy:

Businesses can issue credit directly to investors worldwide.

Real estate yields can flow seamlessly to fractional owners.

Carbon credits can trade transparently with instant settlement.

Assets like bonds or invoices can be used as collateral in DeFi.

By turning tokenized assets into living, tradable financial instruments, Plume is pushing the idea of blockchain beyond speculation and into real utility.

A Bridge Between Two Worlds

Plume’s biggest value is its ability to connect two very different ecosystems.

For institutions, it provides the tools they need — compliance, identity, and security — to tokenize assets without breaking regulations.

For crypto-native investors, it opens doors to stable, yield-bearing opportunities outside of volatile tokens.

This bridging role is important because both sides benefit: institutions gain efficiency and global reach, while blockchain users gain access to new kinds of investments.

Early Momentum and Growth

Though still young, Plume is gaining traction:

More than 180 projects are reportedly building on it.

Over 160 million dollars in tokenized assets have been tracked across its network.

Institutional investors such as YZi Labs have backed it, signaling confidence in its approach.

These early signs suggest that Plume is becoming a hub for projects serious about bringing RWAs to the blockchain.

The Role of the PLUME Token

At the center of the network is the Plume token, which powers:

Transaction fees

Governance and decision-making

Staking for security

Access to built-in compliance and tokenization tools

Its value grows with the network’s adoption. The more real-world assets are tokenized and traded, the more demand rises for the token that fuels the ecosystem.

Opportunities and Challenges

Plume has an ambitious goal: to become the default home for real-world asset finance. If it succeeds, it could help unlock billions — even trillions — in tokenized value.

Opportunities ahead:

Building a unified liquidity layer for fragmented RWA projects.

Leading with compliance-first blockchain design.

Opening global access to stable, yield-generating assets.

Challenges on the horizon:

Navigating complex regulations across multiple countries.

Ensuring strong legal ties between tokens and their off-chain assets.

Competing with other RWA platforms racing to capture the same market.

Creating enough liquidity to make tokenized assets easy to trade.

Looking Ahead

Plume represents more than just a new blockchain. It’s an attempt to create the backbone of a financial system where real-world assets and digital finance live side by side.

For traditional markets, it offers efficiency and access to global liquidity. For blockchain users, it offers new opportunities grounded in real value.

The journey will not be simple. Regulations are heavy, adoption takes time, and building trust in both worlds is a tall order. But if Plume delivers on its vision, it won’t just be another Layer 2 network. It could be the chain that finally bridges the gap between traditional finance and the
world of Web3.
@Plume - RWA Chain $PLUME
#plume

The Hidden Problem Behind DeFi’s Shine

Decentralized finance has always promised freedom — a world where you don’t need a banker’s approval to save, borrow, or invest. But beneath the surface, something has been holding it back.

Liquidity — the lifeblood of DeFi — often sits idle, locked in pools or scattered across dozens of blockchains. Once you deposit into a vault or farm, your money feels like it’s trapped. You can’t reuse it elsewhere without undoing the whole process. Meanwhile, powerful institutions quietly enjoy structured strategies and safer yields that everyday users can’t touch.

DeFi, in many ways, has been like a city of disconnected neighborhoods — buzzing with activity but cut off from one another. And this is the problem Mitosis wants to solve.

What Mitosis Really Does

At its heart, Mitosis transforms liquidity from something rigid into something alive and flexible. Instead of locking your money away, it turns your deposit into a programmable token — a piece of financial Lego you can move, combine, or even trade.

Here’s how it feels in practice:

You deposit ETH, USDC, or another supported asset into a Mitosis vault on your favorite chain.

In return, you get a Hub Asset on the Mitosis chain — think of it as a passport for your liquidity.

With that passport, you decide where to travel:

EOL (Ecosystem Owned Liquidity): where the community votes together on where pooled funds go. Joining here gives you miAssets, your share of the pool.

Matrix: a marketplace of curated campaigns, each with its own terms and yields. Joining here gives you maAssets tied to those campaigns.

The beauty? These miAssets and maAssets are not dead ends. You can use them as collateral, trade them, split them into principal and yield, or build entirely new financial products on top.

Your liquidity is no longer static — it breathes, it moves, it adapts.

Why This Matters for Real People

For the everyday user, it means access. You don’t need to be a whale or sit at the top of a private Telegram group to get fair, transparent yield opportunities.

For builders, it means freedom. Instead of reinventing liquidity infrastructure, they can treat Mitosis tokens as raw material — building lending apps, insurance markets, or structured products on top of living liquidity.

For the broader ecosystem, it means unity. Capital doesn’t stay stuck in silos on different chains. Hub Assets act like bridges, making liquidity portable across the DeFi landscape.

The Technology Without the Jargon

Mitosis runs its own blockchain, built to be compatible with Ethereum’s ecosystem but secured with the speed and reliability of Cosmos technology. This setup makes it easier to coordinate liquidity across many networks while still feeling familiar to developers.

Behind the scenes, settlement systems ensure that if you deposited on Arbitrum and your friend deposited on Ethereum mainnet, both of you still see accurate balances and yields through the same unified layer.

The Human Side of Tokens

MITO is the protocol’s native token. It’s what powers governance, staking, and incentives.

gMITO is what you receive when you stake MITO, giving you a voice in decisions about where capital flows.

