DigiByte Dedicated Node

DigiByte (DGB) is a veteran blockchain launched in 2013. DigiByte dedicated nodes are responsible for verification of transactions in dApps, wallets, explorers, and so on. DigiByte leverages Proof-of-Work (PoW) consensus; as such, DGB token can be mined.
Transactions on DGB nodes are secured by Sha256, Scrypt, Skein, Qubit and Odocrypt algorithms: this system is dubbed MultiAlgo mining. It also allows mining DGB - a core asset of DGB nodes - on various devices including the likes of ASICs, FPGAs, or GPUs.
DGB dedicated nodes process transactions much faster than that of Bitcoin and Litecoin: with latest upgrades, its TPS eclipses 1066 transactions per second.

DigiByte blockchain and DigiByte nodes ecosystem are focused on massive adoption in retail payments. That’s why it was decided to limit DGB supply by 21 billion tokens (instead of 21 million BTC). DigiByte nodes process transactions in a low-fee, fast and resource-efficient manner.
Just like major programmable blockchains, DigiByte supports smart contracts; therefore DigiByte dedicated nodes can on-board decentralized applications.

DigiByte team is backing a feature-rich ecosystem of decentralized applications. DigiByte nodes support transfers of DigiAssets, native cryptocurrencies and tokens of the blockchain. Through third-party applications, DigiByte enthusiasts can even issue NFTs, supercharge trading platforms, and so on.

Also, DigiByte nodes supercharge Digi-ID, a unique decentralized digital identification solution. It is designed to address privacy and security issues for websites, games, wallets, trading portals, governmental bodies, and so on.

DigiByte dedicated nodes by GetBlock unlocks unparalleled opportunities for Web3 developers. They can supercharge technical basis for highly scalable dApps and ecosystems, support NFT marketplaces, wallets and crypto exchanges.

GetBlock’s DigiByte nodes can be rolled out in 24-48 hours by request; we can provide all necessary expertise for seamless and cost-efficient dApps on-boarding.