Mei Ling美玲

Imagine a blockchain where millions of players can trade, battle, and build at the same time — without lag, high fees, or endless confirmation waits. That’s the world Somnia is trying to create.

Launched in September 2025, Somnia is a new EVM-compatible Layer-1 blockchain built specifically for mass-market consumer apps — things like games, virtual worlds, and entertainment platforms. Where most blockchains focus on finance, Somnia’s target is fun: real-time gameplay, digital ownership, and metaverse-scale social experiences.

Backed by Improbable (the same company known for building massive virtual worlds) and the Virtual Society Foundation, Somnia comes with both serious technical innovation and serious funding — reportedly up to $270 million set aside to grow its ecosystem.

🧠 The Big Idea Behind Somnia

Most blockchains today weren’t built for what modern digital experiences demand. A fast-paced multiplayer game or social world can generate thousands of transactions per second, and Ethereum or even many newer chains would choke under that load.

Somnia’s answer is a complete architectural rethink.

At its heart are four key innovations:

MultiStream Consensus – Instead of one big line of blocks, each validator produces its own “stream” of data, and these are woven together in real time. This massively boosts throughput by removing bottlenecks.
Compiled EVM Execution – Somnia doesn’t just interpret smart contracts — it compiles them into native code, squeezing out far more speed from each CPU core.IceDB – A custom-built database designed to handle on-chain reads and writes at lightning speed (we’re talking nanoseconds).
Streaming Compression – Smart ways to compress and store data so games and apps can choose what stays forever and what’s more temporary, cutting costs and improving performance.

Together, these ingredients aim to deliver millions of transactions per second with sub-second finality — numbers that sound almost unreal until you dig into Somnia’s testnet results.

⚙️ Performance: Numbers That Turn Heads

During its large-scale testnets, Somnia reported hitting 1.05 million ERC-20 transfers per second and 300,000 NFT mints per second. That’s not just a small bump in performance — it’s a quantum leap compared to traditional networks.

In total, the network processed over 10 billion testnet transactions, with hundreds of thousands of wallets taking part in community campaigns.

To be fair, independent outlets like CoinDesk have noted that these tests were tightly controlled, and real-world results may vary. But even with that caveat, the underlying architecture shows impressive potential.

💰 The SOMI Token and Economics

Somnia’s native currency is SOMI, capped at 1 billion tokens. It’s used to:

Pay for transactions and smart contract interactions
Stake and secure the network (through a Delegated Proof-of-Stake model)
Participate in governance decisions over time

At launch, around 160 million SOMI were circulating, and the token quickly listed on major exchanges like Binance, Bybit, and KuCoin. The rest of the supply is set aside for staking rewards, ecosystem growth, and developer incentives.

If you’re building or investing, it’s worth reviewing the official tokenomics in Somnia’s documentation or MiCAR whitepaper for the full breakdown.

🛡️ Security and Infrastructure

For a network this ambitious, security is paramount. Somnia’s core code and contracts have gone through multiple third-party audits — including by Hacken and Beosin — and it continues to run bug bounties to attract ethical hackers.

Validators stake SOMI to help run the network and confirm transactions. Some enterprise validators, like Google Cloud, have joined, alongside independent operators and community nodes. This mix helps balance performance with decentralization — though the team has acknowledged the need to monitor centralization risks as large institutional players come onboard.

🎮 Building the Playground: Games, Apps, and Partnerships

Somnia isn’t just technology — it’s a growing ecosystem.

A number of upcoming titles and studios are already building here, including games like Maelstrom Rise, Variance, and Netherak Demons. The idea is simple: let developers put gameplay logic, asset ownership, and even live interactions on-chain without worrying about lag or costs.

For developers, Somnia offers native support for familiar EVM tools and SDKs, plus integrations with leading Web3 infrastructure partners like:

LayerZero and Stargate (for cross-chain messaging and bridges)
Sequence, Thirdweb, and Ankr (for wallet and developer tooling)
The Graph and DIA (for oracles and indexing)

This makes it far easier to migrate an Ethereum-based project or start fresh on Somnia with a low learning curve.

