Bullix Nova

The digital world is changing faster than ever. Artificial intelligence is transforming how we create, while Web3 is reshaping how we own and exchange value. Yet, for all this progress, something fundamental is still missing. Creators are more powerful than ever, but their tools are scattered and centralized. Token economies promise fairness, yet remain confusing and limited. And intelligent AI agents, capable of extraordinary things, still live behind closed walls — disconnected from the decentralized web.

That’s where Holoworld AI comes in.

It’s not just another AI tool or blockchain experiment. Holoworld AI is a vision for a new kind of internet — one where creators, AI agents, and decentralized networks come together to form an open, intelligent, and participatory digital world.

A Vision Born from Today’s Digital Gaps

Holoworld AI was built around a simple realization: today’s digital landscape is full of gaps.

1. Creators need scalable, AI-native tools.
Most creative platforms use AI as a feature, not as a foundation. Holoworld changes that by building entire studios where creators can design, train, and collaborate with AI-native agents.

2. Web3 monetization is still underdeveloped.
Token launches and digital ownership often feel unfair or exclusive. Holoworld introduces fair token launch infrastructure that ensures transparency, equality, and access for everyone — not just early insiders.

3. AI and decentralized systems don’t speak the same language.
Intelligent agents can’t interact directly with blockchain ecosystems. Holoworld’s universal connectors bridge this gap, allowing AI agents to trade assets, execute smart contracts, and become active participants in the Web3 economy.

In short, Holoworld AI exists to bring together what has always been kept apart — intelligence, creativity, and ownership.

Building the Framework for an AI-Native World

Ava Studio: The Creator’s Playground

At the heart of Holoworld lies Ava Studio, a digital workshop where anyone can create AI agents with personality, memory, and purpose.

Artists, storytellers, and developers can build lifelike avatars that think, speak, and evolve over time. These AI beings can become digital performers, guides, companions, or even characters in interactive experiences — and every one of them carries a verifiable mark of authorship recorded on the blockchain.

Ava Studio doesn’t just offer tools; it offers creative freedom. It empowers people to turn imagination into interactive, intelligent worlds.

HoloLaunch: Fair Economics for a Fair Internet

If Ava Studio is where ideas come alive, HoloLaunch is where they gain value.

This module acts as a fair token launch platform — designed to ensure that creators, users, and communities share equally in the success of what they build. It replaces the old insider-driven token models with transparent, verifiable mechanics where everyone can participate on equal footing.

Through HoloLaunch, artists can launch their own tokens, reward their audiences, and fund creative projects without middlemen. It’s not just about economics — it’s about restoring fairness and trust to digital creation.

OpenMCP: Where Intelligence Meets the Blockchain

The most revolutionary piece of Holoworld is OpenMCP — a universal connector that allows AI agents to interact with decentralized systems.

Through OpenMCP, agents can hold and trade tokens, analyze blockchain data, manage digital assets, or even participate in decentralized governance. It gives artificial intelligence a voice in the decentralized world.

For the first time, AI agents can do more than generate ideas — they can act, earn, and evolve within blockchain ecosystems. They become not just tools but autonomous participants in digital economies.

The Engine of the Ecosystem: The HOLO Token

The HOLO token powers every aspect of Holoworld’s ecosystem. With a total supply of just over two billion, it fuels transactions, governance, staking, and access to premium features within Ava Studio and HoloLaunch.

It’s designed to sustain long-term ecosystem health. A large portion of tokens is reserved for community rewards, development, and creator incentives — ensuring that growth remains organic and distributed, not concentrated in a few hands.

HOLO isn’t just a currency. It’s the connective tissue that keeps Holoworld alive, evolving, and owned by its participants.

Collaboration as a Growth Engine

Holoworld’s growth is also being shaped through a web of collaborations with major brands and Web3 communities.

Names like L’Oréal, Bilibili, Pudgy Penguins, Milady, and Nifty Island have appeared in partnerships or creative pilots — each exploring how AI-native content and decentralized ownership can merge. These collaborations help Holoworld expand from a technical framework into a living creative ecosystem — one that bridges art, commerce, and technology.

Redefining the Creator’s Role

What truly sets Holoworld apart is its human approach to artificial intelligence. It doesn’t view AI as a replacement for creativity, but as a collaborator in it.

In this new paradigm:

Creators become orchestrators of entire digital universes.

AI agents become co-creators, performers, and even business partners.

Audiences aren’t passive consumers anymore — they become stakeholders in the worlds they love.

This is more than evolution; it’s a cultural shift from the attention economy to what Holoworld calls the participation economy — where everyone involved in creation shares in its value.

The Challenges Ahead

Of course, such a bold vision doesn’t come without challenges.

Building an intelligent, decentralized ecosystem is technically and legally complex. The team must navigate issues of scalability, regulation, and adoption while maintaining the quality and trustworthiness of its AI systems.

Moreover, convincing creators to move from the safety of traditional platforms to a decentralized system will take time, education, and community-building. But if Holoworld succeeds, it could redefine how digital economies function for decades to come.

The Holoverse: A Glimpse Into the Future

Holoworld’s ultimate dream is the Holoverse — an expansive, interconnected universe where AI agents, human creators, and decentralized protocols coexist seamlessly.

In this world:

Every creative act becomes a digital asset with real value.

Every AI agent can evolve, trade, and collaborate across virtual economies.

Every participant, no matter how small, owns a piece of the creative ecosystem they help sustain.

It’s a bold step toward a world where creativity is currency and intelligence is shared — a living, breathing network of human and artificial imagination.

The Beginning of the Intelligent Web

Holoworld AI represents a new era in digital creation — one that blends AI innovation, blockchain transparency, and human creativity into a single ecosystem.

By giving creators real ownership, by empowering communities through fair economics, and by allowing AI agents to take part in decentralized economies, Holoworld isn’t just building tools — it’s building the foundation of the intelligent web.

In this emerging world, imagination is no longer limited by code or platform. It’s alive, collaborative, and owned by the people who bring it to life.

Holoworld AI isn’t simply the future of Web3 or AI — it’s where the two finally become one.
@Holoworld AI $HOLO #HoloworldAI

What Boundless Really Is

Boundless is a universal zero-knowledge proving network built to make proof generation fast, scalable, and easy to integrate across different blockchains and applications.
Instead of every blockchain or rollup maintaining its own heavy infrastructure for generating and verifying zero-knowledge proofs, Boundless provides a shared network of external prover nodes that can handle those computations off-chain, while the actual proof verification happens on-chain.