LMITO is a locked version that aligns long-term participants with the growth of the system.

Instead of being abstract pieces of code, these tokens represent participation, community voice, and commitment to the shared ecosystem.

Risks to Keep in Mind

Mitosis isn’t without challenges. It’s a complex machine, and like any machine, things can go wrong:

Bugs or exploits could threaten funds.

If governance becomes dominated by a few large holders, smaller voices could be drowned out.

Liquidity shocks might test how quickly users can redeem their assets.

And of course, adoption is key — programmable liquidity only works if enough people and protocols actually use it.

These are risks worth watching, but they’re not unique to Mitosis — they’re the growing pains of DeFi itself.

A Glimpse Into Tomorrow

Picture this: you deposit a few hundred dollars of stablecoins. Instead of sitting in a single yield farm, your money is simultaneously:

earning yield in a curated campaign,

serving as collateral in a lending market,

and tradable on a secondary market if you want to exit early.

All of this, without you lifting a finger. That’s the kind of capital efficiency traditional finance could never dream of — and it’s what Mitosis is trying to unlock.

Final Thoughts

DeFi has always been about rewriting the rules of finance. Mitosis takes that mission a step further by reshaping liquidity itself — from something passive into something programmable, portable, and fair.

If it succeeds, liquidity won’t just be numbers in a vault. It will be living capital — working for you, connecting ecosystems, and building a future where financial opportunity flows to everyone, not just the privileged few.

And maybe, just maybe, that’s the heartbeat DeFi has been missing.
@Mitosis Official $MITO #Mitosis

When most people hear “blockchain,” they think of finance. Charts, tokens, exchanges, yield — that’s the picture that dominates. But in reality, the dream of Web3 has always been bigger. It’s about creating digital spaces where people play, create, and connect — and where the value they generate is actually theirs to keep.

This is the vision behind Somnia, a new blockchain that dares to step away from finance as the default use case. Somnia is built as a foundation for mass-scale consumer apps — games, virtual worlds, entertainment platforms — the kinds of things millions of people interact with every day.

Why Somnia is Different

If you’ve ever played a massive online game, you know the pace: thousands of players trading, fighting, moving, all at once. Every click has to register instantly, every update has to keep the world alive. Now try putting that on today’s blockchains. You’ll hit fees, delays, and scaling problems.

Somnia exists to solve that. It was created by the Virtual Society Foundation with the backing of Improbable — the British company famous for building large-scale virtual simulations — and MSquared, a metaverse venture. Their goal is simple but bold: build a blockchain powerful enough to run the games, worlds, and interactive apps of the future.

The Tech Magic Behind Somnia

Somnia doesn’t just promise speed; it rethinks how blockchains are built. Here’s how it pushes beyond the limits of older systems:

Parallel transaction streams – Instead of squeezing every transaction into a single chain, Somnia lets validators create multiple streams at once. A consensus layer then weaves these streams together, keeping everything secure but massively boosting throughput.

A custom database called IceDB – Where most chains rely on slower, general databases, Somnia built its own. It reads and writes data in nanoseconds, handling millions of operations without lag.

Compiled execution – Somnia still speaks Ethereum’s language, so developers can use the tools they already know. But instead of interpreting every line of smart contract code slowly, Somnia compiles it into optimized machine code, running far faster.

Fair gas costs – Because its database can measure the exact resources a transaction uses, fees are more accurate and predictable. You pay for what you use, not for worst-case assumptions.

In stress tests, these ideas have delivered numbers that sound almost unreal: over one million transactions per second, 50,000 swaps per second on a Uniswap-like setup, and 300,000 NFT mints per second.

The SOMI Token

Every blockchain needs its own currency, and Somnia’s is called SOMI. But this token isn’t just for speculation — it’s the fuel and heartbeat of the network.

You pay gas in SOMI when using the chain.

Half of every fee is burned forever, making the token deflationary.

The other half goes to validators and stakers who secure the system.

Validators must stake millions of SOMI to run nodes, while regular holders can delegate their tokens and share in rewards.

Over time, SOMI will also power governance, letting the community vote on upgrades and key decisions.

At launch, the foundation controls more of the system to keep it safe, but power will gradually shift to token holders, developers, validators, and even users through governance councils.

A Playground for Games and Creators

While other chains focus heavily on finance, Somnia’s early ecosystem is packed with fun and creativity.

Sparkball, a team-based brawler built by former Riot and Blizzard developers, has chosen Somnia as its home.

Otherside avatars from Yuga Labs are already live on the network.

QuickSwap has launched on Somnia, showing DeFi also has a place here.

Other games like Maelstrom, Masks of the Void, and Night Spawn are in active development.

Somnia is also giving creators tools. Game developers working in Unity or Unreal can plug straight into the chain. Artists can mint huge volumes of NFTs without worrying about fees or congestion. Event organizers can host concerts or interactive shows where every action — from claps to avatar dances — is recorded on-chain.

This isn’t about one killer app. It’s about building an open universe of experiences, all connected, where your avatar, your items, and your creations travel with you across different worlds.

The Promise and the Risks

Somnia is exciting, but it’s also a high-stakes experiment.

What it does well:

Speeds and scale that make previously impossible apps possible.

