software engineer | technical writer | interoperable, low latency, high throughput dude

Axelar vs Wormhole
The UX of interoperability comes from multiple factors other than accessibility and convenience. When comparing various interoperability solutions, you may also need to consider variables like liquidity, security, pricing, and permissionlessness. After scrutinizing the big players in interoperability, Axelar is the only project that plays finely with the variables above while supporting most blockchains with great developer UX.What Is Axelar?Axelar's Web HomepageAxelar is a decentralized...

Introducing Camp Network: The Modular L2 for Consumers
The fragmentation in integrating Web2 consumer services data with Web3 apps hinders dApps from leveraging rich data from Web2 ecosystems, limiting functionality and user experience. Camp is bridging the gap between Web2 platforms like social media and streaming services (think Spotify and Google), making them accessible for developers to supercharge Web3 apps.What Is CampCamp is a modular Layer-2 (L2) solution (optimistic rollup) aiming to enhance on-chain value creation by making off-chain d...

Introducing Jackal Protocol: The Interchain Storage Network
Just like every other form of tech, data storage is also evolving, and as decentralized technologies gain adoption, secure, agnostic data storage is becoming realistic through projects with blockchain-based storage and distributed file systems. Data accessibility, ownership, scalability and great UX are important factors you’d have to consider when choosing a data storage solution. There’s only one protocol that delivers these factors. It’s named Jackal Protocol.What Is Jackal ProtocolJackal ...

Axelar vs Wormhole
The UX of interoperability comes from multiple factors other than accessibility and convenience. When comparing various interoperability solutions, you may also need to consider variables like liquidity, security, pricing, and permissionlessness. After scrutinizing the big players in interoperability, Axelar is the only project that plays finely with the variables above while supporting most blockchains with great developer UX.What Is Axelar?Axelar's Web HomepageAxelar is a decentralized...

Introducing Camp Network: The Modular L2 for Consumers
The fragmentation in integrating Web2 consumer services data with Web3 apps hinders dApps from leveraging rich data from Web2 ecosystems, limiting functionality and user experience. Camp is bridging the gap between Web2 platforms like social media and streaming services (think Spotify and Google), making them accessible for developers to supercharge Web3 apps.What Is CampCamp is a modular Layer-2 (L2) solution (optimistic rollup) aiming to enhance on-chain value creation by making off-chain d...

Introducing Jackal Protocol: The Interchain Storage Network
Just like every other form of tech, data storage is also evolving, and as decentralized technologies gain adoption, secure, agnostic data storage is becoming realistic through projects with blockchain-based storage and distributed file systems. Data accessibility, ownership, scalability and great UX are important factors you’d have to consider when choosing a data storage solution. There’s only one protocol that delivers these factors. It’s named Jackal Protocol.What Is Jackal ProtocolJackal ...
software engineer | technical writer | interoperable, low latency, high throughput dude

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A few weeks ago, if you needed to send value to an address, you’d need their complex, fragile wallet address or the name service address they spent an arm and a leg acquiring in a multi-chain ecosystem.
What if there was a service that’s layered on all these wallet addresses and name services such that once you had the human-recognizable address, you could send value to recipients regardless of the chain; well, that’s Clusters, and it’s built on LayerZero!
It’s safe to say that everyone in crypto was onboarded, including Vitalik, and we’ve all had a taste of the bitter-sweet perks of centralization, including memorable account addresses on the average of 5 accounts every centralized bank user has, according to this article on CNET.
Most blockchain addresses are long and seemingly unreadable to ensure security, uniqueness, and privacy through cryptographic processes. The complexity and length of guessing and forging for good measure at the expense of “user experience and memory retention.”
There are many solutions to this hassle, but they’re mostly single-blockchain based and hardly cater to the needs of the “multichainoors”
The solution to this issue must come from a project that’s interoperable with as many blockchains as there are, fancy and functional enough that other (existing and new) projects want to implement into their systems.
The first of its kind is Clusters! All chains for one, and One cluster for all.