In simple terms, it’s a global “proof marketplace” where developers can outsource computationally intense tasks to a decentralized network of provers—saving time, money, and energy.

Why It Matters

Blockchains have always been limited by the need for every validator to re-execute transactions. This keeps systems secure but also makes them slow. Zero-knowledge proofs change the game by allowing anyone to verify that a computation was done correctly—without redoing it.

However, generating these proofs can still be very expensive and technically complex. Boundless was designed to remove that friction. By letting developers submit proof jobs and allowing provers to compete to complete them, the system encourages scalability and efficiency while keeping everything verifiable.

Boundless is built on RISC Zero’s zkVM (zero-knowledge virtual machine), which allows ordinary programs written in Rust to be proven inside a cryptographic environment. That means developers don’t need to learn specialized circuit languages—they can use normal programming workflows.

How Boundless Works

Step 1: A Developer Submits a Job

A project or developer who needs a proof submits a request to the Boundless marketplace. This includes the code they want proven, the inputs, and how much they’re willing to pay for the work.

Step 2: Provers Compete

Independent prover nodes in the network review available tasks and bid for them. To keep things fair, provers must lock up collateral in Boundless’s native token, ZKC, ensuring that only reliable participants are rewarded.

Step 3: Proof Generation Off-Chain

Once a prover wins a bid, they execute the requested program inside the zkVM. This produces two key outputs:

A journal, which contains the public results of the computation.

A proof, which mathematically guarantees that the computation was done correctly.

Heavy lifting happens here—often on GPUs or specialized hardware—so that chains themselves don’t bear the load.

Step 4: Verification On-Chain

The prover submits the completed proof to Boundless’s verifier contract. Verification happens on-chain and is extremely lightweight compared to running the entire computation again.

If the proof checks out, the prover is paid and their collateral is unlocked. If not, they can lose their stake.

Architecture and Components

Boundless is powered by several key systems that make the network efficient and modular:

Broker
This is the component that connects developers to provers, managing requests, bids, and payments. Think of it as the coordination layer.

Bento
The local infrastructure used by provers to actually run the proofs. It handles batching, resource management, and proof aggregation.

Proof Aggregation
To reduce gas costs, Boundless supports recursive proofs—combining multiple small proofs into one larger, cheaper proof for verification.

Together, these pieces allow Boundless to operate like a distributed cloud of verifiable computation.

The Role of the ZKC Token

ZKC is the utility and incentive token that keeps the Boundless economy running.

For Provers: They stake ZKC as collateral and earn rewards for successful proof generation.

For Developers: They pay fees in ZKC to have proofs created.

For Governance: Token holders can participate in decision-making and protocol upgrades.

This creates a self-sustaining ecosystem where everyone has a financial reason to act honestly and efficiently.

Use Cases

Boundless’s design makes it useful for a wide range of scenarios across Web3 and beyond.

1. Rollups and Layer 2 Scaling

Boundless can provide rollups with plug-and-play proving services. Optimistic rollups can even use Boundless’s “OP Kailua” framework to upgrade into zero-knowledge rollups without starting from scratch.

2. Cross-Chain Proofs and Bridges

Boundless powers a system called “The Signal,” which can prove the finality of one blockchain’s state on another. This means secure, trust-minimized cross-chain communication—no multisigs, no centralized oracles.

3. Verifiable Oracles and AI Compute

Projects that perform heavy off-chain computation, such as price feeds, gaming logic, or AI inference, can use Boundless to prove that their results are accurate before they’re published on-chain.

4. Audits and Transparency

Boundless can be used to produce proofs of solvency for exchanges or proof-of-reserve reports, ensuring trust without revealing private data.

Partnerships and Ecosystem

Boundless has quickly built momentum with several ecosystem integrations and collaborations:

Wormhole Integration
Boundless now powers Wormhole’s opt-in zero-knowledge verifier, allowing transfers to be validated with mathematical proofs instead of signatures.

RISC Zero Collaboration
Boundless’s proving system is built directly on RISC Zero’s zkVM technology, combining open-source cryptographic research with practical scalability.

Ecosystem Rollups
Partners like Caldera, AltLayer, and Citrea are already using Boundless to accelerate their rollup performance.

The Boundless network is live on Base and is expanding its coverage across multiple EVM and non-EVM environments.

Proof of Verifiable Work (PoVW)

Boundless introduces a new incentive model called Proof of Verifiable Work, or PoVW. Instead of rewarding arbitrary computation like traditional Proof of Work systems, it rewards provers for performing useful work—generating valid zero-knowledge proofs.

This not only strengthens security but also ensures that all network activity serves a real computational purpose.

Challenges Ahead

Like all pioneering technology, Boundless faces challenges that will shape its future:

Computation Costs: Proof generation is still resource-intensive, so ongoing optimization and better hardware support are crucial.

Latency: Proofs must be generated quickly enough to meet real-time use cases.

Decentralization: Encouraging diverse, distributed prover participation is key to preventing centralization.

Ecosystem Adoption: Convincing established chains to rely on a shared proving layer requires both trust and performance.

Despite these hurdles, Boundless is one of the few projects bringing ZK infrastructure to real-world production scale.

Why It’s a Big Deal

If Boundless succeeds, it will redefine how computation happens in Web3.
Instead of each network redoing the same work, we could see a future where all blockchains share a common, verifiable compute layer—fast, efficient, and provably correct.

It’s a shift from redundant execution to shared verification—and that could unlock the next generation of scalable, interconnected decentralized systems.
@Boundless $ZKC #boundless

For years, blockchain has promised to revolutionize how we handle real-world assets—things like property, gold, private credit, or government bonds. Yet, most of those assets still live in the same old world of paper contracts, intermediaries, and endless compliance checks. The dream of seamlessly trading “tokenized” real estate or earning on-chain yields from corporate bonds has remained, for the most part, just that—a dream.

Now, a new network called Plume is trying to change that narrative.

Plume describes itself as a modular, Ethereum-compatible blockchain, purpose-built for real-world asset finance, often shortened to RWAfi. Its mission is clear: make it simple, compliant, and efficient to bring real-world assets onto the blockchain—and then make those assets actually useful in decentralized finance.