Compatibility with Ethereum, making it easier for developers to move over.

Strong financial backing, with a $270 million ecosystem fund to attract builders.

A deflationary token model that rewards growth and adoption.

Where it must prove itself:

Testnet numbers are promising, but real-world stress with millions of users will be the real exam.

Performance often requires powerful validators — keeping things decentralized won’t be easy.

Governance must transition smoothly from foundation-led to community-led.

Competition is fierce, with chains like Solana, Sui, and NEAR also racing to power next-gen gaming and metaverse apps.

Looking Ahead

Somnia launched its mainnet and SOMI token in September 2025. Now the hard part begins: winning over developers, players, and creators. With over 60 projects already experimenting, momentum is real, but adoption at scale will be the true test.

If Somnia succeeds, it could transform the meaning of digital ownership. Imagine games that never die, worlds that stay alive because communities own them, and avatars that walk seamlessly across universes. For players, creators, and dreamers, it’s a future where fun, creativity, and community are actually on-chain, and actually yours.

✨ Somnia isn’t just another blockchain. It’s a bet that the next wave of Web3 will be powered not by finance, but by play, creativity, and human connection.
@Somnia Official $SOMI #Somnia

When Two Worlds Finally Meet

For years, artificial intelligence and blockchain have been shaping our future from different directions. AI has been learning, adapting, and predicting, while blockchain has been securing, recording, and decentralizing. Each has been powerful on its own — but they’ve mostly walked separate paths.

OpenLedger is where they finally come together. It isn’t just another blockchain with AI sprinkled on top. It’s built from the ground up as a home for intelligence itself — a place where data, models, and digital agents can live, earn, and grow.

The Big Idea: Turning Intelligence Into Liquidity

What if data, models, and AI agents could be treated like assets — not just locked away inside big corporations, but flowing freely, earning rewards, and creating value for the people who built them?

That’s the radical vision of OpenLedger: making intelligence a liquid economy.

Data isn’t wasted after it’s uploaded — it earns for its owner every time it’s used.

Models aren’t hidden behind corporate paywalls — they can be shared, licensed, and improved by the community.

Agents aren’t simple bots — they’re digital workers that run on-chain, interacting with people and systems in real time.

It’s the idea of turning invisible intelligence into something you can see, own, and trade.

How OpenLedger Makes It Real

1. Datanets — Collective Knowledge Pools

Imagine global communities contributing to shared datasets. These Datanets store valuable information — text, images, audio, and more. Instead of giving it away for free, contributors keep ownership and get paid whenever their data helps train a model.

2. Proof of Attribution — Fair Rewards, Instantly

One of the biggest challenges in AI is figuring out who deserves credit. OpenLedger tackles this with Proof of Attribution, a system that traces which pieces of data or models influenced an AI’s output. If your work helped, you get rewarded automatically. No middlemen, no delays.

3. OpenLoRA — Smarter Use of Computing Power

Running large AI models is costly. OpenLedger uses a system called OpenLoRA, which lets multiple models share the same GPU resources by swapping small adapters on the fly. This means more efficiency, lower costs, and more room for developers to innovate.

4. Ethereum-Native — Familiar, Seamless

OpenLedger connects directly with the Ethereum world. Your wallet, your smart contracts, your favorite Layer-2s — they all work here without friction. It’s not a walled garden. It’s an open highway where AI and DeFi meet.

The Role of the OPEN Token

At the heart of the system is the OPEN token, and it’s more than just a coin to trade.

It’s the gas that powers every interaction.

It’s the reward you earn when your data or models are used.

It’s your vote in the governance process that shapes the future of the network.

It’s the staking tool that secures the ecosystem.

With a total supply of one billion tokens and a large share set aside for the community, OPEN is designed to keep the system growing while staying fair.

Why It Matters

OpenLedger’s importance goes beyond technology. It’s about rewriting the rules of ownership in the AI age.

Developers can finally monetize their models directly.

Everyday people can earn from the data they generate.

Users gain transparency into how AI systems are built and who benefits from them.

Finance gets a new type of collateral — not just money, but intelligence itself.

It’s a shift from closed systems to open participation.

The Challenges Ahead

Like any big vision, there are hurdles. Scaling AI on-chain is tough. Attribution needs to be precise. Bad actors will try to game the system. And convincing industries to move from centralized providers won’t be easy.

But every frontier comes with obstacles. OpenLedger isn’t avoiding them — it’s building tools to face them head-on.

A Glimpse of the Future

Picture a world where:

AI agents manage businesses, portfolios, and communities — all transparently, on-chain.

Data contributors earn royalties like musicians do from songs.

Communities co-own AI systems that reflect their collective values.

Intelligence flows across the internet as smoothly as money does today.

That’s the world OpenLedger is pointing toward — a world where AI belongs to all of us, not just a few.

Conclusion: A New Foundation for AI

OpenLedger isn’t simply another blockchain project. It’s an attempt to create a new financial system for intelligence itself. By merging data ownership, fair attribution, and blockchain incentives, it gives us a way to build AI that is open, fair, and deeply human.

