Mei Ling美玲

DeFi has grown at an astonishing pace, but the sector still suffers from deep inefficiencies. Capital is fragmented across dozens of chains, liquidity sits idle in pools that are hard to re-use, and complex strategies are usually gated behind institutional walls. For many users, the experience feels like standing outside a glass tower: they can see the opportunities, but can’t enter.

Mitosis steps into this picture with a simple but ambitious mission — to transform liquidity itself into a programmable, cross-chain building block. By taking illiquid positions like LP tokens and vault shares and converting them into tokenized, composable assets, the protocol aims to create an operating system for liquidity: open, efficient, and accessible to all.

Why Liquidity Needs a Rethink

In traditional DeFi, liquidity providers deposit assets into pools or vaults and receive a representation of their share. But these tokens — LP tokens, staking receipts, or vault claims — are often inert. They can’t easily be used elsewhere, and when they can, it usually requires complex wrapping, bridging, or custom integrations.

This rigidity creates several problems:

Inefficiency: billions in liquidity sit idle because they cannot be reused.
Fragmentation: each pool, chain, and protocol silos its capital.
Inequality: high-yield strategies are curated privately for insiders, leaving retail users with basic, low-return opportunities.

Mitosis addresses all three by reimagining what a liquidity position should be.

The Core Idea: Liquidity as a Primitive

At the heart of Mitosis lies the concept of Vaults and their corresponding Hub Assets (sometimes called miAssets). When users deposit assets into a vault, they don’t just earn yield — they receive a tokenized representation of their share. Unlike conventional LP tokens, these Hub Assets are designed to be liquid, composable, and cross-chain.

Think of it like this: instead of parking your ETH in one pool and forgetting about it, you receive a new token that can travel across chains, be staked in new strategies, used as collateral, or integrated into lending markets. Your liquidity is no longer static — it becomes programmable.

Ecosystem-Owned Liquidity: A Collective Pool of Capital

A defining innovation of Mitosis is Ecosystem-Owned Liquidity (EOL). Instead of liquidity being locked into individual, self-interested protocols, EOL treats it as a shared, community-governed resource.

This pooled liquidity can then be allocated to projects that need it — whether that’s a new DeFi app bootstrapping its markets or a structured product offering institutional-grade yield. The result is a kind of “public utility” for liquidity, where everyone contributes and everyone benefits.

It also means that retail users, by depositing into vaults, gain access to opportunities that would normally be out of reach. In practice, Mitosis becomes a bridge between everyday participants and advanced financial engineerinMatrix Vaults: Advanced Strategies for Everyone

While Vaults and Hub Assets provide the foundation, Matrix Vaults are where Mitosis shows its ambition. These are curated, higher-order strategies built on top of the base vaults.

Take the inaugural Theo Straddle campaign as an example. Traditionally, a straddle is an options strategy used by professional traders to profit from volatility without betting on direction. Mitosis packaged this into a Matrix Vault, allowing anyone to deposit and gain exposure to the same kind of sophisticated, delta-neutral yield — but with full on-chain transparency.

Matrix Vaults turn Mitosis into more than a yield aggregator. They make it a laboratory where advanced strategies can be deployed, tested, and democratized.

The Mitosis Chain: A Home for Programmable Liquidity

Behind these mechanics sits the Mitosis Chain, a purpose-built blockchain designed to serve as the coordination layer for all this tokenized liquidity. Built with modular components (Cosmos SDK, EVM compatibility, instant finality), it acts as the “operating system” where Hub Assets live and move freely across ecosystems.

The chain isn’t about competing with Ethereum or Solana — it’s about providing a dedicated environment where liquidity tokens are first-class citizens, capable of being minted, bridged, staked, and composed into new financial products.

Token and Governance

Mitosis also introduces a native token, $MITO , which underpins governance and incentives. Holders can participate in decisions about how Ecosystem-Owned Liquidity is allocated, which strategies to prioritize, and how the protocol evolves.

also plays a role in securing the network, rewarding participants, and aligning incentives between liquidity providers, strategy designers, and ecosystem builders. While tokenomics are still evolving, the principle is clear: governance and value flow should mirror the collective, modular design of the protocol itself.