Built for the Real World, Not Just Crypto

Most blockchains were designed for crypto-native assets—tokens and NFTs that only exist online. Real-world assets, however, come with their own baggage: legal structures, identity verification, investor accreditation, and regulatory oversight.

Plume’s founders decided to face those challenges head-on. Instead of treating compliance and regulation as afterthoughts, they built them into the very foundation of the network. This means that identity verification (KYC), anti-money laundering checks, and transfer restrictions can all be handled natively on-chain, without the need for custom code or external workarounds.

In other words, Plume’s infrastructure doesn’t just support tokenization—it’s optimized for it.

Because it’s compatible with Ethereum’s virtual machine (EVM), developers can use the same tools, wallets, and coding languages they already know, while gaining access to Plume’s specialized features for RWA integration. The result is a network designed from the ground up to serve both traditional financial institutions and DeFi builders.

A Modular Design with Purpose

Plume’s architecture is modular, which simply means that its major components—execution, data availability, tokenization, compliance, and interoperability—can evolve independently. This approach lets the network upgrade or replace specific modules without disrupting the entire system.

Some of the key modules include:

The Tokenization Engine: This system allows asset issuers to bring off-chain assets—such as property, bonds, or commodities—onto the blockchain. It handles things like fractional ownership, legal metadata, and investor restrictions.

Compliance and Identity Layer: Plume integrates KYC and AML systems directly into its protocol. That ensures only verified investors can hold or trade regulated assets, keeping issuers on the right side of the law.

Smart Wallets: Each user account is effectively a “smart” account, capable of enforcing rules like spending limits or transfer conditions. This makes interacting with tokenized assets simpler and safer.

Data and Oracle Systems: Real-world assets depend on reliable data—like price feeds, audits, or off-chain valuations. Plume includes built-in channels for connecting verified external data to on-chain assets.

Cross-Chain Connectivity (SkyLink): Perhaps Plume’s most innovative feature, SkyLink allows yield-bearing RWA tokens to interact across more than a dozen different blockchains. Investors on other chains can receive yields from assets secured on Plume, without needing to move the underlying collateral.

SkyLink: The Bridge Between Chains and Yields

SkyLink has quickly become Plume’s signature innovation. It’s a system designed to stream RWA-based yields across multiple blockchains, connecting ecosystems like Solana, Injective, and Movement.

Here’s why that’s powerful: normally, assets on one chain are stuck there. SkyLink allows users on different blockchains to earn from real-world assets—like tokenized treasury bills or credit funds—without moving the assets themselves. The core collateral stays secure on Plume, while yield flows outward in a synchronized and transparent way.

If it scales as intended, SkyLink could do for yield what stablecoins did for payments—make it chain-agnostic and globally accessible.

Where the Returns Come From: The “Nest” Vaults

Behind the scenes, Plume’s RWA-backed yields come from what it calls Nest Vaults. These are institutional-grade vaults that hold tokenized versions of real-world assets—such as U.S. Treasuries, tokenized funds from BlackRock or Hamilton Lane, or even gold.

Investors can deposit digital assets like stablecoins into these vaults and receive liquid, yield-bearing tokens in return. Those tokens can then be used across decentralized finance applications—borrowed against, staked, or traded—allowing users to build complex financial strategies with real-world exposure.

It’s a bridge between DeFi’s flexibility and traditional finance’s stability.

Partners, Funding, and Institutional Backing

Plume’s credibility comes not just from its tech, but from its network of heavyweight partners and backers.

Funding: The company raised $10 million in early 2024 from Haun Ventures and Galaxy Digital. In early 2025, it announced a $25 million RWAfi Ecosystem Fund to support projects building on top of Plume.

Institutional Support: In April 2025, Apollo Global Management, one of the largest asset managers in the world, made a strategic investment in Plume. That move sent a strong signal that traditional finance is watching—and perhaps betting—on this experiment.

Technology Collaborations: Plume has partnered with Octane to integrate AI-based security tools, and with Elixir to help bring tokenized institutional assets onto the blockchain.

With this combination of venture capital, institutional interest, and real partnerships, Plume isn’t just another blockchain startup—it’s a serious attempt to merge traditional and decentralized finance.

The Plume Token and Its Economy

Plume has its own native currency, simply called PLUME. It’s used to pay for transactions, staking, governance, and as an incentive for ecosystem growth.

According to multiple reports, the total token supply is capped at around 10 billion, with 20 percent initially in circulation. The rest is allocated among the community, investors, and the development team. Holders of PLUME can also participate in governance, voting on key protocol upgrades or fund allocations.

In the long run, the network’s value will depend less on speculation and more on how much real economic activity—tokenized assets, yields, and transactions—it manages to attract.

The Big Picture: Promise and Challenges

Plume’s vision is ambitious, and so are the obstacles it faces.

On the bright side:

It has native compliance and KYC tools, making it friendlier to regulated institutions.

It offers real composability, meaning RWA tokens can be used just like any DeFi asset.

It’s backed by credible investors, has a fast-growing ecosystem, and focuses on interoperability through SkyLink.

But there are challenges:

Regulatory landscapes shift constantly, and global compliance isn’t one-size-fits-all.

Tokenized assets still struggle with liquidity and price discovery—especially when ownership is restricted.

Cross-chain bridging, while powerful, introduces new security risks that must be carefully managed.

The success of Plume will depend on whether it can turn its strong technology and partnerships into sustainable, real-world adoption.

Why Plume Matters

If Plume succeeds, it could become the go-to platform for tokenized assets—an ecosystem where investors can buy, trade, and use real-world assets as easily as cryptocurrencies. It’s a vision that many have promised, but few have executed well.

By blending compliance, tokenization, and interoperability into one modular network, Plume is positioning itself to do what traditional finance and DeFi have both struggled with: making real-world assets truly liquid, programmable, and global.

It’s a bold bet—but one that just might pay off.
@Plume - RWA Chain $PLUME #plume

Imagine a world where data, AI models, and digital agents don’t just exist in the cloud — they live on a blockchain, earning rewards and interacting transparently with one another. That’s the vision behind OpenLedger, a project that calls itself “the AI blockchain.”

OpenLedger isn’t trying to bolt artificial intelligence onto crypto for hype. It’s been built from the ground up to let AI itself become an active part of the blockchain ecosystem — a place where every dataset, every model, and every AI agent can have a verifiable identity, a clear history, and real financial value.