🌍 Ecosystem and Real-World Adoption

Somnia’s design is tailor-made for the next generation of applications:

Game studios can now handle thousands of player actions per second.
Virtual events can host millions of live users with instant state updates.
Creators can mint and trade digital collectibles with negligible fees.

The network also supports cross-chain bridges, enabling users to move assets between Somnia and other chains safely through audited integrations.

⚖️ What to Watch For

No new technology is without risk, and Somnia’s bold architecture brings a few things to keep an eye on:

Novel consensus = untested waters. MultiStream is new. It’s powerful, but it’ll need continuous testing under real-world conditions.
Performance under organic load. The jump from testnets to millions of real players will test everything from latency to validator coordination.
Decentralization balance. Having cloud giants as validators boosts reliability but could tilt governance — something the team seems aware of.
Bridge safety. Somnia’s integrations with LayerZero and others are convenient but need constant auditing — bridges remain the Web3 world’s most common attack vector.

🪙 Where to Learn More

If you want to dive deeper, here are the key resources:

Somnia Official Docs — technical details, tokenomics, and architecture
[Improbable Press & Announcements] — background on partnerships and mainnet launch
[CoinDesk Coverage] — independent reporting with performance context
[Binance Research] — project summary, circulating supply, and exchange info
[Audit Reports] — Hacken, Beosin, and other security reviews

🚀 Final Thoughts

Somnia isn’t just another blockchain — it’s an attempt to make the impossible feel seamless. Imagine an on-chain Fortnite, or a metaverse concert where every user interaction lives on the blockchain without breaking immersion. That’s what Somnia’s team is building toward.

It’s ambitious, fast-moving, and still early. But if it delivers even part of what it promises — speed, scalability, and consumer-grade experiences — Somnia could become a foundational piece of the on-chain entertainment economy.

Would you like me to make this press-ready (formatted like a feature article for CoinTelegraph or Decrypt, with a headline image suggestion, pull quotes, and subhead structure)?

Or should I rewrite it more like a developer blog post (with API examples, RPC links, and build steps)?
@Somnia Official
$SOMI
#Somnia

DeFi has always promised open finance for everyone — yet, in practice, much of its liquidity is stuck. Billions of dollars sit idly in pools and vaults across different chains, earning modest yields while being largely unusable elsewhere. If you want to move that liquidity, you often have to withdraw, bridge, redeposit — and start again.

That’s where Mitosis steps in. It’s not just another yield protocol; it’s a new layer of infrastructure designed to make liquidity programmable — turning locked-up capital into dynamic, composable, yield-bearing building blocks that can flow freely through the DeFi ecosystem.

Let’s unpack how that actually works.

1. The problem: fragmented and frozen liquidity

DeFi liquidity today suffers from three big pain points:

Fragmentation: Liquidity is scattered across dozens of chains and pools, leading to shallow markets and high slippage.
Inefficiency: LP tokens often sit idle — they earn yield but can’t be reused elsewhere.
Short-termism: Many protocols “rent” liquidity through high emissions, creating unstable ecosystems once incentives end.

Mitosis aims to flip this model by transforming liquidity into a shared, programmable resource that can be used and reused across chains, protocols, and products — all while still earning yield.

2. The big idea: programmable liquidity

At its core, Mitosis is building a liquidity coordination layer — imagine it as a smart engine that connects assets, vaults, and strategies across multiple blockchains.

When users deposit assets into Mitosis vaults, those assets don’t just sit there. They’re tokenized into new assets — miAssets and maAssets — which act as liquid, composable receipts that continue to earn yield while being freely used across DeFi.

Think of it like this:

Deposit ETH → receive miETH (a yield-bearing token).You can now use miETH as collateral, trade it, or even stake it elsewhere — all while your original ETH is still earning yield under the hood.

This is what Mitosis means by programmable liquidity: capital that works in multiple places at once.