Benefits and Risks

Benefits

Capital efficiency: liquidity positions become reusable, composable tokens.
Accessibility: advanced strategies like straddles become available to everyday users.
Ecosystem growth: projects can tap into shared liquidity without bespoke fundraising.
Innovation: developers gain new primitives (miAssets, maAssets) to build on.

Risks

Smart contract risk: as with any vault or cross-chain system, code exploits are possible.
Governance centralization: early strategy curation may concentrate decision-making.
Economic complexity: advanced strategies carry model risk that depositors must understand.

A Glimpse into the Future

Mitosis is still young, but its vision is expansive. Imagine a DeFi world where any liquidity position — a vault share, a restaking token, an LP claim — is instantly transformed into a liquid, composable asset. Imagine a shared pool of capital that the ecosystem can allocate democratically to the most promising opportunities. And imagine advanced strategies once limited to hedge funds running transparently on-chain, available to anyone with a wallet.

That’s the world Mitosis is trying to build. It’s not just another DeFi protocol — it’s an attempt to redefine what liquidity means and how it can power the next generation of decentralized finance.

Closing Thoughts

DeFi’s first wave was about proving that finance could run without intermediaries. The next wave will be about efficiency, accessibility, and programmability. Mitosis places itself at that frontier, building infrastructure where liquidity is no longer locked, but alive — flowing through chains, vaults, and strategies as an open resource.

If it succeeds, Mitosis won’t just introduce a new protocol. It will introduce a new way of thinking about liquidity itself: not as a static deposit, but as a programmable component for innovation.
@Mitosis Official
$MITO
#Mitosis

In crypto, most lending platforms feel the same: you can borrow against a handful of “blue-chip” tokens like ETH, USDC, maybe a few others. That’s useful, but it leaves the long tail of tokens out in the cold. If you hold a staking token, an LP token, or your community’s governance coin, you usually can’t do much with it besides hold and hope.

That’s the gap Dolomite is trying to fill.

From “just another lender” to “the everything market”

Launched with the bold claim that it can support over 1,000 unique assets, Dolomite isn’t just a lending platform. It’s a blend of:

A money market (lend, borrow, earn yield).
A DEX and margin trading venue (trade and use leverage without leaving the app).
A strategy hub (automated loops, zaps, and yield strategies).

Think of it as a DeFi super app — a place where niche assets aren’t second-class citizens.

What makes it different?

1. Use any token, not just the usual suspects

Dolomite’s architecture means LP tokens, staking derivatives, and even smaller governance tokens can all become collateral. That’s a huge deal for smaller ecosystems that don’t usually get access to lending markets.

2. Borrow without risking your whole wallet

Instead of one giant borrowing bucket, Dolomite gives you isolated borrow positions. You can open multiple loans with different collateral. If one goes bad, it won’t drag down your whole account.

3. Keep your staking rewards while borrowing

This is the “Dynamic Collateral” trick: assets used as collateral can still earn staking yield or keep their governance rights. You don’t have to unstake just to borrow.

4. Trade, swap, borrow — all in one flow

Because Dolomite has an integrated exchange, you can deposit, borrow, and instantly trade or loop strategies without hopping between three different dApps. Their “Zap” tool even lets you bundle everything into one gas-efficient click.

Under the hood (but in plain English)

Dolomite runs on a virtual liquidity system, which is basically a fancy way of saying your deposits aren’t stuck in silos. The same token can count as collateral, earn yield, and be used for trades at the same time. That efficiency makes it possible to support so many assets without wasting liquidity.

And all of it is enforced by smart contracts — with multiple audits and a bug bounty program to keep the system battle-tested.

The DOLO token economy

Dolomite isn’t just software — it’s a community with its own token, DOLO, plus a governance model (veDOLO) and incentive system (oDOLO). Here’s the idea:

Users can stake or lock tokens to vote on upgrades and new listings.
Incentives go to people providing liquidity or securing the system.
Airdrops and early incentives seeded the community when the token launched.

In short, DOLO gives power back to the people who actually use Dolomite.

Beyond Arbitrum: going multi-chain

Dolomite started on Arbitrum, but it’s not staying there. It has already announced or deployed on networks like Berachain, Mantle, Polygon zkEVM, OKX’s X Layer, and even experiments with Bitcoin-connected EVM chains through Spiderchain. The vision: Dolomite as a cross-chain liquidity layer that follows users wherever they go.

