YaLing_Chain

In today’s Web3 world, users rely on wallets as their digital passports. But one major challenge has always been making these wallets communicate seamlessly with decentralized applications (dApps) across different blockchains. That’s where WalletConnect comes in — a protocol that has quietly become one of the most important pieces of infrastructure in the crypto ecosystem.

What is WalletConnect?

Launched in 2018, WalletConnect is an open-source communications protocol that allows wallets and dApps to interact securely. Instead of juggling browser extensions or copying private keys, users can connect by simply scanning a QR code or tapping a deep link.

Over time, this simple but powerful idea has grown into a massive network:

600+ wallets supported

65,000+ dApps integrated

47.5 million unique users

300 million+ connections facilitated

Those numbers speak to its role as a backbone of decentralized interaction, touching everything from DeFi apps and NFT marketplaces to gaming platforms and DAO tools.

Why WalletConnect matters

At its core, WalletConnect solves three critical problems in Web3:

1. Fragmentation across chains
With new blockchains launching every month, interoperability is crucial. WalletConnect is chain-agnostic, meaning it works across Ethereum, Solana, Optimism, and beyond.

2. Security and trust
Connections between wallets and apps are end-to-end encrypted, protecting sensitive data and ensuring users stay in control of their private keys.

3. User experience (UX)
Web3 has often been criticized for clunky onboarding. WalletConnect makes connections fast, familiar, and seamless, bringing crypto closer to mainstream usability.

The WalletConnect Network & $WCT Token

To take things further, WalletConnect has launched the WalletConnect Network, a decentralized infrastructure layer that scales its services beyond a single team or entity.

At the heart of this network is $WCT (WalletConnect Token), deployed on Optimism and Solana. It brings three main functions:

Governance → token holders shape protocol upgrades and key decisions.

Staking → participants secure the network and earn rewards for contributing.

Utility → powering services that enhance developer and user experiences.

This model transforms WalletConnect from a “bridge” protocol into a self-sustaining ecosystem, aligning incentives between users, developers, and node operators.

Ecosystem impact

Think of WalletConnect as the connective tissue of Web3. Without it, users would be forced into closed ecosystems or repetitive sign-in processes. With it, developers can:

Onboard users from any supported wallet without custom integrations.

Offer cross-chain functionality out of the box.

Rely on secure, open standards instead of reinventing connection layers.

For end users, this means they can switch chains, explore dApps, and manage assets without worrying about compatibility issues.

Real-world use cases

DeFi → connecting MetaMask, Trust Wallet, or Coinbase Wallet to lending platforms in seconds.

NFTs → seamless purchases on OpenSea or gaming marketplaces without browser plugins.

DAOs → signing governance votes securely from mobile wallets.

Cross-chain apps → bridging assets or swapping tokens without multiple logins.

WalletConnect is not just middleware — it’s infrastructure that shapes how millions of people interact with Web3 daily.

Challenges ahead

Like any critical protocol, WalletConnect faces hurdles:

Scalability as usage grows into hundreds of millions.

Security risks if malicious apps attempt to exploit connections.

Governance balance to ensure wct remains decentralized and not dominated by a few players.

But the team and community are investing in constant upgrades, from multi-session management to cloud relays, ensuring WalletConnect stays future-proof.

Final Thoughts

WalletConnect has evolved from a simple QR code connector into a cornerstone of Web3 infrastructure. With the WalletConnect Network and wct token, it is decentralizing its future, ensuring that the protocol belongs to its users rather than a single company.

As crypto adoption expands, WalletConnect will likely remain the bridge that makes everything work together — invisible to many, but essential to all.
$WCT
@WalletConnect
#WalletConnect

The tokenization of real-world assets (RWA) is quickly becoming one of the most important movements in crypto. From treasuries and bonds to private equity and real estate, the financial world is shifting toward digital ownership. Plume (PLUME) has stepped into this space with a mission to build a modular Layer 2 blockchain designed specifically for RWA finance (RWAfi).

Unlike general-purpose blockchains, Plume is tailored to solve the unique needs of real-world assets: compliance, regulation, settlement, and interoperability. It is not just another L2, but a specialized ecosystem that connects traditional finance (TradFi) with decentralized finance (DeFi).

🔹 What Makes Plume Different?