3. The architecture: how it all fits together

Mitosis introduces several interconnected layers:

🧬 Vaults

Users deposit assets into smart vaults. Each vault issues an equivalent miAsset that represents a share of the vault’s total holdings and rewards.

🧠 Orchestrator

The orchestrator acts as the “brain” of Mitosis — it routes liquidity between chains and strategies, rebalancing automatically to optimize yield and efficiency.

🌐 Ecosystem-Owned Liquidity (EOL)

Instead of relying on temporary farming rewards, Mitosis pools liquidity under a collective ownership model. The protocol (and its community) owns and deploys liquidity strategically, creating sustainable depth and stability.

💎 Matrix Campaigns

For users chasing higher returns, Matrix Vaults allow capital to flow into targeted yield campaigns — think of them as “high-conviction plays” managed by the protocol or ecosystem partners. These deposits issue maAssets, which represent participation in specific campaigns.

4. What makes this approach different

Liquidity that moves and earns. Your assets aren’t locked away; they’re represented by tokens that can travel and be used elsewhere.
Community-driven liquidity. EOL replaces mercenary yield farmers with a shared, protocol-owned treasury of liquidity.
Cross-chain by design. Mitosis treats chains as connected surfaces, not silos — your miAssets can live and earn across ecosystems.
Standardized, composable tokens. miAssets and maAssets can plug directly into other protocols, enabling new structured products, RWAs, and yield instruments.

5. Tokenomics: MITO and beyond

The Mitosis ecosystem runs on a few interrelated tokens:

MITO — the core utility and governance token. Holders can stake, earn rewards, and vote on protocol decisions.
gMITO — a non-transferable governance token, earned by locking MITO, that grants deeper voting power and reduces governance manipulation.
Locked variants (LMITO, etc.) — long-term versions for aligning incentives between liquidity providers, stakers, and the protocol.

This token model rewards long-term participation over short-term speculation — encouraging real governance and sustainable liquidity growth.

6. Real-world use cases

Mitosis opens up a range of possibilities that go beyond simple yield farming:

Cross-chain liquidity orchestration: Protocols can deploy unified liquidity across multiple chains without manually managing dozens of pools.
Yield-while-using: Users can keep earning yield even while using their assets for lending, staking, or trading.
Structured products & RWAs: Composable, yield-bearing tokens like miAssets can serve as base layers for complex DeFi products.
NFT integration: Through projects like the Mitosis “Morse” NFTs, users can access unique reward structures and community incentives.

7. Why it matters

If Mitosis succeeds, it could solve one of DeFi’s biggest challenges: liquidity fragmentation.

By turning liquidity into programmable, composable components, Mitosis makes it possible to build more connected, capital-efficient systems — where every dollar of TVL can do more work for users, protocols, and the ecosystem at large.

In short, Mitosis aims to evolve DeFi liquidity from static capital into dynamic infrastructure.

8. Risks and considerations

Of course, innovation comes with risk.

Mitosis introduces new smart contract layers, cross-chain components, and governance mechanics — all of which require rigorous security, audits, and community oversight. The protocol’s long-term success will depend on adoption, integrations, and the performance of its orchestrator and vault systems.

As always in DeFi: do your own research before depositing capital.

9. The bigger picture

Mitosis isn’t just building another protocol — it’s laying the foundation for a liquidity operating system that could underpin the next generation of decentralized finance.

If Uniswap v3 taught DeFi how to focus liquidity, and Yearn Finance taught it how to automate yields, then Mitosis might just teach DeFi how to coordinate liquidity — across chains, assets, and protocols — as one intelligent, unified system.

Would you like me to humanize this further into a narrative-style blog post (with story flow, quotes, and analogies), or keep this as an informative article that’s more professional and publication-ready (e.g., for a crypto publication or Medium)?
@Mitosis Official
$MITO
#Mitosis

Somnia isn’t just another blockchain. It’s a bet that the next wave of mass-market experiences — big games, virtual worlds, social metaverse stuff — need a foundation made for real people, not just crypto nerds. Let me walk you through everything — what it promises, where it stands, and what could go wrong — in a way that (hopefully) feels more conversational.

