Our decentralized Web 3.0 domains are the protocol managed on the blockchain through NFTs representing ownership of the URL where the actual addresses are encrypted, so that no entity on the network will ever be able to block an approved address.
Without this system in place, internet users would have to retrieve web resources using IP addresses, which is an extremely complicated process. However, the traditional DNS is highly centralized.
Decentralized blockchain domain names make user’s addresses readable for humans and enables them to have complete control and autonomy over their data.
Quecko Inc. is a leading provider of software consulting services, focused on helping organizations
Read More
Build ultra-modern web3 development solutions based on Peer-to-peer decentralized networks
Read More
A top-notch web3 platform with advanced and latest technology in designing and developing interactive
Read More
With Quecko Inc., you get access to a team of experienced web application developers
Read MoreThe original minter is entitled to 25% of the sale price royalty payable upon any sale of the domain, forever.
Anyone can bid on any domain name they want. The winner of the auction will receive the domain name for the price requested.
The DNS protocol created is managed on the blockchain through NFTs that represent ownership of the URL, and the actual addresses are encrypted so that no entity on the network will ever be able to block an approved address.
Protocol for cross-chain connectivity.
Wallet Creation
To Design the UI
Frontend, Mobile App and Web App
Server-side application
Smart Contract development.
Frontend and backend development.
Manage projects, and automate workflows.
For Deployment
We created DAO governance that depends solely on the members, taking critical decisions regarding the future of the project. Smart contracts help in defining the rule set of the DAO through a core group of community members.
View Case Study Details
An innovative & game-changing platform that aims to engage hundreds and thousands of community members through tasks completed at
View Case Study Details