Most blockchains today focus on speed, scalability, or generic DeFi apps. But RWAs require much more:

Native RWA Infrastructure

Plume is EVM-compatible but built with RWA-focused modules — tokenization, asset trading, compliance checks, and custody integrations. This makes it a one-stop chain for institutions and developers working with tokenized assets.
End-to-End Asset Lifecycle

Plume isn’t only about issuing tokens. It manages the full lifecycle: tokenization, secondary trading, liquidity, reporting, and compliance. This gives financial institutions confidence to deploy real-world value on-chain.
Compliance-Ready Design

For RWAs to scale, they must align with regulations and investor protections. Plume is designed with built-in compliance layers so that assets can legally exist on-chain while meeting jurisdictional requirements.

🔹 Why RWAs Matter in Crypto

The global market for tokenized real-world assets is projected to reach trillions of dollars by 2030. Big institutions like BlackRock, JPMorgan, and Franklin Templeton are already experimenting with tokenized treasuries and funds.

The benefits of bringing RWAs on-chain include:

Faster settlements (minutes instead of days)
Fractional ownership (making high-value assets accessible to smaller investors)
Global liquidity (24/7 borderless markets)
Transparency (all movements are recorded on-chain)

Plume positions itself as the infrastructure layer to capture this massive wave.

🔹 Plume’s Modular Layer 2 Architecture

EVM-Compatible → Developers can easily build DeFi apps on Plume using familiar tools.
Modular Framework → Components like data availability, compliance checks, and execution can be upgraded without breaking the chain.
Scalability for RWAfi → Handles both retail-level users and large institutional flows.

This approach ensures that Plume can scale with adoption, while also remaining adaptable as RWA regulations evolve globally.

🔹 Potential Use Cases for Plume

Tokenized Treasuries & Bonds

Making safe assets like U.S. treasuries available to DeFi users worldwide.
Real Estate Tokenization

Fractional ownership of properties, opening access to investors who previously couldn’t participate.
Private Credit & Loans

On-chain infrastructure for private lending, giving investors transparency and better yields.
Carbon Credits & ESG Assets

Verifiable, compliant markets for green assets and sustainability-linked products.
Institutional DeFi

Banks, funds, and asset managers can interact with DeFi protocols on a chain designed for compliance.

🔹 Plume’s Vision

Plume’s bigger vision is to unify DeFi and TradFi into a single marketplace. In this marketplace:

Assets are tokenized and compliant
Trades are instant and transparent
Liquidity flows seamlessly between DeFi apps and traditional institutions

If successful, Plume could become the “home for real-world assets in crypto” — much like how Ethereum became the home for DeFi.

🔹 Final Thoughts

The next evolution of crypto is not just about meme coins or yield farming — it’s about digitizing the real economy. Plume (PLUME) stands at the center of this transformation with its modular Layer 2 focused entirely on RWA finance.

By offering compliance, scalability, and a complete lifecycle for assets, Plume is setting itself apart from other chains. If adoption continues, it could play a key role in bringing trillions of dollars of traditional assets into the blockchain world.

$PLUME
@Plume - RWA Chain
#plume

The DeFi space has grown fast, but one big problem has always been the same: liquidity sits locked in pools, doing just one job at a time. You provide liquidity to an AMM, or stake in a yield farm, and that capital becomes stuck there until you pull it out. It earns, but it doesn’t move.

Mitosis was built to change this. Instead of treating liquidity as something static, the protocol turns it into programmable components — like small building blocks that can be reused across different apps, chains, and strategies. The goal is simple: make capital work harder.

The Core Idea

Mitosis works like this:

1. Deposit → You put assets into a vault.

2. Tokenize → The vault mints new tokens that represent slices of your position (yield, principal, or risk).

3. Utilize → Those tokens can then be used elsewhere — as collateral, in lending markets, or even in new structured products.

That means your single position doesn’t just sit there. It can be reused, traded, and plugged into other opportunities.

Why This Matters

DeFi has always talked about “composability” — the idea that apps can snap together like LEGO. But in reality, liquidity is fragmented across hundreds of chains and protocols. Mitosis makes liquidity modular and composable in practice, so builders and traders can use it however they want.

Liquidity providers can earn more because their funds can be active in multiple places.

Developers can design new yield strategies or risk products out of the building blocks.

Users get more options for using their capital without locking it away in one spot.

Programmable Liquidity in Action

Here are a few real use cases:

Tranching: Split yield into “safe” and “risky” slices so investors choose what fits them.

Collateral: Use your liquidity token as collateral for a loan while it’s still earning yield.

Cross-chain liquidity: Move tokenized pieces across chains to reduce fragmentation.

Custom AMMs: Design liquidity that follows exact rules, like time-locked or fee-sharing positions.