What is Somnia, really?

Think of Somnia as an EVM-compatible Layer-1 chain built for scale and speed, especially for high-interaction stuff like gaming, social apps, and live worlds. The goal: make things run as smoothly as your favorite non-blockchain game, but with the benefits of ownership, composability, and decentralized money.

In test environments, the team says they hit billions of transactions and onboarded tens of millions of wallets. Their boldest claim: the architecture could support over a million transactions per second under the right conditions.

They launched mainnet in early September 2025. Before that, they ran stress tests, hackathons, and partner previews to shake out issues.

Who’s behind Somnia & how it’s governed

Somnia is built under the Virtual Society Foundation (VSF), backed by MSquared and Improbable. Improbable has a reputation for simulation / virtual world tech, so Somnia is kind of the blockchain arm of their vision. The narrative often ties Somnia into a larger “metaverse infrastructure” ambition.

Paul Thomas is commonly named as a founder/CEO in communication materials. The team also leans heavily on their backers’ credibility: there’s mention of ~$270 million in committed capital (for grants, development, ecosystem support). They use that war chest to fuel early adoption, studios, infrastructure, etc.

On governance: SOMI (the token) is expected to carry voting power. But in the early days, much decision-making and direction still comes from core devs and the foundation. Over time, they’ll want more true decentralization (or critics will call them centralized).

Under the hood: the tech

Here’s what Somnia claims makes it special:

EVM compatibility — you can write Solidity, use existing tools, wallets, etc. That minimizes friction for devs.
Parallel execution (“MultiStream”) — instead of a single global “order of transactions,” the system tries to run multiple streams in parallel so that throughput increases. This is tricky when contracts interact, but they propose transaction conflict resolution and ordering logic to handle that.
IceDB — a custom state/storage database optimized for the kinds of reads/writes games and virtual worlds need (lots of small frequent updates).
Compression & delta updates — to reduce bandwidth and sync cost, they compress state deltas and send only differences to clients, rather than full snapshots.

These are promising design ideas, but whether they hold up under heavy, diverse real-world load is the real test.

The token: SOMI

Here’s how Somnia handles its native token:

Max supply: 1,000,000,000 SOMI (fixed)
Use cases:

Gas / transaction fees
Staking / securing the network
Governance (voting, parameter changes)
Incentives & rewards (for devs, studios, community)
Fee burning: about 50% of gas fees get permanently burned. The other half goes to validators / stakers. This adds a deflationary pressure if usage is high.
Distribution / unlocks: different allocations for team, ecosystem, community, reserves. Vesting schedules are built in to avoid immediate dumps.

Safety, audits & readiness

They’ve engaged third-party auditors (e.g. Hacken) for both the L1 protocol and smart contracts. Audit reports have flagged issues, many of which (they claim) were fixed pre-launch. They also run bug bounties and post-launch monitoring.

That’s good, but it doesn’t guarantee safety. For such an ambitious system, continuous scrutiny, decentralized validator checks, and real usage exposure will tell whether it really works.

What they showed in testnets

Before mainnet, Somnia pushed big numbers:

Tens of billions of testnet transactions
Over 100 million wallets created in stress scenariosDozens of partner studios, validators, and infrastructure collaborators

But: these are controlled stress tests. Real multimodal ecosystems (many apps running, cross-contract calls, real economic behavior) tend to expose the cracks.

The ecosystem & go-to-market

They use the capital backing (~$270M) to run grants, studio incentives, developer accelerators (e.g. Dream Catalyst), and infrastructure support.
The promise of “metaverse + onchain composability” is their sales pitch to game studios and virtual world designers.
SOMI got listed on exchanges and plugged into liquidity networks.
They’re pushing to have early games, social apps, metaverse pilots ready or migrating.

