Polymath

by Polymath

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VITE

by VITE Labs

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Avalanche Token

by Ava Labs

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Polymath

by Polymath

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VITE

by VITE Labs

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Avalanche Token

by Ava Labs

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What problem does this service solve?

Polymath is developing a platform to make it easier for companies to create regulated security tokens to raise capital.VITE's goal is to make it easier for developers to issue tokens and create DApps.Avalanche's goal is to enable a more secure and interoperable smart contract platform with faster transactions times.

Token Stats

Company Description

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.

VITE is building a DApp development platform that will allow developers to issue their own tokens that can then be traded on their built-in decentralized exchange. The VITE network is currently powered by the Ethereum-based VITE token.

The Avalanche token (AVAX) performs various tasks within Avalanche's Proof of Stake blockchain network. The Avalanche token functions as a rewards and payment system for users. The network is designed to be an open-source platform for launching highly decentralized applications, enterprise deployments, and decentralized financial instruments. The Avalanche ecosystem is meant to be smore scalable and interoperable than other blockchain platforms. Unlike Bitcoin and many other networks, transaction fees are “burnt” in order to increase token scarcity. This process is offset by the release, or “minting,” of new coins.
Avalanche was launched by Ava Labs, whose founder Emin Gün Sirer is a veteran computer scientist that has been very influential in the Blockchain space. Gün Sirer is a computer science professor at Cornell University and has written extensively about scaling blockchain networks.

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