This flexibility is where Mitosis hopes to become a backbone for DeFi liquidity.

The MITO Token

Mitosis has its own token, MITO, which is used for:

Governance: Token holders guide upgrades and decisions.

Staking: Secure the network and earn rewards.

Incentives: Liquidity providers and integrators get rewarded for adding value.

It’s not just a governance token for show — it’s built to tie the health of the network to the community that runs it.

Strengths & Risks

Like any new protocol, Mitosis has pros and cons.

Strengths:
Solves real liquidity inefficiency
Strong composability potential
Expands DeFi design space for builders

Risks:
Smart contract complexity (bigger surface for bugs)
Needs broad adoption across DEXs, lending apps, and chains
Token concentration and governance challenges early on

If it manages to overcome these, Mitosis could become a core liquidity layer for the entire DeFi world.

Final Thoughts

Mitosis isn’t just another DeFi farm. It’s an attempt to rethink liquidity at its root. Instead of being locked in one place, liquidity can be alive, flexible, and programmable. If adoption grows, it could make DeFi more efficient, more fair, and more innovative than it has ever been.

It’s still early, but the vision is bold: a future where every dollar of liquidity does ten jobs instead of one.

$MITO
@Mitosis Official
#Mitosis

Somnia isn’t just another EVM chain. It’s designed with a clear purpose: to run massive, real-time consumer apps like games, virtual worlds, and entertainment platforms. While most blockchains today are built around finance, Somnia is trying to deliver a Web2-like experience — fast, smooth, and capable of handling millions of users at once.

Why Somnia Matters

The biggest gap in Web3 today is performance. Games and social platforms need ultra-low latency and high throughput. Ethereum and many L1s can’t provide that at scale. Somnia’s approach is to rebuild from the ground up:

Sub-second finality

Very high throughput (claims of over 1M TPS in stress tests)

Optimized execution and storage for multiplayer interactions

In simple words: it’s trying to be the chain where a virtual concert, an MMO game, and a social app can all run on-chain without lag.

Mainnet Launch & Programs

Somnia launched its mainnet in September 2025. The rollout wasn’t just technical — it came with ecosystem pushes:

Dream Catalyst – a $10M accelerator for studios building games on Somnia.

Dreamathon – shorter incubator challenges to bring projects from idea to product in weeks.

Somnia Odyssey – a gamified set of quests where users complete tasks on-chain to unlock airdrop rewards.

These events are not just for hype — they are designed to bring both developers and players into the ecosystem early.

The Tech Stack

Somnia’s innovation lies in its architecture:

Multistream Consensus – allows transactions to be processed quickly with parallelization.

IceDB Storage – a custom database built for rapid state updates, so large-scale games and apps don’t get stuck.

Compression tools – making heavy on-chain interactions cheaper and faster.

All of this is wrapped in EVM compatibility, so developers familiar with Ethereum tooling can build on Somnia without starting from scratch.

Tokenomics & Staking

The network runs on SOMI, which is used for fees, staking, and delegation.

Validators must stake a large amount of SOMI (around 5M) to join — a high bar meant to ensure serious participants.

Holders can delegate instead of running a node directly.

A portion of fees are burned, adding a deflationary effect over time.

Like many new L1s, Somnia has leaned on airdrops to reward early users. Unlocks are staged, with weekly missions to encourage continued engagement.

Ecosystem Growth

Somnia isn’t building in isolation. It has backing and partnerships with names like Improbable and MSquared, both with long experience in building large-scale virtual worlds. Game accelerators, studios, and infrastructure partners are already part of the ecosystem, and more are being onboarded through funding programs.

Risks to Keep in Mind

Every new chain comes with challenges:

Performance claims like “1M TPS” are marketing-level benchmarks; real apps may see less.

High validator requirements could mean limited decentralization early on.

Airdrop unlocks may create sell pressure.

Adoption will depend on whether Somnia can attract real studios and build user bases.

Still, for developers building high-interaction apps, Somnia offers a chance to experiment with infrastructure that’s purpose-built for them.

Final Take

Somnia is betting that the future of Web3 isn’t just DeFi — it’s games, worlds, and entertainment apps where millions of users interact live. If it can deliver the performance it promises and get strong content on board, it could carve out a unique space as the “consumer-grade blockchain.”

For users, it’s worth exploring the Odyssey quests and airdrops. For builders, the accelerators and grants are real opportunities to experiment with high-performance on-chain design.
$SOMI
@Somnia Official
#Somnia