What Makes OpenLedger Different

A Blockchain Built for AI, Not Just AI on a Blockchain

Most “AI + blockchain” projects use blockchain as an afterthought — a way to sell tokens or manage licenses. OpenLedger does something more ambitious. It builds AI-native infrastructure right into the protocol.

The foundation rests on three main pillars:

Datanets — community-owned data networks that let anyone contribute data, verify its quality, and get rewarded whenever that data helps train a model.

ModelFactory — an intuitive, no-code environment where you can fine-tune or train models directly using Datanets, without deep technical knowledge.

OpenLoRA — a system for hosting large numbers of AI model adapters efficiently, allowing many specialized models to run simultaneously on minimal hardware.

Together, these systems create a self-sustaining cycle: data fuels models, models power agents, and agents generate rewards that flow back to data contributors and developers.

At the center of it all is Proof of Attribution, a mechanism that tracks which datasets or models contributed to a given AI output. It’s how OpenLedger turns AI from a black box into a transparent, reward-driven ecosystem.

How It Works — Step by Step

1. Data Creation: Users or organizations upload high-quality data to a Datanet. Every piece is hashed, verified, and timestamped on the blockchain.

2. Model Training: Developers select data from one or more Datanets in ModelFactory to train or fine-tune an AI model.

3. Deployment: That model is deployed as an AI agent, accessible through OpenLedger’s infrastructure.

4. Attribution: When someone uses the model, the blockchain records which datasets or contributors influenced the output.

5. Reward Distribution: Fees paid for the AI service are automatically distributed to everyone involved — from data curators to model trainers — based on their contribution score.

In short, OpenLedger doesn’t just tokenize AI — it economizes it.

The Technology Behind It

OpenLedger runs as an Ethereum Layer 2 (L2) blockchain, built with the OP Stack (the same tech behind Optimism). This means it inherits Ethereum’s security while enjoying faster and cheaper transactions. It also uses EigenDA, a specialized data-availability layer, to store metadata and AI records without overloading the chain.

By being fully EVM-compatible, OpenLedger integrates smoothly with existing wallets, smart contracts, and DeFi tools. Developers can plug in with minimal friction, while users keep the same Web3 experience they’re familiar with.

The OPEN Token — Fueling the Ecosystem

At the heart of this AI economy is the OPEN token. It serves multiple roles:

Gas: All on-chain actions, from uploading data to deploying agents, use OPEN for transaction fees.

Rewards: Contributors and developers earn OPEN through Proof of Attribution.

Staking: Running AI agents or services may require staking OPEN to guarantee reliability.

Governance: Token holders can vote on upgrades, data policies, and ecosystem parameters.

There are one billion OPEN tokens in total, with around 215 million currently in circulation. The token launched on September 8, 2025, debuting on major exchanges such as Binance, KuCoin, and MEXC. Initial excitement sent the price soaring by nearly 200% in the first few days, before stabilizing around the $0.45–$0.50 range.

That launch also included a 10 million OPEN airdrop to early adopters, part of Binance’s HODLer program — a clever move to spread awareness and liquidity quickly.

What You Can Build on OpenLedger

Because it’s a fully programmable L2, OpenLedger isn’t just a blockchain — it’s a sandbox for AI innovation. Developers are already experimenting with ideas like:

Specialized copilots for industries such as law, medicine, or finance, trained on domain-specific Datanets.

Autonomous AI agents that can execute blockchain transactions or interact with DeFi protocols on behalf of users.

Model marketplaces, where creators publish fine-tuned models and earn every time they’re used.

Collaborative research networks, where scientists contribute data to open models and receive fair compensation.

Each application benefits from transparency, traceability, and automatic attribution — something traditional AI platforms can’t easily provide.

Strengths and Potential

OpenLedger’s biggest advantage is its AI-first design philosophy. It’s not trying to retrofit blockchain for AI — it’s reimagining blockchain as a home for intelligence itself.

Key strengths include:

A strong incentive model for data and model creators.

Transparent attribution that builds trust.

Familiar Ethereum infrastructure for easy onboarding.

Backing from major investors like Polychain and Borderless Capital.

Its potential lies in making AI development as open and fair as DeFi made finance — rewarding the people who contribute knowledge, not just those who control compute.

The Challenges Ahead

Still, the road won’t be easy. There are serious questions that OpenLedger and others in this space must solve:

Can Proof of Attribution scale to complex models without huge computational costs?

How will the system prevent spam or low-quality data uploads?

Will token unlocks cause market volatility as early investors sell?

How can it balance privacy, licensing, and ownership in sensitive datasets?

These are hard problems, but solving them would fundamentally change how AI and blockchain interact.

The Roadmap

After raising $8 million in seed funding in 2024, OpenLedger’s immediate goals are to:

Strengthen mainnet stability and scaling.

Expand Datanets into more industries.

Improve attribution algorithms for precision and fairness.

Launch full cross-chain interoperability with other AI and DeFi ecosystems.

If successful, 2026 could see OpenLedger evolve from a promising concept into a production-grade AI economy.

The Bottom Line

OpenLedger represents one of the boldest attempts to merge artificial intelligence with decentralized infrastructure. Instead of just using AI as a buzzword, it’s giving intelligence itself a place on-chain — where contributions are provable, usage is transparent, and rewards are fairly distributed.

If it delivers on its vision, OpenLedger could become the backbone of a new kind of digital economy — one where knowledge is the most valuable asset, and everyone who helps create it gets their fair share.
@OpenLedger $OPEN #OpenLedger

In the ever-expanding world of Web3, most blockchains still feel like they were built for finance first, people second. Transactions, swaps, and staking work fine — but when it comes to real-time experiences like gaming, social apps, or metaverse platforms, even the fastest networks stumble. Somnia is here to change that.

Somnia isn’t just another Layer-1 chain trying to outpace Ethereum. It’s an EVM-compatible blockchain built from the ground up for mass-consumer experiences — fast, reactive, and built to handle millions of users interacting simultaneously. The idea is simple yet bold: make Web3 feel as seamless as Web2, but with real ownership and decentralization at its core.

The Vision: Bringing Real Life to the Blockchain

Think of Somnia as the foundation for a new kind of digital society — one where players, creators, and users all coexist inside fully on-chain worlds. Whether it’s a multiplayer game, a social network, or a virtual concert, everything can live directly on the blockchain without sacrificing speed or fluidity.