Strengths & risks

Strengths:

Very focused: not trying to be a generic L1 for everything, but targeting high-interaction apps
Strong capital, good backing
Reuse of Ethereum tooling means less re-education cost for devs
Built-in deflationary burn mechanism aligns usage to token holder benefit

Risks:

Claims vs reality: high TPS under ideal conditions is one thing; supporting many complex dApps concurrently is another
Early centralization: core devs, foundation and big investors may hold too much influence unless the system broadens its governance
Token economics volatility: large unlocks, token sales, or validator rewards could offset burning benefitsSecurity surface area: parallel execution, custom DB, bridges = more complexity = more places for bugs

of independent validators / how distributed
Active daily / monthly users across apps
Volume of gas fees (to see burn vs rewards)
Onchain token flows (is SOMI going from ecosystem reserves to markets?)
Security incident reports or bug bounty disclosuresReal application performance under load, especially with multiple apps
@Somnia Official
$SOMI
#Somnia

If you’ve ever used a DeFi lending app like Aave or Compound, you know the routine.

You deposit your crypto, it earns some interest, but suddenly that token is stuck. You can’t vote with it, can’t stake it, can’t use it in other protocols — it’s just sitting there, earning a few percent.

That’s where Dolomite steps in.

Dolomite calls itself “the most comprehensive DeFi platform”, and it’s not just marketing talk. It’s the first platform that lets you lend, borrow, and trade over 1,000 unique assets — while keeping all your “DeFi-native rights.”

In plain English: you can still use your tokens for whatever they’re meant to do — governance, staking, or rewards — even while they’re earning yield on Dolomite.

🌍 What Dolomite Actually Is

Dolomite isn’t a single app — it’s more like a financial toolbox for DeFi.

It combines three things in one place:

A money market (for lending and borrowing),
A decentralized exchange (DEX) (for trading), andA margin trading system (for leverage lovers).

It’s built on Arbitrum, which means everything happens on Ethereum’s Layer 2 — fast, cheap, and secure.

So imagine Aave, Uniswap, and dYdX had a very productive baby.

That’s Dolomite.

🔍 Why People Are Paying Attention

Here’s what makes Dolomite stand out:

🧩 1. Massive Token Support

While other lending apps support maybe 20–50 tokens, Dolomite supports over a thousand. That’s practically every ERC-20 you’ve heard of (and plenty you haven’t).

🔐 2. You Keep Your Token Rights

Normally, when you lend a token on DeFi, it becomes “wrapped” — you lose its voting or staking abilities. Dolomite’s system is built so that your tokens stay alive. You can lend, but still vote in DAO proposals or keep earning rewards.

⚙️ 3. Isolated Risk

Dolomite gives you isolated “vaults.” If one trade goes sideways, it doesn’t drag down your whole portfolio. It’s like having separate rooms for each strategy — no messy spillovers.

⚡ 4. Margin & Strategies

You can borrow against your deposits to open margin positions — or use Dolomite’s Strategies Hub to automate yield-farming loops and other advanced tactics, all in a few clicks.

🪙 The DOLO Token: The Heart of the System

Dolomite runs on its native token called DOLO.

It powers governance, rewards, and incentives across the platform.

If you hold or lock your DOLO (into versions like veDOLO or oDOLO), you can earn extra rewards or take part in shaping how Dolomite evolves.

It’s a bit like Aave’s AAVE token, but with a more flexible design built around its modular system.

💻 How You Actually Use Dolomite

Here’s what a normal user flow looks like
Connect your wallet (like MetaMask) to Dolomite.io.
Deposit a token — let’s say ETH or a governance token.Start earning yield, or borrow another token using your deposit as collateral.If you want, open a margin position or try a pre-built strategy.
Withdraw anytime — it’s all non-custodial.

And because it’s on Arbitrum, transactions cost just a few cents instead of painful Ethereum mainnet gas fees.

🧱 Under the Hood (Without the Boring Jargon)

Dolomite’s architecture is modular — think Lego blocks for finance.

There’s a core system called DolomiteMargin, which handles lending, borrowing, and liquidation logic. Then there are “modules” that add features like new interest rate models or price feeds.