It won’t be easy. But if the goal is a future where intelligence is transparent, shareable, and rewarding for everyone — OpenLedger might just be the foundation we’ve been waiting for.
@OpenLedger $OPEN #OpenLedger

In the world of blockchain, one challenge has never gone away: how do we scale without breaking trust? Every new network or application eventually runs into the same wall. They want faster transactions, lower fees, and seamless connections, but they don’t want to lose the very thing that makes blockchain powerful — security and decentralization.

This is where Boundless steps in. Instead of being just another piece of tech, it positions itself as a foundation. Its promise is simple but bold: take the heavy, expensive part of zero-knowledge proofs — the proving — and turn it into a shared service that anyone can use.

The Heart of the Problem

Zero-knowledge proofs are a marvel of modern cryptography. They let you prove something is true without ever revealing the details behind it. For blockchains, that means you can show that a transaction or even an entire rollup batch is valid, all without overloading the network with computation.

But here’s the catch: generating these proofs is slow, complex, and resource-hungry. Every chain trying to build its own proving engine is like every company in the early internet days building its own data center. It’s wasteful, fragmented, and it holds back innovation.

What Boundless Brings to the Table

Boundless changes the model. Instead of each chain or app carrying the weight of proving, they can tap into a network of specialized external provers. These prover nodes run the tough calculations off-chain and deliver a simple, lightweight proof that can be verified on-chain at a fraction of the cost.

At the core of this system is zkVM technology — a kind of virtual machine built for proofs. It allows almost any computation to be wrapped into a proof and then checked securely. Imagine it like this: your computer does the heavy lifting in the background, and all you have to do is verify the result with a quick glance.

Beyond One Chain: The Signal

Boundless isn’t just about making proofs cheaper. It has a vision of linking the blockchain world together. Through something called The Signal, consensus data from one chain can be broadcast into the Boundless network. Provers pick it up, create proofs, and send them out to other chains that want to verify those events.

This unlocks something big: bridges and interoperability that don’t rely on middlemen or custodians. In plain words, one blockchain could trust the state of another — not because someone told it to, but because the math proves it.

Powering the Network with ZKC

Behind the scenes, the Boundless ecosystem runs on its own fuel: the ZKC token. Provers stake it, earn it for their work, and risk losing it if they cheat. Applications pay with it when they need proofs. And the community uses it to decide how the system evolves.

What makes Boundless unique is its incentive design. Instead of paying blindly for outputs, it introduces Proof of Verifiable Work — meaning rewards are tied to the actual effort put into creating the proof. It’s a fairer, smarter way to keep provers honest and motivated.

Why It Matters

The real impact of Boundless isn’t just technical. It’s about who gets to access this technology. Right now, only big players with deep pockets can afford to build and maintain advanced proving systems. Boundless levels the playing field.

A new DeFi project can launch without worrying about cryptographic overhead. A rollup team can scale faster without reinventing the wheel. Even enterprises dipping their toes into blockchain can rely on zero-knowledge proofs without hiring a team of mathematicians.

Boundless makes zero-knowledge feel less like an exclusive club and more like a public utility.

The Road Ahead

Of course, Boundless will have to prove itself. Developers need to feel confident in outsourcing proving. Provers need to be incentivized correctly. And the network has to stand up to fierce competition in a space where new ZK technologies appear almost monthly.

But the idea is powerful. Just as cloud computing transformed the internet by making servers and storage on-demand, Boundless could become the proving backbone for the next generation of Web3.

A Closing Thought

Boundless carries a name that matches its ambition. By taking one of the hardest problems in blockchain and turning it into a shared, accessible service, it could redefine how zero-knowledge proofs are used. Not just to make chains faster and cheaper, but to weave the many parts of the blockchain world into a more trusted and connected whole.

If it succeeds, zero-knowledge won’t just be a buzzword — it will be the invisible engine powering the future of digital trust.
@Boundless $ZKC #boundless

A New Digital Chapter

The internet is evolving faster than ever. On one side, artificial intelligence is giving people the power to create art, music, characters, and entire worlds in ways that once felt like science fiction. On the other, Web3 is rewriting the rules of ownership, letting communities take back control from platforms that have long profited off their work.

But there’s a catch. Despite their promise, these two revolutions often feel incomplete. Creators are left juggling clunky AI tools that don’t scale. Web3 monetization still feels experimental, rewarding speculators more than real communities. And AI agents — those digital beings with personalities and skills — are trapped inside closed systems, unable to connect with the decentralized economy.

This is where Holoworld AI enters the stage — with the bold vision of uniting all these pieces into a living, breathing digital world.

The Problems Holding Creators Back

1. Tools Without Freedom
Creators today are boxed in. They can generate images or videos, but scaling those ideas into sustainable projects is out of reach without technical skills or deep pockets.

2. Unfair Monetization
Token launches and NFT drops often leave real fans behind. Instead of rewarding loyalty, most systems are dominated by bots or big investors.

3. Lonely AI Agents
AI agents are smart and capable, but they’re locked in walled gardens. They can’t join communities, own assets, or interact with decentralized apps.

Holoworld is built to flip this script.

The Holoworld Vision

Holoworld AI isn’t just another platform. It’s an ecosystem designed to empower creators, reward communities, and bring AI agents into the decentralized internet. Its foundation rests on three big ideas:

Studios for Everyone → Easy-to-use creative spaces where anyone can design avatars, stories, voices, and full digital beings without barriers.