Developed by the Virtual Society Foundation, with technical backing from Improbable (the British tech company known for large-scale virtual simulations) and MSquared, Somnia’s goal is to make decentralized worlds mainstream. The focus isn’t on DeFi or trading; it’s on people, play, and experiences.

The Technology That Makes It Possible

To achieve this kind of scale, Somnia had to rethink how blockchains work. Instead of just tweaking what came before, it re-engineered almost every layer of the stack.

MultiStream Consensus

At the heart of Somnia lies its signature innovation: MultiStream consensus. Traditional blockchains process everything in a single stream of blocks. Somnia breaks that bottleneck by processing multiple transaction streams in parallel, each handled by different validators and merged securely into a single, consistent state.

This approach allows Somnia to scale horizontally — adding more streams as activity grows — while still maintaining finality and security. It’s like turning one highway into a multi-lane super expressway.

Compiled EVM Execution

Somnia supports full EVM compatibility, so developers can build using Solidity and familiar Ethereum tools. But it also adds a twist: the network can compile frequently used smart contracts into optimized native code. That means contracts that run often can execute at near-native machine speed instead of relying on slower EVM interpretation. For games or social apps that require split-second updates, this makes all the difference.

IceDB: The Engine Behind the Speed

Handling millions of users requires a powerful state management system. Somnia’s answer is IceDB, its custom-built database designed for lightning-fast reads and writes. Instead of the unpredictable lag found in other blockchains, IceDB promises stable, low-latency performance even under massive load — a key feature for applications that need instant feedback.

Network Efficiency and Compression

When throughput hits millions of transactions per second, even bandwidth becomes a problem. Somnia addresses this by using advanced compression and streaming optimization, allowing nodes to exchange data faster without choking the network. It’s the kind of behind-the-scenes engineering that makes scalability sustainable.

Performance in Numbers

Somnia’s developers claim the network is capable of over one million transactions per second with sub-second finality. In benchmark tests, it reportedly achieved:

1,050,000 ERC-20 transfers per second

50,000 decentralized swaps per second on a single pool

300,000 NFT mints per second on one contract

These figures, though self-reported, highlight Somnia’s ambition: to deliver an infrastructure that can support not just a few dApps — but entire digital worlds operating concurrently.

Transaction fees are said to be less than a cent, keeping costs low enough for everyday use — a must for games, microtransactions, and entertainment platforms.

The SOMI Token: Powering the Network

Somnia’s native token, SOMI, fuels everything that happens on the network. It’s used for transaction fees, staking, governance, and ecosystem incentives. The total supply is one billion tokens, with about 16% in circulation at launch.

Here’s a simplified breakdown of how tokens are allocated:

Community: 27.9%

Ecosystem growth: 27.3%

Partners and investors: around 30% combined

Team and advisors: roughly 14%

Team and investor tokens follow long vesting schedules, ensuring the focus stays on long-term growth rather than short-term gains.

SOMI also has a deflationary mechanism — up to half of the transaction fees are burned, gradually reducing supply as the network grows. Meanwhile, users can stake SOMI to help secure the network and earn rewards.

The token launched publicly in September 2025 and quickly gained traction on major exchanges. It hit a high of around $1.80 shortly after listing, signaling strong early interest.

Building the Ecosystem

Somnia’s ecosystem is expanding rapidly. Developers can build using familiar EVM tools like Hardhat, Foundry, or Thirdweb, while infrastructure providers like BitGo and Ankr have already integrated support.

The project has also launched a $10 million developer grant program to attract studios and creators from the gaming, entertainment, and metaverse industries. Early partners include GameFi and other blockchain entertainment ventures that see Somnia as a high-performance home for their projects.

According to data shared by validators like Everstake, Somnia’s testnet has already processed billions of transactions, proving that the infrastructure is capable of handling real workloads.

Designed for Developers and Consumers Alike

Somnia’s secret weapon is accessibility. Developers don’t need to learn new programming languages or obscure SDKs — everything works out of the box with Ethereum-compatible tools. That means migrating a game or social app to Somnia could be done in days, not months.

For users, the experience is designed to be smooth and intuitive. Wallet connections, transactions, and gameplay interactions feel instant, without the lag or high gas fees that have haunted Web3 for years.

Backing, Support, and Partnerships

Somnia’s credibility stems from serious backing. The Virtual Society Foundation, which oversees the project, was launched by Improbable, a company with deep experience in building complex virtual worlds and multiplayer infrastructure. This is not a startup built in a garage — it’s a collaboration between proven technologists and blockchain engineers aiming to merge the virtual and decentralized worlds.

Improbable’s metaverse venture, MSquared, is also closely tied to Somnia, with plans to create connected, persistent digital worlds running on-chain.

The Promise and the Challenges Ahead

Somnia’s proposition is exciting: a blockchain where games, metaverses, and social networks can exist fully on-chain with performance that rivals traditional systems. It’s the kind of infrastructure that could make decentralized applications truly mainstream.

But challenges remain. Real-world performance still needs independent verification. Maintaining decentralization while supporting such high speeds will be an ongoing balancing act. And with so many new L1s and L2s competing for developers, winning mindshare won’t be easy.

Still, the ambition behind Somnia feels different. It’s not another “Ethereum killer” — it’s a bet on the future of digital interaction, where entertainment, ownership, and community all converge.

LFG

Somnia represents a bold new chapter for blockchain technology. Its focus on entertainment, scalability, and real-time interactivity puts it in a category of its own. Whether it can truly deliver on the promise of a “Web2 experience with Web3 values” remains to be seen — but the foundations are strong, the vision is clear, and the excitement around it is real.

If Somnia succeeds, it could become the go-to blockchain for the next generation of consumer applications — where games, creators, and communities finally find a home that moves at the speed of imagination.
@Somnia Official $SOMI #Somnia

The Big Idea

For years, Bitcoin holders have had one frustrating reality — their BTC just sits there. While Ethereum and other proof-of-stake assets can earn staking rewards, Bitcoin’s proof-of-work nature makes that impossible on its native chain. BounceBit changes this narrative.

It’s not just another “wrapped BTC” project. BounceBit introduces BTC restaking: a system that lets you earn yield on your Bitcoin through a unique blend of centralized finance (CeFi) and decentralized finance (DeFi) — a model it calls CeDeFi.

In simple terms, BounceBit aims to make your Bitcoin work for you — securely, transparently, and with multiple sources of return.

