Sakura Bloom

by Sakura Bloom

(0)
View Profile

Polymath

by Polymath

(0)
View Profile

Holo

by Holochain

(0)
View Profile

Sakura Bloom

by Sakura Bloom

(0)
View Profile

Polymath

by Polymath

(0)
View Profile

Holo

by Holochain

(0)
View Profile

What problem does this service solve?

Sakura Bloom allows merchants to create blockchain-based customer rewards programs that are more flexible and transparent.Polymath is developing a platform to make it easier for companies to create regulated security tokens to raise capital.Holo wants to offer a decentralized hosting solution for DApps.

Token Stats

Company Description

Sakura Bloom is a Japanese company that is developing a blockchain-based rewards network. It will allow businesses to create customer loyalty programs that are cross-site and cross-platform compatible. Consumers are not restricted to using their rewards with just one merchant, and can redeem them in different ways. The network is powered by the SKB token.

Polymath is a blockchain-based protocol that makes it easier to raise capital and create security tokens. The Polymath ST-20 standard embeds regulatory requirements into the tokens themselves, restricting trading to verified participants only. The protocol simplifies the complex technical challenges of creating a security token and aims to bring the multi-trillion dollar financial securities market to the blockchain.

Holo is a decentralized hosting provider that is built on top of Holochain. DApps can be set up and deployed with Holo hosting, as a decentralized alternative to Amazon Web Services, or other centralized hosting solutions.
Holochain is a protocol for creating decentralized Apps and is different from blockchain protocols in several ways. The main difference being that Holochain takes an agent-centric approach to their consensus mechanism, and has a different approach to validating value transfers.
The HOT token is used for paying for hosting services on Holo, and users can be paid for offering their computing resources.

Ratings

(0)

(0)

(0)