Fair Launch Systems → Transparent, community-driven token launches that put people first and keep whales and bots from gaming the system.

Universal Connectors → A bridge that allows AI agents to step out of isolation and directly interact with Web3 — from NFTs to DAOs and beyond.

It’s a vision of a future where technology serves imagination, not the other way around.

Building Blocks of Holoworld

Ava Studio: A creative hub where words can become videos, characters, and interactive experiences. It’s like having a Hollywood studio at your fingertips.

HoloLaunch: A launchpad designed for fairness, turning token launches into true community events instead of profit grabs.

Open Connectors: Tools that let AI agents plug into decentralized apps, giving them real ownership and a voice in the Web3 world.

Together, these pieces form the backbone of a new kind of digital society.

The Role of the HOLO Token

To power this world, Holoworld created the HOLO token — not just as a currency, but as the glue that holds the ecosystem together.

It gives the community the ability to vote and shape the project’s direction.

It rewards people who support and stake long term.

It acts as a ticket to access tools, launches, and creative experiences.

Most importantly, it ensures creators are fairly supported and rewarded.

Instead of being a speculative asset, HOLO is designed to circulate value back to the people who build and engage.

Growing Through Partnerships

Holoworld has already attracted strong allies — from respected investors like Polychain Capital to cultural voices like Mike Shinoda of Linkin Park. It has teamed up with brands and communities ranging from L’Oréal to Pudgy Penguins, signaling that it’s aiming for both Web3 natives and mainstream recognition.

These partnerships are early signs that Holoworld is more than an experiment. It’s trying to position itself as a cultural movement.

Why This Matters

For too long, creators have been forced to play by someone else’s rules. Big platforms dictate visibility. Middlemen capture most of the value. And tools often limit imagination instead of unleashing it.

Holoworld flips that by offering:

Freedom for creators to turn their imagination into scalable projects.

Fairness for communities to share in launches and rewards.

A future for AI agents as real participants in the digital economy.

It’s about more than technology. It’s about giving power back to people and building a digital world where creativity thrives.

The Road Ahead

Holoworld’s vision is ambitious, and challenges remain — from scaling infrastructure to balancing token economics. But the potential is undeniable. Imagine a world where a young creator designs a digital musician, launches a fair token around it, and watches as fans interact, support, and grow the project together.

That’s not just innovation. That’s empowerment.

Final Word

Holoworld AI isn’t promising a future where machines replace humans. It’s offering a future where humans and AI collaborate, communities own their part of the story, and creativity becomes borderless.

It’s a step toward the internet we’ve been waiting for — an internet built not on control, but on imagination and fairness.
@Holoworld AI $HOLO #HoloworldAI

Decentralized finance has always carried a bold promise — a world where money works for everyone, not just banks and big institutions. Yet despite all the innovation in DeFi, one problem refuses to go away: liquidity is stuck. It’s scattered across chains, locked in pools, and too often working against the very users it’s supposed to serve.

Mitosis Protocol steps in with a fresh vision. It doesn’t just want to manage liquidity — it wants to transform it into something alive, flexible, and programmable. Instead of being trapped, your liquidity becomes a tool you can shape, move, and use in countless ways.

Why Liquidity Feels Broken Today

If you’ve ever added funds into a DeFi pool or vault, you know the drill: once your money goes in, it mostly just sits there. Sure, it earns yield, but it’s often inefficient. Let’s break down the issues:

Too fragmented: Liquidity is spread thin across dozens of chains and protocols, making it hard to get the best use out of your capital.

Unfair access: Powerful yield strategies exist, but they’re locked behind walls that only hedge funds and whales can reach.

Short-term incentives: Liquidity is often rented through token rewards — it flows in fast but drains out just as quickly.

Limited flexibility: Once you’re in a pool, you’re stuck with it until you exit. There’s no easy way to move your liquidity around as markets change.

This has left DeFi with an awkward reality: a system built for freedom and innovation is still struggling with its most basic building block.

Mitosis: Turning Liquidity Into Something Living

Mitosis takes a radically different approach. It treats liquidity positions not as static deposits but as programmable components. That means your funds don’t just sit in a box — they can be used, moved, and recombined into new shapes.

Here’s how it works in practice:

Liquid positions (miAssets): When you deposit tokens, you get liquid representations back. These can be traded, moved, or used elsewhere in DeFi, giving you freedom instead of lock-in.

Yield separation (Spindle): Mitosis can split your principal from your yield, turning the interest itself into something you can sell, swap, or stake.

Strategy modules: Complex strategies are turned into easy-to-use tokens. You simply choose a strategy like you’d choose a playlist, and it runs automatically with built-in safety rules.

Shared liquidity (EOL): Instead of chasing mercenary liquidity, Mitosis promotes ecosystem-owned liquidity. This makes markets more stable and long-term aligned.

The end result is a liquidity system that finally feels alive — one that moves with you instead of trapping you.

What It Means for Everyday Users

For regular DeFi users, Mitosis is like handing you a financial toolbox that was once locked away in Wall Street vaults:

Your deposits don’t sit idle — they chase the best opportunities automatically.

You can trade your yield separately from your funds, unlocking new ways to use your income.

You’re not excluded from advanced strategies; they’re made accessible to everyone, big or small.

You can stay liquid at all times — your positions are flexible and usable, not frozen in place.