Why people are paying attention

Massive asset coverage → finally, smaller communities can unlock credit markets.
Better risk controls → isolated borrow positions protect users.
All-in-one UX → lending, borrowing, and trading under one roof.
Community-driven → DOLO holders help decide what comes next.

TVL numbers shift depending on the source, but Dolomite has consistently ranked among the larger Arbitrum-based money markets, with hundreds of millions in deposits.

Risks to keep in mind

No DeFi platform is risk-free. Dolomite’s complexity (supporting so many tokens, yield-bearing collateral, and margin trading in one system) means users need to pay close attention to:

Collateral factors and liquidation rules for niche tokens.
Cross-chain deployment risks, since bridges and new chains add attack surfaces.
Smart contract security, even with audits in place.

As always in DeFi: never deposit more than you can afford to lose.

The bottom line

Dolomite is trying to become the supermarket of DeFi — a place where any token can be useful, every strategy is possible, and users don’t have to compromise between staking rewards, governance, and borrowing power.

If Aave and Uniswap had a baby — and that baby was raised on Arbitrum but grew up multi-chain — it might look a lot like Dolomite.
@Dolomite
$DOLO
#Dolomite

Imagine you’re about to buy an NFT, join a DeFi protocol, or sign a trade. Your wallet sits safely on your phone, your dApp is open in the browser — but how do the two talk to each other securely? That’s the problem WalletConnect solved back in 2018.

Instead of forcing wallets and dApps to build one-off integrations, WalletConnect created a universal open-source bridge: scan a QR code, approve a connection, and suddenly your wallet and the dApp are speaking the same language — privately, securely, and across blockchains.

From hack to backbone of Web3

When WalletConnect launched, it was just a clever protocol to let mobile wallets “pair” with dApps. Fast forward to today:

600+ wallets support it.
65,000+ dApps are connected.
Over 300 million connections have been made.
More than 47 million users have relied on it at least once.

It’s no exaggeration to say WalletConnect is one of the hidden backbones of Web3 — powering logins, signatures, and transactions across DeFi, NFTs, gaming, and more.

How it actually works

Here’s the magic in three steps:

Pairing: The dApp generates a WalletConnect URI. You scan it with your wallet, and a secure handshake begins.
Encryption: Messages fly back and forth through relayers, but everything is end-to-end encrypted. Even relayers can’t see the content.
Sessions: With v2 of the protocol, one connection can cover multiple blockchains and apps — no more rescanning QR codes every time.

The result? A smooth UX that feels almost invisible, but under the hood it’s one of the most advanced encrypted messaging systems in crypto.

Security and privacy by design

Keys never leave your wallet. dApps can request signatures, but only you approve them.
Scoped permissions. dApps can only access what you allow.
Relayers are blind. They just pass along encrypted traffic.

In other words: you stay in control, always.

The evolution: WalletConnect Network

WalletConnect isn’t stopping at being “just a connector.” It’s growing into a decentralized network. Relayers that move the encrypted messages can now be run by anyone, with incentives tied to the token.

Here’s what that means:

Relayer operators stake WCT to secure the network.
Community members use WCT to vote on governance proposals.
Rewards flow back to those who help run the system.

It’s like turning the invisible bridge of Web3 into a community-owned highway.

WCT: the token powering the bridge

Total supply: 1 billion WCT.
Circulating today: ~186–190 million.
Staked: ~121 million by ~49,000 stakers.
APY: Up to ~22% depending on program.

Originally launched on Optimism, WCT now lives cross-chain thanks to Wormhole’s Native Token Transfers (NTT), which brought it to Ethereum mainnet and Solana without wrapping. WalletConnect even ran community airdrops to seed tokens into Solana wallets.

Why it matters

WalletConnect solved a messy UX problem in crypto: how to connect wallets to dApps without sacrificing security. But in doing so, it quietly became the standard rail for on-chain connectivity.

Now, with decentralized relayers and a token economy, it’s turning into more than a protocol — it’s becoming a network owned by its users, designed to scale with Web3 itself.

The future

Expect WalletConnect to:

Keep expanding to new chains and ecosystems.
Improve privacy and anti-phishing protections.
Give more power to stakers and token holders to shape the network.

