Shardeum and ZNS Join have partnered to launch .shm domains. These domains can be found for roughly $1 throughout the early entry interval. These domains remove the necessity for difficult-to-read pockets addresses containing random letters and numbers, and as a substitute assist you to conduct transactions utilizing an easy-to-use area title (e.g. “yourname.shm”).
India’s Shardeum is a Layer 1 (L1) blockchain that already boasts a formidable variety of validators of over 171,000 since its current launch. This partnership has the potential to permit extra customers to expertise the advantages of utilizing Web3 with out the same old complexities sometimes related to utilizing cryptocurrencies.
Fixing usability challenges in Web3
Probably the most troublesome obstacles to blockchain adoption is the formidable nature of pockets addresses. Sending cryptocurrencies to addresses like 0x7a9f…e3b2 requires cautious verification and creates friction for newcomers. ZNS Join’s resolution transforms this expertise by permitting customers to register domains akin to “yourname.shm” that act as a persistent id throughout the Shardeum ecosystem.
This integration goes past mere naming. Based on Shardeum’s announcement, .shm domains will likely be utilized as an id and engagement layer, permitting customers to obtain name-based funds, work together with different customers throughout a number of blockchains, use mini-games to encourage participation, and reward once they attain milestones or full duties. The launch of .shm domains follows developments within the Web3 id house, as many initiatives collaborate with SPACE ID (id platform) and Zetarium (undertaking) to create new DeFi experiences.
Why Shardeum is appropriate for ZNS Join
Shardeum’s technical structure makes it a superb associate for decentralized naming companies. The blockchain launched its EVM mainnet in October 2025, permitting it to transition to an entire good contract platform. Its dynamic state sharding know-how offers linear scalability that may course of greater than 100,000 transactions per second with low fuel charges of roughly $0.001.
This mixture of low charges and excessive throughput makes area registration and on-chain interactions inexpensive for on a regular basis customers. With over 81 million transactions processed as of Could 2025, Shardeum has demonstrated the soundness wanted to energy id infrastructure. The platform has achieved MiCA certification and might function compliantly in all 27 EU member states.
Actual world and future functions
At present, .shm domains are thought of a human-friendly handle resolution for conducting transactions throughout defi. The perfect half about .shm domains is that you would be able to combine them with different applied sciences in a while, supplying you with an id that works throughout all of your decentralized apps and platforms. Customers set up one Web3 presence utilizing .shm for all DeFi protocols, gaming platforms, and extra.
Gaming and engagement options can inform your gamification technique to make area possession extra interactive. The platform creates an interesting expertise for customers by attaching rewards to on-chain actions and completion of milestones. Based on the official documentation, builders can combine ZNS performance into the performance of dApps to supply a extra intuitive consumer expertise that doesn’t require customers to handle complicated pockets addresses.
conclusion
This partnership stands out not just for the know-how used, but additionally for the way in which each organizations deal with an actual problem encountered by numerous customers within the crypto house: struggling to recollect pockets addresses. At simply $1 for early entry, .shm domains supply customers an inexpensive option to set up a presence inside the ecosystem. This is a vital component in interesting to non-technical people. Different firms have supplied a number of names of blockchain initiatives, however few have been delivered by way of extremely scalable blockchain know-how just like the Shardeum blockchain.