It’s finance designed not just for power players, but for people.

What It Means for Builders

If you’re a developer, Mitosis is like an operating system for liquidity:

You can plug into ready-made liquidity components instead of starting from scratch.

You can build apps that pull from liquidity across multiple chains instead of just one.

You can create new kinds of financial products by combining programmable liquidity modules like Lego bricks.

The more builders connect to Mitosis, the more powerful the ecosystem becomes — a flywheel of liquidity innovation.

Why It Truly Matters

At its heart, Mitosis is about fixing what DeFi has been struggling with for years: efficiency, fairness, and sustainability.

Liquidity becomes efficient because it adapts to where it’s needed most.

Finance becomes fairer because advanced tools are open to everyone, not just a select few.

Markets become sustainable because liquidity is owned and shared, not rented and fleeting.

It’s less about creating the next DeFi trend and more about laying down the infrastructure that future trends will be built on.

Challenges Ahead

Of course, no vision this big comes without challenges. Adoption is always hard, user experience must be simple, and cross-chain security is notoriously tricky. Smart contracts must be airtight, and the incentives around the MITO token need to be designed with care.

But the foundation is strong. By turning liquidity into programmable money, Mitosis could become the bedrock for the next wave of DeFi innovation.

Final Thoughts

DeFi was never supposed to just copy Wall Street — it was supposed to do better. Mitosis brings us closer to that reality. By giving liquidity a life of its own, it makes the financial system not just more powerful, but also more human: inclusive, flexible, and innovative.

The real question isn’t whether liquidity can be programmed. It’s whether we’re ready for what becomes possible once it is.
@Mitosis Official $MITO #Mitosis

Breaking Free From the Limits of Web3

The promise of blockchain has always been clear — unstoppable applications, transparent systems, and a new internet owned by its users. But underneath that promise lies a stubborn challenge: scalability.

Zero-knowledge proofs (ZKPs) are often called the magic of Web3. They let us prove something is true without revealing all the details, making them ideal for privacy, rollup security, and cross-chain communication. Yet, there’s a catch: generating these proofs is slow, expensive, and painfully complex. Every blockchain or rollup ends up building its own proving system, duplicating work and wasting resources.

Boundless was created to change that. Instead of each network carrying the weight of proof generation on its own, Boundless envisions a universal proving layer where heavy computations happen off-chain and the results are verified on-chain. The result? Faster, cheaper, and more connected blockchains.

The Vision Behind Boundless

Boundless is built by the team at RISC Zero, known for its powerful zero-knowledge virtual machine (zkVM). This zkVM acts like a universal engine where any program can be run and turned into a verifiable proof.

Developers don’t need to become cryptography experts. They can simply write their code, let external provers run it, and receive a proof that any blockchain can trust. It’s like upgrading from running your own servers to plugging into the cloud — except this time, the “cloud” is decentralized, secure, and built for Web3.

How Boundless Works

1. A Request for Proof
A blockchain, rollup, or app sends a request to Boundless for a proof — maybe to confirm a state transition, process a private transaction, or prove cross-chain finality.

2. Provers Step In
External prover nodes compete for the job, powered by GPUs or even large clusters. They stake tokens to participate, which keeps them honest.

3. Proof Generation
The chosen prover executes the logic inside the zkVM and generates a zero-knowledge proof. This is the heavy computation that no single chain wants to carry alone.

4. On-Chain Verification
The finished proof is sent back to the requesting blockchain. Verification is lightweight and inexpensive, making it practical even for networks with tight gas limits.

Through this cycle, Boundless turns proof generation into a service layer — invisible to the user, but essential to the system.

The Signal: A Leap for Cross-Chain Trust

Perhaps the most exciting piece of Boundless is what they call The Signal.

Today, most cross-chain communication depends on bridges, oracles, or multi-signature operators. These systems work, but they add layers of trust and vulnerability. Boundless replaces those middlemen with pure mathematics.

With The Signal, finality from one chain — say, Ethereum — can be compressed into a zero-knowledge proof and verified directly by another chain. Instead of trusting an external party, the target chain trusts math.

This could change the entire way blockchains connect with each other, making cross-chain activity safer, faster, and trustless.

The Role of the ZKC Token

To keep the Boundless network running, its native token, ZKC, plays a central role.

Staking for Security: Provers must stake ZKC to participate. If they cheat, their stake is slashed.

Proof of Verifiable Work: Rewards go to provers who generate valid proofs, turning computational power into useful cryptographic work instead of wasted energy.

Payments: Apps and blockchains pay fees in ZKC for proofs.

Governance: Token holders help decide how the network evolves, from inflation schedules to technical upgrades.

The supply began at one billion tokens, with careful allocation to the community, ecosystem, team, and investors. Inflation starts higher to reward early provers but gradually decreases over time.

Why Boundless Matters

What makes Boundless important isn’t just efficiency. It’s the shift in mindset it represents.

From Silos to Sharing: Instead of every chain building its own prover, Boundless offers a shared marketplace.

From Costly to Affordable: Proofs become cheaper, and savings flow down to users.

From Isolated to Interconnected: With The Signal, blockchains can talk to each other without trusting intermediaries.

From Centralized Control to Decentralized Markets: Provers compete fairly, secured by staking.