If Web3 is a city, WalletConnect is the bridge you cross every day without thinking. And with WCT and its network vision, that bridge is slowly turning into a community-owned utility — fast, secure, and built for the long haul.
@WalletConnect
$WCT

#WalletConnect

If you’ve ever used DeFi apps — lending platforms, perpetual swaps, DEXs — you know they live and die on price data. Get the wrong price at the wrong time, and suddenly liquidations fire off unfairly, traders lose funds, and protocols take a hit. That’s the problem Pyth Network set out to solve: making sure blockchains get real-time, reliable, and direct market data without middlemen slowing things down.

A different take on oracles

Most oracles today work by having independent nodes fetch data from APIs and then agree on a final answer. Pyth flips that around. Instead of third-party relays, it invites first-party publishers — the very institutions who create or see the data first, like major exchanges, market makers, and trading firms. These publishers sign their price updates and send them directly to Pyth. Think of it as skipping the telephone game: you’re hearing from the source itself.

The result? Prices that update many times per second, with sub-second latency. For traders, that’s as close to “real world speed” as you can realistically get on-chain.

Under the hood: how it works

Here’s the journey of a price inside Pyth:

Publishers (say, Jane Street or Wintermute) push price updates — signed and verified.
Aggregation happens on Pyth’s own high-speed chain (originally on Solana). Instead of trusting one publisher, prices are averaged and weighted to get a robust feed.
Cross-chain delivery uses a clever “pull” system: instead of blasting updates to every blockchain nonstop (expensive and noisy), Pyth posts prices once on its own chain, and apps on other chains can “pull” the latest number when they need it. Bridges like Wormhole carry the messages across.

This design saves cost, keeps feeds accurate, and makes it possible to support dozens of chains at once.

What kind of data does Pyth provide?

Pyth isn’t just about crypto. Its feeds span:

Crypto pairs
U.S. equities and ETFs
Foreign exchange rates
Commodities

Hundreds of feeds are live today, and the list keeps growing. It’s basically an on-chain Bloomberg Terminal for DeFi developers.

Why security and incentives matter

The obvious worry: what if a publisher cheats?

That’s where Pyth’s token model and governance come in. Every price update is signed, so apps can verify it. The network uses incentives — rewards for honest data, penalties for manipulation — and relies on its governance token, PYTH, to align all participants.

PYTH also gives the community a voice in how the oracle evolves: deciding on fee models, approving new publishers, and upgrading the system itself.

The PYTH token and community

In late 2023 and 2024, Pyth launched its governance token, PYTH, through big airdrops. Instead of just rewarding speculators, they gave tokens to actual apps and communities using Pyth feeds — over 160 dapps got distributions. This seeded the Pyth DAO, which now steers upgrades and ecosystem direction. PYTH is also traded on major exchanges like Kraken, giving it liquidity and visibility.

Ecosystem and adoption

Pyth’s not a niche tool anymore. It’s integrated into lending markets, DEXs, derivatives platforms, and more across 25+ blockchains. Protocols that care about up-to-the-second pricing — like perpetuals or lending markets with liquidation logic — are prime adopters. Developers like the flexibility: pull the data when you need it, don’t pay for constant updates you don’t use.

Big milestones so far

2021: Pyth launches on Solana with direct institutional publishers.
2022–23: Rapid growth in feeds and partners; ecosystem starts relying on Pyth for liquidations and trading.
Sep 2023: Whitepaper v2.0 — a roadmap for making Pyth fully permissionless, with cross-chain governance.
2024: Huge airdrops and token launch, putting PYTH into the hands of builders and users. New features like “Express Relay” appear to fight MEV and protect traders from front-running.

Strengths, risks, and the road ahead

Strengths:

Sub-second updates: faster than most other oracles.
Data from the source: exchanges and market makers, not API scrapers.
Efficient multi-chain delivery.

Risks:

Relies on publishers — if they collude or drop out, integrity suffers.
Cross-chain delivery still inherits bridge risks.
High-frequency updates can attract MEV bots — though Pyth is actively countering this.

Future:

The roadmap points to broader coverage, more permissionless governance, and tools to make DeFi apps safer against data manipulation and arbitrage.

Why it matters

At its core, Pyth is trying to solve one of the hardest problems in decentralized finance: how to make blockchains see the world as it is, right now. If it succeeds, protocols will have fewer “oracle failures,” markets will be fairer, and institutional data providers will have a real reason to plug into Web3.