Understanding BounceBit’s Core

At its heart, BounceBit is an EVM-compatible Layer-1 blockchain designed to unlock yield opportunities for BTC holders. The project combines the safety and regulatory standards of CeFi with the flexibility and transparency of DeFi.

When users deposit BTC into BounceBit, it’s held by regulated custodians such as Ceffu and Mainnet Digital. In return, they receive BBTC, a tokenized version of Bitcoin that lives on the BounceBit chain. BBTC acts as your bridge — it’s what allows your Bitcoin to interact with on-chain opportunities.

The CeDeFi Model: Where Trust Meets Transparency

BounceBit’s CeDeFi model is its greatest innovation.

On the CeFi side, regulated custodians safeguard user assets, ensuring compliance and institutional trust.

On the DeFi side, the protocol allows users to stake, restake, and deploy assets into yield strategies like lending pools, market-neutral trading, and tokenized real-world assets.

This dual-layer approach means BTC holders can earn yield without exposing themselves fully to DeFi’s risks, yet still benefit from on-chain composability and transparency.

Dual-Token Consensus: Security Through Participation

BounceBit operates under a dual-token proof-of-stake system. Validators are required to stake both:

BBTC, representing wrapped Bitcoin

BB, BounceBit’s native token

This design ties the network’s integrity directly to Bitcoin’s economic weight, while BB handles governance, fees, and internal incentives.

In other words, validators have skin in the game from both worlds — Bitcoin and BounceBit’s ecosystem.

How Yield is Generated

BounceBit’s yield isn’t coming from thin air. The project combines multiple reliable income sources that have been proven across traditional and crypto markets:

1. Delta-Neutral and Funding Rate Arbitrage

This strategy exploits the spread between spot and derivatives markets. BounceBit’s trading desks use BTC collateral to earn stable, market-neutral yields without betting on price direction.

2. Validator and Restaking Rewards

By staking BBTC and BB, users help secure the BounceBit network. In return, they earn staking rewards similar to what validators on proof-of-stake chains receive.

3. Tokenized Real-World Assets (RWAs)

Through partnerships like Franklin Templeton’s BENJI Money Market Fund, BounceBit users can access yield from tokenized U.S. Treasuries. This diversifies yield sources and introduces traditional finance income streams into the crypto ecosystem.

4. Structured Yield Vaults

Users can participate in CeDeFi vaults that combine on-chain yield with off-chain trading performance. Some vaults even auto-compound rewards using ERC-4626 vault standards.

The Products: Where Users Engage

BounceBit Prime

A flagship offering that integrates traditional yield from tokenized funds with crypto-native opportunities. Think of it as a smart vault combining stable returns (from T-bills) with additional DeFi yield.

CeDeFi Yield Module

This is where users choose or automate yield strategies.

In Manual Mode, users handpick strategies.

In Auto Mode, BounceBit automatically allocates assets for optimal risk-adjusted yield.

BounceClub

The ecosystem’s creative sandbox — allowing developers and users to launch tokens, stablecoins, or even mini-apps inside the BounceBit network. Version 2 promises features like “creator mode,” meme coin launchers, and stablecoin issuance backed by BBTC collateral.

Tokenomics: The BB Token

The BB token serves multiple purposes:

It pays for gas and network fees.

It’s used for governance and validator staking.

It provides utility within CeDeFi vaults (for example, acting as an entry token or buffer in structured products).

Total supply is capped at 2.1 billion BB, with periodic token unlocks scheduled through 2025 and beyond. The protocol plans to use part of its revenues to buy back BB, introducing a deflationary pressure over time.

By the Numbers

Total Value Locked (TVL): Over $500 million across CeDeFi vaults and staking modules.

Annualized Fees: Around $13 million.

Revenue: Approximately $4 million (per DefiLlama data).

The network’s integration with Google Cloud, Franklin Templeton, and Blockchain Capital investors further cements its credibility among institutions.

The Road Ahead: BounceBit V2

The upcoming CeDeFi V2 aims to make things even simpler and more powerful.

Key upgrades include:

Auto Strategy Mode for one-click yield optimization

Expanded asset support beyond BTC (ETH, stablecoins, and more)

Deeper integration of BB token within yield vaults and risk layers

Enhanced user experience through automation and gamified tools inside BounceClub

Essentially, V2 will make BounceBit not just a yield platform, but a full-scale financial playground where CeFi and DeFi truly coexist.

Risks and Realities

No system is perfect, and BounceBit’s hybrid model carries its own challenges:

Custodial dependence: BTC assets rely on centralized custodians — users must trust their solvency and compliance.

Market risk: Even market-neutral strategies can face stress in extreme volatility.

Regulatory uncertainty: Operating between CeFi and DeFi might invite jurisdictional scrutiny.

Token unlocks: Upcoming BB releases can cause short-term market pressure.

BounceBit’s transparent architecture, audits, and public dashboards, however, give users the tools to assess and manage these risks themselves.

Final Thoughts: Why BounceBit Matters

BounceBit isn’t trying to replace Bitcoin — it’s trying to activate it. By giving BTC a home in yield-bearing ecosystems, BounceBit could bridge the gap between traditional investors, DeFi users, and institutions hungry for compliant crypto yield.

It represents a new phase in Bitcoin’s evolution: from a passive store of value to an active, yield-generating asset class.

If it delivers on its promise, BounceBit might just redefine what it means to “hold” Bitcoin in the modern financial era.
@BounceBit $BB #BounceBitPrime

In the fast-paced world of crypto, information moves faster than light. A single tweet, a private Telegram message, or an overheard whisper at a conference can trigger price surges before the rest of the market even catches on. For years, only insiders and sharp-eyed traders have been able to capitalize on this chaos.

Now, Rumour.app, a new platform created by Altlayer, wants to change that. Touted as the world’s first “rumour trading” platform, it’s designed to help traders spot, verify, and act on emerging market narratives — long before they hit mainstream news.

It’s not about following the herd. It’s about front-running the story itself.

The Birth of a New Kind of Market

Rumour.app emerged from a simple truth: in crypto, narratives move markets faster than fundamentals. A rumour about a token listing, an upcoming partnership, or a new blockchain integration can cause prices to jump within minutes. But most traders only hear about these developments after it’s too late.

Rumour.app aims to close that gap by creating a structured marketplace for rumours. Instead of chasing fragmented information across Twitter, Discord, or Telegram, users get access to a unified, continuously updated feed where verified whispers become tradeable insights.