This flexible design is what allows Dolomite to handle so many different assets. It’s also what makes it easy for developers to build on top of it — everything’s open-source on GitHub.

🧠 Why It’s a Big Deal

The magic of Dolomite isn’t just that it supports a lot of assets. It’s that it connects them.

Imagine you’re holding a staking derivative like stETH. Normally, if you lend it out somewhere, you lose your staking yield. Dolomite claims to fix that.

You can keep your staking rewards and earn lending interest and use it as collateral to borrow another token.

That’s triple productivity from the same asset.

This is the direction DeFi has been heading — more composable, more efficient, and more user-controlled — and Dolomite is pushing that vision hard.

⚔️ How It Compares to the Big Players

FeatureDolomiteAaveCompounddYdXSupported Tokens1,000+~30~20~20Built-In Margin✅ Yes❌ No❌ No✅ YesLayerArbitrumEthereum / L2EthereumAppChainToken Rights Retained✅ Yes❌ No❌ No❌ NoDeveloper-Friendly✅ High⚪ Medium⚪ Medium⚪ Low

Dolomite is playing a different game. It’s not trying to be “just another lending platform.” It’s trying to be the hub where all your DeFi assets can work together — productively.

🧩 The Risks (Because It’s Still DeFi)

Let’s be real — no DeFi protocol is risk-free, especially one dealing with this many tokens.

Some things to keep in mind:

Smart contract risk: Audits help, but bugs can exist.
Price oracles: With smaller tokens, price feeds can be less reliable.
Liquidity: Not every asset will have deep markets.

That said, Dolomite’s design — with isolated positions and modular oracles — is meant to reduce systemic risk.

🌱 The Bigger Picture

Dolomite wants to be the financial layer for DeFi power users — a place where any token can find utility, and any user can find yield.

It’s ambitious, yes. Supporting over 1,000 assets isn’t easy. But the project’s transparency, modular codebase, and community-first design make it one of the most interesting DeFi experiments happening on Arbitrum right now.

If you believe in a future where DeFi isn’t just for blue-chip tokens, Dolomite might be the shape of that future.

✨ In One Sentence

Dolomite is where your tokens don’t just sit — they work.

Lend, borrow, and trade across a thousand assets. Keep your rights. Stay DeFi-native.
@Dolomite
$DOLO

#Dolomite

In a world where every DeFi app depends on data — where a few milliseconds can mean millions — Pyth Network isn’t just another oracle.

It’s a revolution in truth.

While most oracles scrape data from middlemen, Pyth goes straight to the source — the actual exchanges and trading desks that move global markets.

No middle nodes. No lag. No noise.

Just pure, real-time financial data — flowing on-chain like an electric current that powers the heart of Web3.

🔍 The Problem: When DeFi Sees the World Too Slowly

Every smart contract lives and dies by data — especially price data.

Lending protocols, perpetual exchanges, prediction markets — they all rely on accurate, up-to-the-second market prices. But here’s the catch: most oracles get their prices secondhand.

They gather from APIs, aggregate through random nodes, and then push to the blockchain.

By the time the data hits your protocol?

The real market has already moved on.

Enter Pyth Network, built on a radical id

🧠 The Pyth Breakthrough: First-Party Data, On-Chain

Pyth flipped the oracle model on its head.

Instead of trusting anonymous nodes, Pyth invites the world’s top financial players — exchanges, market makers, and trading firms — to publish their own signed prices directly to the blockchain.

Think of it like a live data network where Coinbase, Jane Street, Jump, Virtu, and over a hundred other market makers all plug in their feeds — updating in milliseconds.

These aren’t proxies.

These are the sources that define the price action itself.

⚙️ How It Actually Works

Publishers — real exchanges and trading firms — sign and broadcast price updates with confidence intervals.Pyth Network aggregates them in real-time, removing outliers and creating a trusted composite price feed.
Smart contracts on any chain can then pull the freshest data when they need it — ensuring both accuracy and efficiency.

