In the vast web of Web3, where blockchains, wallets, and DApps still exist in silos, a single obstacle has always stalled mass adoption: the lack of simple, secure, and universal connectivity.

For years, using Web3 meant headaches: those with a Bitcoin wallet couldn't interact with Ethereum protocols; those using Solana had to abandon their MetaMask to run a native DApp. This fragmentation undermined both users and developers.

It was in this scenario that the @WalletConnect was born (2018), initially a niche protocol and today the main backbone of on-chain interaction. More than 600 wallets, 65,000 DApps, and 47.5 million users have connected over 300 million times thanks to it. Far beyond 'just another bridge', the #WalletConnect has consolidated as critical infrastructure — the glue that binds the Web3 ecosystem.

The Connectivity Problem that Stalled Web3

Before the #WalletConnect , the logic was simple (and limited):

• Ethereum DApps only worked with Ethereum wallets;

• Solana DApps only accepted Solana wallets;

• the same applied to Cosmos, BSC, and other ecosystems.

This created three major barriers:

1. Friction for users – traders and investors had to manage multiple wallets, each with its own seed phrase, interface, and security precautions.

2. Cost for developers – small teams were forced to create individual integrations for each wallet. This consumed weeks of work and limited innovation.

3. Security risk – improvised solutions like manual QR codes or centralized APIs exposed data and opened gaps that, between 2020 and 2022, resulted in over $300 million stolen.

WalletConnect solved these pains by creating a universal, open, and secure protocol that acts as a translator between wallets and DApps — regardless of the blockchain.

Security First

In Web3, connecting wallets to DApps requires maximum trust. After all, private keys guard the user's assets.

WalletConnect adopted end-to-end encryption (E2EE) and zero trust architecture:

1. The DApp generates a QR code with a unique session key.

2. The user’s wallet scans and initiates the encrypted connection.

3. Transactions flow directly between wallet and DApp — without intermediary servers.

Even if a DApp's server is hacked, wallet data remains secure. Since 2018, the protocol has facilitated hundreds of millions of connections without a major security incident — a rare feat even in traditional financial networks.

Interoperability: The Passport Between Chains

The true strength of WalletConnect is multi-chain interoperability.

Today, it connects almost all relevant ecosystems:

• EVMs: Ethereum, Polygon, BSC, Arbitrum, Optimism

• Non-EVMs: Solana, Cosmos, Aptos, Sui, Bitcoin (Ordinals)

• L2s: StarkNet, zkSync, Base

In practice, this enables previously unimaginable flows. A user can:

1. Take a loan on Ethereum (Aave).

2. Buy NFT on Solana (Magic Eden).

3. Exchange this NFT for tokens on Cosmos (Osmosis).

All with the same wallet and connection @WalletConnect . For developers, this opens space for cross-chain DApps that integrate liquidity and experiences from different networks without friction.

The Role of Token $WCT

No infrastructure is truly 'public' without decentralization. WalletConnect ensures this with the token $WCT , deployed on Optimism and Solana.

Main functions of WCT:

• Decentralized governance: holders vote on protocol upgrades and treasury allocation.

• Staking for relayers: validators earn incentives to keep sessions active and secure.

• UX funding: part of the resources goes to usability improvements, such as one-click connections.

Thus, WalletConnect does not rely on a central company — avoiding risks of censorship or service blocking.

Why WalletConnect is Unique

Compared to alternatives, WalletConnect is irreplaceable:

• Native integrations: unscalable as they require individual maintenance.

• Centralized APIs: expose users to failures and censorship, like the Infura outage in 2023.

• Restricted protocols (IBC, for example): only work within their own ecosystems.

Only WalletConnect combines security, interoperability, and decentralization in a universal solution.

Conclusion: The 'Invisible Pipe' of Web3

Just as the internet relies on TCP/IP and telecommunications on 4G/5G, Web3 needs WalletConnect to exist at scale.

It is the invisible plumbing that makes every on-chain interaction possible.

More than 47 million people already use the protocol, but its real impact lies in what it enables: an open, secure, and interoperable Web3. Without it, the network would remain fragmented into 'islands'. With it, a connected continent is born.

WalletConnect is more than just a protocol: it is the essential infrastructure that ensures Web3 fulfills its promise of decentralization and inclusion for all.