Clusters is web3’s first cross-chain naming service that connects multiple wallets under one name (a cluster). It solves the fragmentation issue associated with using various wallets across numerous blockchains.
The reputable Delegate team developed Clusters, powered by LayerZero (an omnichain protocol that facilitates data and value sharing across blockchain networks) for multi-chain interoperability.
You can set up multiple clusters for different wallets and use cases as necessary and connect wallets across other chains to the cluster for a universal name that you can use seamlessly.

Cluster also employs a sophisticated demand-based pricing algorithm that frowns at stealing names while making it cheaper to register new names.
You can register and own clusters for up to 10 years. You can also bid for names and top up your bids. If your name gets outbid, Clusters will refund you the bid amount.
The delegate team has made registering a cluster and adding wallets to the cluster easy.
First, head on to the Clusters website at Clusters.xyz. Ensure that you’re at the correct URL before proceeding.
Next, click on “Create Bid” to create a bid to bid on a name:

Next, enter the name in the field and click on “Continue”:

Complete your bid by clicking “Bid on /”; connect your wallet to an EVM or Solana wallet and complete your transaction. After a successful bid, you can head to the “My Profile” page to view your clusters, edit wallets, bid on other names, top-up your bids, and do more with your cluster. my clusters profile page Conclusion You’ve learned about Clusters and how the project is advancing naming for the meta with LayerZero’s interoperable tech. Clusters soothe one of the UX pain points of payments and interaction within web3, which is why I’m rooting for the project.
A few weeks ago, if you needed to send value to an address, you’d need their complex, fragile wallet address or the name service address they spent an arm and a leg acquiring in a multi-chain ecosystem.
What if there was a service that’s layered on all these wallet addresses and name services such that once you had the human-recognizable address, you could send value to recipients regardless of the chain; well, that’s Clusters, and it’s built on LayerZero!
It’s safe to say that everyone in crypto was onboarded, including Vitalik, and we’ve all had a taste of the bitter-sweet perks of centralization, including memorable account addresses on the average of 5 accounts every centralized bank user has, according to this article on CNET.
Most blockchain addresses are long and seemingly unreadable to ensure security, uniqueness, and privacy through cryptographic processes. The complexity and length of guessing and forging for good measure at the expense of “user experience and memory retention.”
There are many solutions to this hassle, but they’re mostly single-blockchain based and hardly cater to the needs of the “multichainoors”
The solution to this issue must come from a project that’s interoperable with as many blockchains as there are, fancy and functional enough that other (existing and new) projects want to implement into their systems.
The first of its kind is Clusters! All chains for one, and One cluster for all.

Clusters is web3’s first cross-chain naming service that connects multiple wallets under one name (a cluster). It solves the fragmentation issue associated with using various wallets across numerous blockchains.
The reputable Delegate team developed Clusters, powered by LayerZero (an omnichain protocol that facilitates data and value sharing across blockchain networks) for multi-chain interoperability.
You can set up multiple clusters for different wallets and use cases as necessary and connect wallets across other chains to the cluster for a universal name that you can use seamlessly.

Cluster also employs a sophisticated demand-based pricing algorithm that frowns at stealing names while making it cheaper to register new names.
You can register and own clusters for up to 10 years. You can also bid for names and top up your bids. If your name gets outbid, Clusters will refund you the bid amount.
The delegate team has made registering a cluster and adding wallets to the cluster easy.
First, head on to the Clusters website at Clusters.xyz. Ensure that you’re at the correct URL before proceeding.
Next, click on “Create Bid” to create a bid to bid on a name:

Next, enter the name in the field and click on “Continue”:

Complete your bid by clicking “Bid on /”; connect your wallet to an EVM or Solana wallet and complete your transaction. After a successful bid, you can head to the “My Profile” page to view your clusters, edit wallets, bid on other names, top-up your bids, and do more with your cluster. my clusters profile page Conclusion You’ve learned about Clusters and how the project is advancing naming for the meta with LayerZero’s interoperable tech. Clusters soothe one of the UX pain points of payments and interaction within web3, which is why I’m rooting for the project.
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