Pyth’s infrastructure, originally built on Solana, now spans 70+ blockchains including Ethereum, Optimism, Base, Avalanche, and Sui — using fast, secure cross-chain delivery tech.

So whether you’re a DeFi app on Solana or a perps exchange on Arbitrum, your prices can stay in sync with the real world.

💡 What Makes Pyth Different

Let’s break down the magic sauce 👇

🏦 First-Party Feeds — Data straight from the institutions trading billions daily.
⚡ Ultra Low Latency — Prices refresh faster than you can blink.
🌍 Cross-Chain Reach — Works on 70+ blockchains seamlessly.
🧩 Pull Oracle Model — Apps fetch prices only when needed — no spam, no gas bloat.
🔒 Audited & Secured — Multiple audits + a six-figure Immunefi bounty program.
💰 PYTH Token — Powers staking, governance, and publisher incentives.

Pyth isn’t an API dressed as an oracle — it’s a living data layer for Web3.

📊 Numbers That Speak Volumes

120+ institutional data publishers
Hundreds of real-time price feeds across crypto, equities, FX, and commodities
Hundreds of integrated dApps across 70+ blockchains
Thousands of developers using Pyth for DeFi, GameFi, and TradFi bridges

In short: If your app moves money, Pyth moves your data.

🔐 Security, Trust, and the PYTH Token

Behind the scenes, PYTH isn’t just a ticker — it’s the fuel of a growing ecosystem.

🗳️ Governance: Token holders shape how data feeds are managed and rewarded.
💎 Staking: Publishers stake PYTH for skin in the game, aligning incentives with data quality.
🎯 Rewards: Honest data gets rewarded. Manipulation gets slashed.

This makes the network self-reinforcing — data providers are paid to be honest, and the more valuable the data, the stronger the oracle becomes.

💼 Pyth Pro: Data for the Big Leagues

Not all institutions can rely on public feeds alone.

That’s why Pyth launched Pyth Pro — a premium, enterprise-grade layer offering SLAs, richer feeds, and dedicated integrations for banks, funds, and fintech firms entering Web3.

It’s the bridge between Wall Street precision and Web3 openness.

🧱 Real-World Use Cases

Pyth data already powers:

🧮 Perpetual DEXs (for real-time mark prices)
💰 Lending platforms (for collateral valuation)
📈 Prediction markets (for event outcomes)🏦 Institutional DeFi platforms (for compliance-grade data)

From Solana to Ethereum to Cosmos — Pyth has become the quiet heartbeat that keeps prices honest across the decentralized web.

⚠️ Risks & Realism

No system is perfect — not even Pyth.

Because publishers are real institutions, centralization risk exists if too few dominate a feed.

Cross-chain relays also introduce new trust assumptions.

But Pyth tackles these challenges head-on — diversifying publishers, hardening bridges, and open-sourcing everything for transparency.

🌅 The Future: When Every Data Point Lives On-Chain

Pyth isn’t just feeding prices to DeFi — it’s reprogramming how data itself exists.

Imagine a future where:

Stock prices, oil futures, and even economic indicators update live on-chain.
Governments publish verified data directly into smart contracts.
Financial systems finally operate on truth without trust.

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

And Pyth is already halfway there.

🔮 Final Word

In the grand story of Web3, oracles are the unsung heroes — the invisible bridges between worlds.

But Pyth Network isn’t just a bridge.

It’s a high-speed data artery — pulsing with the lifeblood of markets, connecting Wall Street precision with DeFi freedom.

Every price. Every trade. Every block.

Pyth is where the world syncs with the chain. ⚡
@Pyth Network
$PYTH
#PythRoadmap

There’s a good chance you’ve used WalletConnect — even if you didn’t realize it.

That smooth moment when your favorite wallet suddenly connects to a DeFi app, NFT marketplace, or game — without private keys leaving your phone?

That’s WalletConnect at work.

Behind the scenes, this open-source protocol has quietly become the circulatory system of Web3 — connecting 600+ wallets, 65,000+ apps, and facilitating over 300 million secure connections for nearly 50 million users.