In short, Boundless could become the invisible backbone that allows Web3 to scale, much like cloud computing fueled the explosion of Web2.

The Road Ahead

Of course, Boundless is still early in its journey. Adoption is the biggest hurdle — chains need to trust and integrate with the system. Proofs must remain efficient enough to justify outsourcing. And as always in Web3, security is everything.

The project also faces competition from other zkVMs and proving networks. Success will depend on ease of integration, speed of proofs, and the strength of its community.

But if Boundless delivers, it could change the way blockchains scale and connect forever.

The Human Side of Boundless

Beyond the technology, what makes Boundless exciting is its philosophy. It’s about freeing builders from unnecessary burdens so they can focus on creativity. It’s about connecting blockchains without requiring blind trust. And it’s about turning a difficult problem — proof generation — into a collective resource that everyone can share.

Boundless isn’t just infrastructure. It’s a vision of a Web3 without limits, where innovation is no longer held back by bottlenecks.

Conclusion

Boundless is setting out to solve one of blockchain’s toughest problems: how to generate proofs at scale without sacrificing decentralization or cost efficiency. By offloading computation to a network of provers, enabling trustless cross-chain finality, and building an economy powered by ZKC, it has the potential to become the proving layer of Web3.

In a world where proof is everything, Boundless is making those proofs faster, cheaper, and truly boundless.
@Boundless $ZKC #boundless

Why It Matters Now

The internet has given creators incredible reach, but it hasn’t always given them the tools or the rewards they deserve. Many still rely on scattered apps, complicated workflows, and platforms that take more than they give. Artificial intelligence has opened new doors, but it often feels cold and detached — more about tools than true connection. Web3 promised ownership and freedom, yet for many, it’s still a maze of wallets, gas fees, and unfair launches.

Holoworld AI steps into this space with a simple but powerful belief: what if your ideas could live, breathe, and thrive as intelligent digital beings — and you truly owned them?

Agents with Personality, Not Just Code

At the heart of Holoworld is Ava Studio, a playground where anyone can create living digital characters. No coding required, no steep learning curve — just imagination.

You can choose a voice, design a look, give your agent a backstory, and even feed it knowledge so it remembers and responds in meaningful ways. These aren’t just avatars or animations. They’re personalities you can bring into your community, your game, your brand, or even your daily life.

And because they’re minted on the blockchain, your creations are yours. Not locked away in someone else’s servers. Not at the mercy of a single platform. Owned, verifiable, and tradable — just like any piece of digital art or collectible.

A Marketplace for Digital Beings

Once born, these agents don’t sit idle. Holoworld has built an Agent Market where they can be showcased, discovered, and deployed. Each agent carries its own “ID card” — its story, its traits, its voice — almost like a passport to the digital world.

Developers and creators can take these agents into new environments: a game where they guide players, a live stream where they entertain fans, or a metaverse world where they act as companions. The beauty is that these agents are not one-off gimmicks. They evolve, grow, and find their place in a much larger ecosystem.

Fair Starts for Creative Dreams

One of the deepest frustrations in Web3 has been how unfair token launches can feel. Early insiders scoop up opportunities while everyday supporters are left behind. Holoworld’s HoloLaunch is designed to change that.

Here, creators can bring their ideas to life with fair, transparent launches. Campaigns don’t just raise tokens; they invite the community in. Supporters are rewarded for spreading the word, making content, and rallying behind new projects. It feels less like a financial grab and more like a shared celebration of creativity.

Agents Who Can Act

The boldest part of Holoworld is giving agents real power inside the blockchain world. Through its Open Model Context Protocol (OpenMCP), these characters can do more than talk — they can act.

Imagine your agent voting in a DAO, buying an NFT, or managing a digital shop. Imagine them bridging across different blockchains, carrying your vision wherever you want it to live. This is where Holoworld shifts from being a creative tool to becoming a true digital economy powered by intelligent participants.

The Economy That Fuels It

To make all this work, Holoworld has built an economic layer that balances creativity with sustainability:

HOLO Token powers governance and long-term growth. Holders can stake, vote, and take part in launches.

AVA Token is the creative fuel, which can be burned to generate credits for things like rendering, voice, and animation.

Credits make it simple for creators — spend what you need, know what you get, without worrying about token volatility.

This system ensures that both dreamers and supporters are rewarded, while the network remains sustainable for the long run.

Building Bridges with Big Names

Holoworld is not building in a vacuum. It has already connected with cultural icons and global brands — from Pudgy Penguins and Cool Cats in the NFT world, to L’Oréal and NYX Professional Makeup in the creative space, to platforms like Bilibili where digital characters can reach millions.

Even artists like Mike Shinoda from Linkin Park have expressed interest, signaling that Holoworld sits at the crossroads of art, technology, and culture. With over a million users already experimenting and 100,000+ agents created, the momentum feels real.

Why This Could Change Everything

Holoworld AI is daring to suggest that our digital future isn’t just about tools — it’s about beings.

For creators, it means turning ideas into living IP that they actually own.

For communities, it means agents who can entertain, inform, and even transact.

For Web3, it means moving beyond speculation and into a space where intelligent participants help shape economies.

It’s a vision where digital life feels less transactional and more relational — where your character is not just a file on a screen but a presence you grow with over time.

