Strategic Partnership
Last updated
Last updated
We are pleased to announce bilateral partnership between Hash2O and AquaTank, both parties are committed to share their expertise and technology transfer, that enables seamless and flexible staking farms for AquaTank community and HaaS utility for Hash2O community.
Earlier this month, the Hash2O administration hinted towards a possible partnership for the addition of new features on the platform. Finally, the wait is over, at the end of last week, the Hash2O administration made the big reveal. The staking feature that all community members were looking forward to is finally here.
Hash2O, a global cryptocurrency hashing protocol that provides hashing as a service, is now finally moving into a strategic partnership with Aqua Tank, the prominent name for its Aquatic pets NFT staking. The two market drivers are now joining forces to bring to you a joint all-rounded product of services!
Like all other projects available on DeFi space, Hash2O, too, is motivated to provide best income generating solutions for its community members. Since Hash as a service (HaaS) was a much demanded feature as a result of the poll conducted on the platform, the administration took it upon itself to provide it.
Due to the merger of service between the two self acclaimed companies, we are expecting a cutting edge product, and advanced collective services that can simplify the process of NFT staking once and for all!
Hash20 uses hash cards, hasch-cycles as well as rebase rewards, to entertain its user base. The life-time generation of hash-yield provides returns for an unprecedented time period after every 20 hours
Aqua Tank is a Strategy NFTs lifetime reward staking protocol, developed in the Aquatic NFT metaverse. The returns offered by $AQUA are second to none.
According to the summary put forth by both companies, AQUA will be extending its NFT staking pools to H2O; and in return, Hash2O is developing stable coin farms in BNB, BUSD, CAKE, and BSDC. ( P.S The reward for these stablecoin farms will be allocated in H2O)