Now, with the launch of the WalletConnect Network and its governance token $WCT , the protocol is stepping into its next chapter — a decentralized, user-owned future for on-chain connectivity.

💡 The Big Vision — One Connection for the Entire Web3

Back in 2018, WalletConnect started with a simple question:

The answer became an open standard — one that removed the need for messy browser extensions or centralized intermediaries.

Today, WalletConnect enables end-to-end encrypted connections between wallets and dApps, across any blockchain, with zero custody and zero middlemen.

Scan a QR code, approve a session, and you’re in — securely and privately.

That’s the beauty of it: a bridge that feels invisible, yet runs the world’s decentralized economy behind the scenes.

⚙️ How It Works — The Magic Behind the QR Code

At its core, WalletConnect acts like a secure messenger between your wallet and the app you’re using.

When you scan that QR or click “Connect Wallet,” here’s what actually happens:

Your wallet and the dApp exchange encrypted keys.
Messages travel through WalletConnect relays — encrypted, unreadable, unstoppable.
You approve transactions locally.
The dApp executes, without ever touching your private keys.

It’s end-to-end encryption for your money — literally.

🧠 Version 2.0 — The Smart Upgrade

WalletConnect’s v2 update wasn’t just a patch — it was a total re-engineering.

🌍 Multi-chain sessions: One connection, many blockchains. No need to reconnect every time you switch networks.
🧩 Permissioned access: dApps now request exactly what they need — and nothing more.⚡ Faster, more scalable relays: Because waiting for connections isn’t part of the Web3 dream.

Trail of Bits and other top security auditors combed through every detail — ensuring this upgrade wasn’t just smarter, but safer.

🪙 The WalletConnect Network & Token

The newest chapter is the WalletConnect Network, powered by the token — deployed on Optimism and Solana.

isn’t a gimmick — it’s the key to decentralizing WalletConnect itself.

Staking: Users and operators can stake $WCT to participate in the network.Governance: Token holders help shape future upgrades, fees, and ecosystem grants.
Rewards: Relays and contributors earn for keeping the network fast and reliable.

This isn’t just a protocol anymore — it’s becoming a decentralized communications layer for Web3, owned and governed by the community that uses it.

🧰 Built for Developers, Trusted by Everyone

Developers love WalletConnect because it’s plug-and-play: a few lines of code and your dApp is connected to hundreds of wallets.

Wallets love it because it makes them instantly compatible with thousands of apps.

And users? They don’t have to think about it — it just works.

WalletConnect’s Verify API even helps wallets detect fake or malicious dApps — showing users a “verified domain” badge before they approve anything.

It’s a small feature with massive impact, tackling phishing right where it matters: the wallet screen.

🛡️ Security Above All

All messages sent through WalletConnect are encrypted end-to-end.

No one — not the dApp, not the relay, not even WalletConnect itself — can read what’s inside.

Combine that with third-party audits, continuous bug bounties, and real-time monitoring, and you’ve got one of the most hardened systems in Web3 infrastructure.

It’s not just a protocol. It’s digital armor for your wallet.

🌐 The Heartbeat of Web3

From Uniswap and Aave, to OpenSea, Phantom, Trust Wallet, and Rainbow — WalletConnect is everywhere.

It’s the quiet standard that powers almost every interaction you make in crypto, across chains, ecosystems, and devices.

It’s not just about wallets and dApps — it’s about freedom.

Freedom to connect, trade, play, and build — safely.

🚀 The Future — Decentralized, Seamless, Human

WalletConnect’s journey mirrors the story of Web3 itself: from a scrappy open-source tool to the backbone of a global decentralized economy.

With $WCT unlocking governance and staking, the network is evolving from “a protocol you use” to “a protocol you own.”

And that’s the magic.

A future where the bridge between wallets and worlds is not controlled by any company — but by the people who walk across it.

WalletConnect isn’t just how we connect wallets.

It’s how Web3 connects — period.
@WalletConnect
$WCT
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