Kadena vs XinFin Network vs ProximaX
What problem does this service solve?
Kadena is a software development company working to encourage business adoption of blockchain. They create custom-built solutions for their clients that use both private and public blockchains. | XinFin wants to develop a hybrid blockchain that will combine the benefits of a private/permissioned platform with the transparency of a public one. | ProximaX aims to create a high performance blockchain platform for developers to create DApss with decentralized storage, messaging, streaming, and content delivery services. |
Token Stats
Not Relevant |
Company Description
Kadena is a software development company that builds blockchain-based platforms for a range of businesses. They develop purpose-built blockchain solutions for their clients by using proprietary solutions that are aimed at being both secure and scalable. Kadena offers both private and public blockchain platforms, with smart contracts written in the Pact programming language. They've also developed an innovative proof-of-work architecture called ChainWeb that could have a variety of applications. | XinFin is a blockchain technology company that has developed the XDC protocol. XinFin's hybrid blockchain enables peer-to-peer contracts on a regulated payment infrastructure. Their goal is to create an open source marketplace platform that will reduce inequalities in global finance. | ProximaX is developing a NEM-based platform with several on-chain and off-chain protocols. At its core, ProximaX is based on the NEM blockchain, and is designed to be an all-in-one platform for developing DApps. The platform has several parallel layers that are intended to provide decentralized storage, messaging, streaming, and content delivery services. The network is powered by the NEM-based XPX token. ProximaX intends on using a hybrid consensus mechanism for validating value transfers on these layers. Consensus will be driven with a combination of Proof-of-Importance (PoI), Proof-of-Storage (PoSt), and Proof-of-Bandwidth (PoB). |