It’s not perfect, but for apps that need Wall Street-grade speed and accuracy, Pyth is becoming the oracle of choice.
@Pyth Network
$PYTH
#PythRoadmap

Most DeFi lending apps feel the same: a handful of big tokens (ETH, USDC, maybe WBTC), some yield opportunities, and that’s it.

But what if you could lend, borrow, and margin trade thousands of assets — not just the usual top 20?

That’s Dolomite.

Why It Stands Out

Dolomite calls itself the only lending + borrowing platform that can support over 1,000 unique assets.

Here’s why that’s a big deal:

On Aave or Compound, adding a new token requires heavy setup and governance votes.
On Dolomite, their virtual liquidity design makes it cheap and efficient to plug in long-tail tokens.
That means even niche community tokens can be used as collateral, borrowed against, or traded — unlocking liquidity across the entire DeFi spectrum.

In short: it’s not just DeFi for the blue chips, it’s DeFi for everyone.

What You Can Actually Do

Lend → supply your tokens and earn interest.
Borrow → use your assets as collateral to borrow other tokens.
Margin Trade → take leveraged positions without going through a centralized exchange.
Zap & Dynamic Collateral → move between assets or collateral types with one click, no messy swaps.

It’s like a DEX + money market + margin engine all in one.

The Token Side (DOLO Family)

Dolomite has its own ecosystem token: DOLO.

Lock DOLO → get veDOLO → more voting power + boosted rewards.
Earn oDOLO through participation and liquidity incentives.Governance + staking = the community Dolomite’s future.

They’ve even done massive airdrops (worth hundreds of millions at launch) to bootstrap the community.

Where It Runs

Built first on Arbitrum (Ethereum L2, low fees, high speed).
Expanding into multi-chain, with experiments to connect Bitcoin liquidity through a “spiderchain.”
Designed to be chain-agnostic, just like the assets it lists.

The Catch (and Why You Should Care)

Supporting thousands of assets is powerful, but it comes with risk:

Illiquid tokens → prices can swing hard, leading to liquidations.
Oracles → if price feeds are wrong, collateral can break.Complexity → margin + lending + zaps is great for power users, but tricky for beginners.

Still, Dolomite has safeguards (interest rate caps, liquidation buffers, audits), and the upside is enormous: more tokens, more flexibility, more capital efficiency.

The Big Picture

Dolomite is basically building the DeFi supermarket — everything under one roof:

Thousands of assets.
Lending, borrowing, trading.
One pool of liquidity powering it all.

It’s ambitious, it’s risky, and it’s exactly the kind of bold experiment DeFi was meant for.

If Aave and Compound are the big banks of DeFi…

Dolomite wants to be the Wall Street + Nasdaq + corner market, all rolled into one.
@Dolomite
$DOLO
#Dolomite

Back in 2018, the crypto world had a simple but frustrating problem:

Most people kept their coins in mobile wallets, but most decentralized apps (dApps) lived in the browser. How could you connect the two without handing over your private keys or installing clunky extensions?

That’s where WalletConnect came in. It started as a clever idea: scan a QR code, or tap a deep link, and suddenly your wallet and the app could talk to each other securely. No keys leaving your phone, no browser hijinks. Just click → approve → done.

Fast-forward to today, and that scrappy idea has become the default connection layer for Web3.

The Big Picture

WalletConnect is now three things at once:

A protocol → open-source rules that let wallets and apps connect.
A network → infrastructure that passes encrypted messages between them.
A token (WCT) → fuel for decentralization, staking, and governance.

This combo means it’s not just a “bridge” anymore; it’s an entire ecosystem for making crypto apps usable across blockchains.

Why It Matters

It supports 600+ wallets (think Trust Wallet, Rainbow, MetaMask mobile, Trezor, etc.).
It connects to 65,000+ apps (NFT platforms, DeFi dashboards, games).It has already handled over 300 million connections.
Around 47–50 million people have used it to log into a dApp or sign a transaction.

Those aren’t “startup” numbers. That’s infrastructure-level adoption.

How It Works (Without the Jargon)

Here’s the magic:

You open a dApp. It shows a QR code.You scan it with your wallet.
Behind the scenes, the two apps exchange secret keys (so only they can read what they send each other).
Whenever the app wants you to sign something — a trade, a login, a mint — your wallet pops up the request.
You hit approve (or decline).

