Veritaseum vs Sakura Bloom vs Klaytn Coin
What problem does this service solve?
Veritaseum provides blockchain-based software solutions for financial clients. Their network makes it easier for clients to create their own sub-tokens and decentralized applications to interact with capital markets. | Sakura Bloom allows merchants to create blockchain-based customer rewards programs that are more flexible and transparent. | Klaytn aims to improve blockchain usability and transaction speeds by employing a hybrid architecture and consensus mechanism. |
Token Stats
Company Description
Veritaseum develops blockchain-based software solutions for capital markets. Their goal is to decentralize access to these markets, with both centralized and decentralized solutions, for a range of financial institutions. The company assists their clients in building bespoke decentralized applications. Veritaseum's software solutions are built upon their platform, which allows for the creation of Veritas sub-tokens that serve the specific needs of the client. | 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. | Klaytn Coin is the native currency of the Klaytn blockchain. It was developed by the South Korean internet giant, Kakao and is operated by its subsidiary Ground X. Klaytn Coin is designed to power an enterprise-grade, service-centric platform that brings a user-friendly blockchain experience to its users. It has a hybrid architecture that combines elements of public and private blockchains. Klaytn uses an optimized version of the Istanbul Byzantine Fault Tolerant consensus algorithm. There are three types of nodes, CN (Consensus Node), PN (Proxy Node) and EN (Endpoint Node). CNs are managed by CCOs (Core Cell Operators) and are in charge of block generation. These blocks are verified by all nodes in the network. |