The platform made its official debut in September 2025, aligning its launch with two major industry events — Korea Blockchain Week (KBW) and Token2049 Singapore — both known for generating a flood of behind-the-scenes chatter.

To spark participation, Altlayer kicked things off with a $40,000 launch campaign, rewarding traders and community members who shared valuable rumours or insights.

How Rumour.app Works

While still in its early days, the concept behind Rumour.app is both fascinating and straightforward.

1. The Rumour Feed

At the heart of the app is a live feed of market rumours — from exchange listings to project collaborations and upcoming token launches. Each rumour is tagged, timestamped, and linked to relevant tokens or sectors. Users can filter, search, and subscribe to topics that interest them most.

Think of it as a blend between Bloomberg Terminal and crypto Twitter — but organized, verified, and built for traders who move fast.

2. Crowd Verification

Not every rumour deserves a trade. That’s why Rumour.app incorporates a community-driven credibility system. Users can upvote, comment, and discuss each rumour, helping to surface the ones that seem most legitimate.

Over time, contributors who consistently share accurate information can build a reputation within the ecosystem, allowing their posts to carry more influence.

3. Instant Trading Integration

This is where Rumour.app truly stands out. Using Hyperliquid infrastructure, the platform allows traders to act on rumours immediately — directly from within the app. No switching between tabs, no wasted seconds.

If a trader spots an early rumour about, say, a new partnership for a trending DeFi token, they can buy or sell that token instantly before the news spreads across the market.

4. Tracking and Resolution

Once a rumour is confirmed or disproven, it’s logged in the system. This creates a valuable historical record that helps users learn which sources are reliable — and which ones aren’t. Over time, this data could evolve into a powerful reputation system for the entire rumour market.

More Than Data — It’s About Human Instinct

What makes Rumour.app compelling isn’t just the tech behind it. It’s the human psychology it taps into.

Crypto markets are driven by emotion, storytelling, and timing. While on-chain data and analytics tell us what has happened, rumours hint at what might happen next.

Rumour.app captures that intangible edge — the moment when a narrative is still forming, before it’s validated by price action. In a world where information asymmetry defines success, this is pure alpha.

Some have compared it to prediction markets like Polymarket, but Rumour.app operates differently. Prediction markets let users bet on outcomes after questions are defined. Rumour.app, by contrast, lets traders act on the momentum of belief — before the outcome is even clear.

Early Buzz and Real-World Examples

During Token2049, early testers of Rumour.app began sharing their experiences. One trader, known as @cas_abbe, described using the platform to catch a few key narratives before they broke on Twitter. The ability to chat, verify, and execute all in one interface made it easier to capture profits before the crowd arrived.

Others used it defensively — to exit positions early when negative rumours surfaced about a protocol or potential exploit.

Even in its infancy, the tool demonstrated one key truth: speed and context matter more than ever in crypto trading.

Why It Matters

Rumour.app represents a new dimension of market intelligence — a blend of community insight, social sentiment, and real-time action. Here’s why it could reshape how traders operate:

First-Mover Advantage: It’s the first structured marketplace dedicated to rumour-based trading.

Real-Time Execution: Integration with trading infrastructure removes the lag between insight and action.

Collective Intelligence: Crowdsourced validation adds a layer of community-driven trust.

Narrative Discovery: Traders can identify emerging trends early, not just react to them.

Scalability: Though currently focused on crypto, the model could extend to stocks, startups, or even sports betting.

The Challenges Ahead

Of course, trading on rumours isn’t without risk.

False information, coordinated manipulation, and spam are all potential pitfalls. Without strong moderation and credibility filters, malicious actors could use the platform to move prices unfairly.

There’s also the question of regulation. In traditional markets, trading on unverified information can fall into grey — or even illegal — territory. While crypto operates differently, global scrutiny is increasing.

Finally, the platform’s success will depend on network effects. The more active and credible its users, the stronger its signal. Without critical mass, it could become just another social feed.

Tokenization and the Future

As of now, Rumour.app does not have its own token, though speculation about a future $RUMOUR token is already circulating online. Most believe that it may eventually integrate with Altlayer’s native ALT token or introduce its own incentive system for verified contributors.

Given Altlayer’s solid foundation — the company raised $14.4 million in 2024 from top investors like Polychain Capital and Hack VC — it has the resources and runway to make that happen.

A Glimpse Into the Future of Trading

Rumour.app feels like a natural evolution of the crypto ecosystem. It acknowledges a truth that traders have always known: markets move not just on data, but on stories.

By capturing the earliest whispers of those stories and combining them with instant execution tools, Rumour.app bridges the gap between speculation and strategy.

If it succeeds, it could redefine what “early entry” really means — turning social chatter into the next frontier of alpha generation.

LFG
Rumour.app by Altlayer isn’t just another trading platform — it’s a glimpse into the future of how information will be monetized and acted upon. It takes something as human as gossip and gives it structure, speed, and accountability.

Whether it becomes a core part of every trader’s toolkit or remains a niche experiment, one thing is clear: it’s challenging how we think about market intelligence.

In a world where narratives move faster than facts, Rumour.app offers a rare advantage — the chance to trade the future before everyone else sees it coming.
@rumour.app $ALT #traderumour

In the world of decentralized finance, liquidity is everything. It’s the pulse that keeps decentralized exchanges, lending platforms, and yield farms alive. But for all its importance, liquidity in DeFi has long been inefficient, fragmented, and out of reach for everyday users.

Mitosis is here to change that.
It’s a protocol designed to transform traditional liquidity into something programmable, dynamic, and intelligent. By doing so, Mitosis is tackling one of DeFi’s biggest challenges — how to make liquidity both efficient and accessible — while laying the groundwork for a more equitable financial ecosystem.

The Problem: Liquidity That Doesn’t Flow

Despite the progress DeFi has made, liquidity still suffers from several deep-rooted problems.

First, it’s fragmented. Every blockchain, exchange, and protocol has its own isolated pools of capital. A token locked in a Uniswap pool, for example, can’t easily move to another protocol without manual intervention.

Second, most liquidity positions are static. Once you deposit your funds, they just sit there, waiting for the market to change. They don’t adapt, rebalance, or respond to opportunity.

Third, yield opportunities are often unequally distributed. Large players with technical expertise and deep pockets dominate the best rewards, while smaller investors struggle to access complex strategies.