All of this happens without your keys ever leaving your wallet. That’s the golden rule.

The Token ($WCT )

To make WalletConnect more than just a centralized service, they launched the WalletConnect Network Token (WCT).

Where it lives: on Optimism and Solana (with Ethereum compatibility).Total supply: 1 billion tokens.
Who gets what: foundation, team, early backers, community rewards, and airdrops.
What it does:

Staking → lock tokens, earn rewards, and vote on decisions.
Governance → help decide how the network evolves.
Rewards → for running service nodes and improving UX.

Basically, it’s how they push control from one company → to the community.

Safety First (and Why People Still Get Scammed)

WalletConnect itself is end-to-end encrypted and audited — the relays just pass around scrambled data they can’t read.

But… scammers don’t need to break the tech. They go after users.

Fake dApps trick you into signing approvals that drain your wallet.
Malicious popups can sneak in bad transactions.
Some early bugs (like web exploits) were patched quickly, but they highlight the importance of audits.

So the rule is: WalletConnect is secure, but your decisions still matter. Always check what you’re signing.

Where It’s Going

WalletConnect’s roadmap isn’t just about more wallets and apps. It’s about:

Decentralization → letting anyone run service nodes, instead of relying on WalletConnect Inc.
Better UX → one session that works across multiple chains, smoother logins, clearer signing screens.
Community power → stakers and token holders deciding where the protocol goes next.

In short: WalletConnect wants to be the invisible layer that makes Web3 actually usable — and community-owned.

The Takeaway

If you’ve ever:

Scanned a QR code to log into OpenSea,
Approved a Uniswap trade from your phone,
Or signed into a game with your wallet…

You’ve already used WalletConnect.

It’s not flashy, and you don’t really “see it,” but it’s one of those quiet pieces of infrastructure that makes the whole Web3 experience possible.

And with its token and network now live, it’s stepping into a new chapter: from protocol → to full decentralized platform for on-chain connectivity.
@WalletConnect

$WCT
#WalletConnect

If you’ve ever tried to use a decentralized app (dApp) and felt frustrated trying to connect your wallet… you’ve already met the problem WalletConnect set out to solve.

Launched back in 2018, WalletConnect started as a simple open-source protocol that let wallets and dApps “talk” to each other without exposing your private keys. Fast-forward to today, and it has grown into the most widely adopted connection layer in Web3, powering 600+ wallets, 65,000+ apps, and serving tens of millions of users with hundreds of millions of secure connections.

Pretty wild for something you almost never notice, right?

🚀 How It Works (without the nerd-speak)

Here’s the magic:

You open a dApp on your computer.
The dApp shows a QR code or a “Connect with WalletConnect” button.
You scan it with your wallet app on your phone.
Boom 💥 — your wallet and the dApp are linked, without your private key ever leaving your wallet.

Behind the scenes, WalletConnect uses end-to-end encryption so that messages between the dApp and your wallet are totally secure. It’s like passing secret notes in class that nobody else can read — not even the teacher (in this case, the relay servers).

🔑 Why v2 Changed the Game

The first version of WalletConnect was groundbreaking, but it had limits:

Only one chain per session
Centralized relay servers
Basic permissioning

With v2, things got serious:

Multichain sessions (connect to multiple blockchains at once)
Better permissions so wallets can control what dApps can ask
More stability for longer sessions
And the foundation for decentralization 🌐

🌐 The WalletConnect Network & WCT Token

Here’s where things get really interesting.

The team realized that if one company controls all the relay servers, it’s a bottleneck and a risk. So they introduced the WalletConnect Network — a decentralized version where anyone can run a relay node.

This is powered by the WCT token, launched on Optimism and Solana:

Staking: Operators stake WCT to run nodes and keep the network honest.
Governance: Token holders can vote on network upgrades and changes.
Rewards: Active participants earn rewards for helping run the network.

In short, WCT makes WalletConnect not just useful, but also community-driven.

📊 The Scale Today

Wallets: 600+ integrated
dApps: 65K+ supportedConnections: 300M+ made
Users: nearly 50M around the world

From NFT marketplaces to DeFi dashboards, chances are your favorite app already relies on WalletConnect.

🔐 Security & Trust

WalletConnect has one simple rule:

👉 Private keys never leave your wallet.