Challenges Along the Way

Of course, the road ahead is not easy. Creating agents that are safe, reliable, and meaningful is a technical mountain. Ensuring fair economics without sliding into speculation will be tough. And regulators will surely raise questions as soon as digital beings start trading assets or representing people in governance.

But every big shift comes with big questions. And those who lean into solving them are the ones who set the direction for everyone else.

Final Reflection

Holoworld AI feels less like a platform and more like the beginning of a movement. A movement where creators aren’t just making content, they’re shaping characters. Where communities don’t just follow influencers, they connect with intelligent digital beings. Where Web3 isn’t just about tokens, but about life — digital life — unfolding in real time.

It’s ambitious, maybe even audacious. But if it succeeds, Holoworld will have proven something extraordinary: that the future of creativity is not just about what we make, but who we bring into the world.
@Holoworld AI $HOLO #HoloworldAI

A New Era for Financial Oracles

Every transaction in decentralized finance relies on one crucial element: data. Whether it’s a loan, a swap, or a derivatives trade, smart contracts need accurate prices to function safely. Until now, most oracles that feed this information into blockchains relied on middlemen—networks of nodes that fetched data from exchanges and delivered it on-chain.

That system works, but it has weaknesses. It can be slow, costly, and vulnerable to manipulation. Pyth Network was created to change that by introducing a bold new model: instead of going through third-party operators, the data comes straight from the source.

What Makes Pyth Different

Pyth calls itself a “first-party oracle,” and that’s exactly what it is. Instead of depending on intermediaries, the very institutions that generate financial data—exchanges, trading firms, and market makers—publish their prices directly to the network.

This simple shift has huge consequences. It means less chance of tampering, fewer delays, and a more transparent system overall. Rather than playing a long game of telephone where information gets passed along and possibly distorted, Pyth delivers price feeds at near real-time speed, directly from the providers who know the numbers best.

How the Network Works

Here’s how the process flows:

1. Data publication: Contributors like Binance, OKX, Jump Trading, and other institutions send in their price observations. These cover everything from cryptocurrencies to stocks, commodities, and foreign exchange.

2. Aggregation: Pyth combines these inputs, filtering out anomalies so no single contributor can sway the outcome.

3. On-chain access: The result is published on-chain, where smart contracts and apps can use it immediately. Updates happen every fraction of a second—around 400 milliseconds—making it one of the fastest oracle systems available.

4. The pull model: Instead of endlessly pushing updates, Pyth lets apps request new data when they need it. That keeps the system efficient and avoids wasting resources on blockchains where every transaction carries a cost.

5. Cross-chain reach: While Pyth began on Solana, it now provides data to more than 100 blockchains, including Ethereum, Avalanche, Polygon, BNB Chain, Cosmos, and layer-two networks like Arbitrum and Optimism.

Scale and Adoption

The scope of Pyth today is impressive. Over 120 major institutions contribute data, producing more than 1,900 live price feeds. These feeds are already powering hundreds of decentralized applications: exchanges, lending platforms, derivatives protocols, and more.

That makes Pyth one of the most comprehensive financial data networks in the decentralized world—and it’s still growing.

The Role of the PYTH Token

To keep this system running smoothly, Pyth uses its own token, called PYTH. It serves three main purposes:

Governance: Token holders get a say in how the network evolves, from setting fees to deciding which new assets should be added.

Incentives: Institutions that provide reliable data are rewarded, creating a strong reason to participate.

Sustainability: Applications that pull data pay small fees, which are then distributed back to the publishers. This ensures the network funds itself over time.

The token’s supply is capped at 10 billion, with allocations set aside for rewards, ecosystem growth, development, and the community.

Why Pyth Matters

Pyth isn’t just about faster data. It’s about trust. By cutting out the middle layer of unknown node operators, it brings institutional-grade reliability into decentralized markets. That’s a big deal for areas like:

Decentralized trading, where accurate prices prevent manipulation.

Lending and borrowing, where collateral must be valued correctly to avoid defaults.

Stablecoins, which need precise data to maintain their pegs.

Risk management and insurance, where payouts depend on verifiable price events.

Asset tokenization, bringing stocks, commodities, and currencies on-chain with trustworthy reference values.

Strengths and Challenges

The strengths of Pyth are clear: speed, transparency, institutional backing, and broad coverage. But it faces challenges too.

Some worry that relying heavily on large institutions could create centralization risks. Others point out that competitors like Chainlink already dominate the oracle market. And like any cross-chain system, Pyth must constantly guard against security risks in the bridges that deliver its data.

Still, its growth has been rapid, and its first-party model is a genuine innovation that sets it apart.

Looking Ahead

The future of Pyth looks ambitious. Plans include expanding into more asset classes like indices and bonds, further decentralizing governance, and onboarding even more publishers around the globe. The ultimate vision is for Pyth to become the default oracle standard—not only for DeFi but also for traditional finance as it moves on-chain.

Conclusion

Pyth Network is building the financial data backbone of the decentralized economy. By going straight to the source, it offers a faster, safer, and more transparent way to bring real-world prices onto the blockchain.

As DeFi continues to mature and attract traditional institutions, Pyth’s model may prove to be the missing link that connects global markets with the decentralized future.

@Pyth Network $PYTH #PythRoadmap