Add in the constant risk of impermanent loss and volatile rewards, and it’s easy to see why DeFi liquidity still feels like a system that favors the few — not the many.

The Vision: Turning Liquidity Into a Living System

Mitosis reimagines what liquidity can be. Instead of seeing liquidity as something you simply deposit and forget, it treats it as a programmable resource — one that can move, evolve, and make decisions automatically.

In this new model, liquidity isn’t stuck inside a single protocol. It becomes part of a shared network, capable of flowing across chains and platforms based on conditions defined by smart contracts.

Imagine your funds automatically moving from a low-yield pool on one blockchain to a higher-yield strategy on another — all without you lifting a finger. That’s the power of programmable liquidity, and it’s what Mitosis is built to deliver.

How Mitosis Works

At its core, Mitosis turns liquidity into a flexible, composable asset that can interact with other DeFi systems. It’s structured around three main layers:

1. Liquidity Transformation

This is where user deposits — like ETH, stablecoins, or LP tokens — are converted into programmable liquidity units. These aren’t just tokens that represent value; they’re tokens that act. They can follow rules, trigger events, or move between strategies automatically.

2. The Programmability Engine

This layer is where the real magic happens. Developers can use it to create “financial logic” — custom rules that define how liquidity behaves.
For example, a strategy might say:

If yields drop below 5%, move liquidity to another pool.

If volatility rises, shift into stable assets.

If gas fees spike, delay redeployment until costs drop.

Through this system, Mitosis gives liquidity the ability to think and respond to the market in real time.

3. Access and Governance

Unlike many DeFi systems where large players dominate, Mitosis is designed to be inclusive. Users of any size can participate in shared liquidity pools and yield campaigns through fractional ownership.
Governance is decentralized — controlled through tokens like MITO, gMITO, and tMITO, which represent participation, governance power, and long-term alignment.

The Mitosis Liquidity Cycle

Here’s how the Mitosis system flows in practice:

1. Deposit: You contribute your assets to Mitosis and receive tokens that represent programmable liquidity.

2. Pooling: Those tokens are added to a shared liquidity pool known as Ecosystem-Owned Liquidity (EOL).

3. Deployment: The collective pool is strategically deployed across DeFi markets to generate returns.

4. Optimization: Smart logic continually monitors performance and rebalances funds for better efficiency.

5. Redemption: When you’re ready, you can withdraw your share — along with any accumulated yield.

It’s simple, automated, and designed to make every dollar of liquidity work smarter.

Programmable Liquidity: A True Innovation

The biggest breakthrough Mitosis introduces is the idea of liquidity that acts like capital.

In traditional DeFi, once liquidity is provided, it becomes static. Mitosis breaks that mold by embedding intelligence directly into the liquidity layer itself. It allows assets to:

Move freely across chains

Reallocate dynamically based on market data

Combine multiple strategies into one programmable position

Interact with other DeFi protocols as autonomous, self-optimizing entities

Essentially, Mitosis gives liquidity the ability to behave like a portfolio manager — one that never sleeps, never misses a signal, and works entirely on-chain.

Democratizing Access to Yield

Perhaps the most inspiring part of Mitosis is its focus on inclusion.

Through fractionalized participation, small investors can now access yield strategies that were once reserved for large funds and institutions. Anyone can join curated yield campaigns, participate in shared liquidity programs, and earn proportional rewards without having to manage complex positions manually.

This creates a more democratic DeFi ecosystem — one where opportunity is open to everyone, not just those with advanced tools or deep capital reserves.

The Building Block for Modular DeFi

As DeFi becomes more modular — with separate layers for execution, settlement, and liquidity — Mitosis positions itself as the liquidity coordination layer.

It can power a wide range of next-generation financial tools, including:

Cross-chain liquidity routers

Automated treasury systems for DAOs

Tokenized portfolios and structured yield products

On-chain asset management solutions

By connecting these layers, Mitosis provides the infrastructure that allows DeFi to operate more like a true financial network — not just a collection of isolated platforms.

The MITO Token Ecosystem

The Mitosis protocol is governed and fueled by its native tokens:

MITO is used for staking, liquidity rewards, and participation.

gMITO grants governance rights for key decisions.

tMITO represents long-term commitment and offers enhanced rewards for holders who lock their tokens.

Together, these tokens create a balanced economy that rewards participation, aligns incentives, and ensures sustainable liquidity over time.

Why It Matters

The benefits of Mitosis extend far beyond yield optimization. It addresses some of the most fundamental issues in DeFi:

The Problem Mitosis Solution

Liquidity fragmentation Unified cross-chain liquidity layer
Static LP positions Smart, responsive liquidity units
Inequitable yield access Fractionalized, community-owned pools
Mercenary capital Ecosystem-owned liquidity
Short-term incentives Long-term governance and rewards

By solving these, Mitosis is not just improving DeFi — it’s redefining how value moves within it.

The Challenges Ahead

Of course, such an ambitious vision comes with hurdles.

Security is paramount. Cross-chain programmability introduces complexity and risk, so robust audits are essential.
Adoption will also take time — protocols must integrate Mitosis’s shared liquidity model for its full potential to unfold.
And as governance grows, maintaining decentralization while avoiding decision fatigue will be a delicate balance.

But the project has strong early momentum: strategic partnerships with Ether.fi, Hyperlane, and Symbiotic, a successful $7 million seed round, and tens of millions in early total value locked show clear market interest.

A Glimpse Into the Future

Mitosis represents more than a protocol — it’s a philosophical shift.

It envisions a world where liquidity behaves like a living system: intelligent, adaptive, and free to move wherever it creates the most value. A world where finance is not just decentralized, but truly democratized.

As programmable liquidity becomes the new standard, Mitosis could become the infrastructure that underpins the next generation of DeFi — one built on collaboration instead of competition, inclusion instead of exclusion, and intelligence instead of inertia.

Conclusion: From Static Pools to Living Liquidity

DeFi began as an experiment in decentralization. Mitosis is the next step — an experiment in evolution.
By turning liquidity into something programmable, composable, and equitable, it takes DeFi from being reactive to being truly alive.

It’s a bold vision, but if successful, Mitosis won’t just make markets more efficient — it could transform how financial systems themselves are designed.
Liquidity, at last, would no longer sit still. It would think, move, and grow.
@Mitosis Official $MITO #Mitosis