Everything else is just encrypted messages traveling between apps and wallets. Even relay operators can’t see what’s inside.

Of course, the biggest risk isn’t the tech — it’s phishing. If you connect to a fake dApp, no protocol can save you. That’s why WalletConnect also works on things like certified wallets and better permission prompts to help you spot shady requests.

👀 Why It Matters for the Future of Web3

Here’s why WalletConnect is such a big deal:

Seamless UX: One connection method works across hundreds of apps.
Cross-chain by design: It doesn’t care which blockchain you’re on.
Decentralized growth: With the new network + token, it’s moving toward community ownership.Trusted by the biggest players: From Binance to Trust Wallet, the entire ecosystem leans on it.

WalletConnect is like the Wi-Fi of Web3 — invisible, but essential.

💡 Final Thoughts

Web3 needs infrastructure that’s invisible when it works and reliable at scale. That’s exactly what WalletConnect has become.

With the new WalletConnect Network and WCT token, it’s not just about connecting wallets to dApps anymore — it’s about creating a decentralized backbone for the entire on-chain world.

And the best part? You’ve probably already used it, without even realizing it. 😉

@WalletConnect
$WCT
#WalletConnect

DeFi has no shortage of lending platforms. You can deposit ETH here, borrow USDC there, maybe stake a blue-chip token if you’re lucky. But if you’re holding anything outside the top handful of coins, most platforms shrug and tell you: “Sorry, not supported.”

Dolomite is flipping that script. It’s building a lending and borrowing protocol that doesn’t just handle the usual suspects — it can support over 1,000 unique assets. That makes it one of the most comprehensive money markets in the ecosystem today.

And it’s not just about the number. It’s about how Dolomite lets you put those assets to work without giving up their “native rights” — things like yield accrual, staking rewards, or special token behaviors that usually get stripped away when you deposit into a traditional lending pool.

Why Dolomite Stands Out

Most DeFi money markets (Aave, Compound, Maker) focus on stability and safety by limiting collateral to a small list of highly liquid assets. That’s sensible — but it also leaves a lot of value locked up in wallets across the ecosystem.

Dolomite solves this by building what it calls a “virtual liquidity” system. Instead of forcing every asset into a rigid mold, Dolomite uses modular adapters that understand each token’s quirks. Whether it’s a staked token, an LP position, or a yield-bearing vault share, the protocol can integrate it and preserve its native utility.

This architecture is why Dolomite can claim support for more than a thousand tokens — a number that dwarfs what competitors can handle.

What You Can Do on Dolomite

Lend & earn: Supply almost any supported token and earn yield.
Borrow with flexibility: Use a wide range of tokens as collateral to unlock liquidity without selling.
Trade with leverage: Dolomite’s margin engine is built right into the protocol, letting you borrow and trade in one flow.
Explore strategies: Through the Strategies Hub, users can tap into prebuilt yield and margin strategies — a big plus for those who don’t want to piece things together themselves.

For traders, this feels like combining Aave + Uniswap + dYdX into one interface. For communities with niche tokens, it feels like finally getting access to DeFi’s core money-market tools.

The Token Layer

Like most DeFi protocols, Dolomite has its own token economy:

DOLO — the native token used for incentives and ecosystem alignment.
veDOLO — a vote-escrow model (lock DOLO, get veDOLO) that grants governance rights and boosts rewards.
oDOLO — a reward token used in some liquidity programs.

Together, these create a feedback loop: users can lock tokens for influence, earn incentives for providing liquidity, and participate in shaping how the protocol grows.

Safety and Risks

Supporting this many assets is ambitious, and Dolomite knows it. Its contracts are open-source, audited, and backed by a modular design that makes it easier to test individual adapters. The team also works with risk frameworks to set collateral factors and liquidation thresholds that reflect each token’s profile.

Still, there are tradeoffs:

Non-standard assets increase the risk of bugs in adapters.
Oracles need to be rock solid — any manipulation could cascade into bad liquidations.
Liquidity on obscure tokens can be thin, which makes leveraged trades riskier.

The upside is obvious: more assets, more opportunities. But like any DeFi protocol, caution and sizing discipline matter.

Why This Matters

Dolomite is quietly pushing DeFi forward by making capital efficiency a reality for the long tail of assets. It’s not just building another money market — it’s creating a playground where any token can become productive.

