BitNew Chain

by BTN Foundation

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Tendermint

by Interchain Foundation

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FOAM

by FOAM Inc.

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BitNew Chain

by BTN Foundation

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Tendermint

by Interchain Foundation

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FOAM

by FOAM Inc.

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What problem does this service solve?

BitNew Chain aims to make it easier to develop large scale DApps that can be used with a variety of hardware. They also claim that it will enable cross-chain communication and token exchanges.The Tendermint consensus algorithm secures transactions in the Cosmos ecosystem.FOAM aims to to bring location data to blockchains and enable consensus driven mapping.

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Company Description

BitNew Chain is building a development platform for commercial DApps. BitNew Chain aims to make it easier to develop large scale DApps that can be used with hardware. It will be based on a two-tier decentralized blockchain network with standard physical masternodes, resource segregation, a decentralized computing subsystem(BTN-DC), and decentralized storage subsystem(BTN-FS). Consensus will be achieved through a hybrid mining process that will combine Proof-of-Stake (PoS) with Proof of Masternode. The network is powered by the BTN coin.

Tendermint is a consensus algorithm that was created by a company called All in Bits. The open source algorithm is Byzantine Fault-Tolerant and uses an authenticated encryption system to secure transactions. The Tendermint consensus mechanism was developed in 2014 for the Cosmos Network. The Interchain Foundation, which is developing the Cosmos Network, continues to employ All in Bits to support Cosmos.

FOAM is developing a blockchain-based location service protocol for embedding physical locations in Ethereum smart contracts. The FOAM network will use radio beacons and will provide incentives for decentralized location services that will be given by network participants. Users will stake tokens to become zone anchors, that will work with radio beacons to return location data to the network. FOAM's Proof of Location protocol will be used to confirm consensus on the location of objects and entities in space and time.

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