For the average user, it means you can finally do more with the tokens sitting in your wallet. For communities, it means their native tokens aren’t sidelined in the blue-chip-only world of traditional DeFi. And for traders, it means integrated margin, borrowing, and lending all in one place.

In short, Dolomite is betting that the future of DeFi isn’t about supporting the top 20 tokens — it’s about giving every asset a place to shine.
@Dolomite
$DOLO
#Dolomite

If blockchains are to power the future of finance, they need reliable access to the same data that moves markets in the real world. That’s where Pyth Network comes in.

Unlike most oracle networks, which rely on third-party node operators to collect and redistribute data, Pyth takes a very different approach: it gets information directly from the source. Think of big exchanges, top market-makers, trading firms, and even some banks — the institutions that actually create and use market prices every second. These players publish their price data directly to Pyth, making it what’s called a first-party oracle.

This simple twist — going straight to the origin — gives Pyth a big advantage. Instead of stale or delayed numbers, it can deliver real-time, low-latency market data across a wide range of asset classes: crypto, equities, FX, commodities, ETFs, and more.

How it Works

Here’s the flow in plain language:

Publishers (the data providers) send their price observations — not just the price, but also how confident they are in that number.
The network (called Pythnet) takes all those submissions and combines them into a single, aggregated price feed. It doesn’t just average them — it weighs each source based on their reported confidence and filters out outliers.Smart contracts on different blockchains can then tap into these feeds. Pyth uses cross-chain tech like Wormhole to distribute its prices everywhere from Solana to Ethereum to newer L2s.

Developers can choose between the raw aggregated price or a smoothed version (an EMA) if they want stability. Importantly, every price comes with a confidence interval, so dApps know not just “what’s the price,” but “how certain is the market about it?”

Why “First-Party” Matters

In the traditional oracle model, data usually passes through several intermediaries before landing on-chain. That’s fine for some use cases, but for traders, DeFi protocols, and risk managers, every millisecond counts. Pyth’s design means the people who see prices first — exchanges and market-makers — are the same ones writing them to the blockchain.

Some of the names involved are pretty serious: Cboe, Coinbase, Binance, Jane Street, Jump, Virtu, Wintermute, and even fintechs like Revolut. That lineup has helped Pyth gain credibility quickly, especially in decentralized finance where liquidations and derivatives depend on accurate, real-time pricing.

Growth and Ecosystem

Pyth launched in 2021 on Solana, which was a natural fit for its high-speed data flow. Since then, it has expanded far beyond a single chain. Today, hundreds of dApps across dozens of ecosystems use its feeds.

In 2023, it launched the PYTH token with a widely discussed airdrop.
In 2024, it rolled out a DAO with a formal constitution and governance councils.
In 2025, two big milestones hit:
The U.S. Department of Commerce announced that it would publish official economic statistics like GDP and inflation on-chain using both Pyth and Chainlink.
Pyth introduced Pyth Pro, a paid product aimed at institutions that want contractual-grade data feeds.

Along the way, the number of available feeds exploded — from a few hundred in its early days to over 2,000 real-time price feeds spanning multiple asset classes today.

Safety and Trust

Of course, oracles are high-stakes infrastructure: if the data is wrong, entire DeFi systems can break. Pyth’s model builds resilience in a few ways:

Confidence-weighted aggregation to avoid outliers or manipulation.
A strong audit trail of who published what.
Ongoing audits and a bug bounty program on Immunefi with rewards up to $250,000.
Progressive decentralization through its governance token and DAO councils.

Still, Pyth isn’t without risks. Publisher onboarding is permissioned, meaning the network relies on institutional trust. And like any cross-chain system, it’s only as safe as the bridges moving its data between ecosystems.

Why It Matters

Oracles may sound like plumbing, but they’re the kind of plumbing that keeps DeFi alive. Without reliable data, you can’t run a lending market, perpetual exchange, or options protocol safely. Pyth isn’t trying to be a general-purpose oracle for everything — it’s laser-focused on finance-grade market data.

That clarity of mission, combined with its institutional publisher base, has made it one of the fastest-growing oracle networks. And with moves like Pyth Pro and government collaborations, it’s pushing the boundary between DeFi and traditional finance.

In short: Pyth is turning raw, real-world market signals into a public utility for the blockchain economy.
@Pyth Network
$PYTH
#PythRoadmap