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What is Qtum (QTUM)?
Qtum (QTUM), is a transparent blockchain technology that combines the finest features of Bitcoin and Ethereum into a developer-friendly platform that can support highly secure decentralised applications (DApps).
That’s because, despite some fundamental similarities, Bitcoin and Ethereum differ in the intricacies of how their blockchains work and how users’ balances are recorded and updated.
Qtum attempts to provide an alternative to Ethereum that can compete on programming while remaining compatible with Bitcoin, delivering something akin to a best-of-both-worlds blockchain solution, by attempting a design that integrates distinct characteristics of the two networks.
The Qtum team believes that this architecture will entice people looking to construct blockchain-based applications, which is Ethereum’s fundamental value proposition, by allowing their creations to transact in a similar way to Bitcoin.
The Qtum team has been cooperating with researchers at prominent universities in addition to using the talents of an open-source global talent pool. The Qtum project intends to satisfy the demands of businesses by delivering a business-friendly development environment and tailored blockchain solutions for commercial clients.
QTUM is the blockchain’s native coin, and it’s used to pay for smart contract execution. It can also be staked to aid network security and participate in platform governance. QRC-20 tokens — Qtum’s token standard – can be used by businesses and developers. QRC-20 transactions require gas fees to be paid in QTUM and can be utilised within dApps.
Who are the founders of Qtum (QTUM)?
Patrick Dai, Jordan Earls, and Neil Mahl founded Qtum in the year 2016, and its initial coin offering (ICO) took place subsequently in the year 2017.
What makes Qtum (QTUM) unique?
Qtum uses a custom-built decentralised governance protocol (DGP) to give different stakeholders a vote in how the Qtum platform operates, as well as allowing smart contracts to adjust specific blockchain settings.
Qtum has been a hub for DApp development due to its efficiency and extensive smart contract features. QiSwap and Score are two newer DApps on the platform that fall within the decentralised finance (Defi) area.
The Qtum Chain Foundation also operates a Defi and ecosystem incentive programme, in which developers can get up to $50,00,000 over two years to build Defi products and other ecosystem advancements on the platform.
Qtum was the first Proof of Stake blockchain to provide the UTXO transaction mechanism with smart contract capabilities. The project intends to integrate Bitcoin’s security with Ethereum’s functionality, all while utilising the more efficient Proof of Stake consensus process.
This practical design approach is made possible by the unique application of the Decentralized Governance Protocol and Account Abstraction Layer technologies, which offers a competitive edge above other blockchains.
Qtum believes that the Bitcoin blockchain is insufficient for deciding the fee paid to miners because it only considers the transaction size. As a result, the project uses Ethereum’s gas model, which enables for post-transaction refunding of unspent gas. Qtum, on the other hand, anticipates a considerable difference in gas prices from Ethereum and has created a free-market fee model in which both miners and users can optimise their operations.
How Many QTUM (QTUM) Coins?
Currently, Qtum has a circulating supply of 98,828,375 QTUM coins with the maximum supply being 107,822,406 QTUM coins.
How does Qtum (QTUM) Work?
Qtum extends Bitcoin’s UTXO transaction mechanism by adding scripting capabilities, allowing developers to create sophisticated decentralised apps on the network. Qtum’s fast-growing DApp ecosystem, which includes decentralised games, search engines, payment toolkits, social networks, and more, has benefited from these characteristics.
The account abstraction layer is one of Qtum’s distinguishing features (AAL). This effectively bridges the code gap between Qtum’s UTXO based blockchain and the virtual machine’s account concept, allowing for more robust smart contract capabilities.
It’s protected by a unique proof-of-stake (PoS) algorithm, and it recently implemented an “offline staking” feature that allows non-custodial addresses to be delegated to an online “super staker.” To gain network rewards for staking QTUM and publishing blocks, Qtum PoS employs the Qtum Core full node wallet.
The QTUM token is the native gas token for Qtum transactions and smart contract transactions, as well as the node operator reward token.
The Account Abstraction Layer, which decouples applications from the underlying protocol, is used to achieve both Bitcoin’s transaction model and Ethereum compatibility. Individual UTXO transactions are abstracted by the AAL, which provides a single account balance for the smooth functioning of smart contracts using the Ethereum virtual engine. This opens up the possibility of adding more smart contract functionality in the future.
Through Qtum’s Decentralized Governance Protocol, smart contracts may be utilised to change certain blockchain parameters without disrupting the ecosystem. DGP, for instance, allows the community to change block size and the base gas charge without requiring a hard fork.
How to use Qtum (QTUM)?
Because of Qtum’s Ethereum interoperability, Ethereum dApps can be readily deployed on the network. Because of the variety of programming languages supported, the project’s technology stack is also accessible to mainstream developers.
The blockchain was created with businesses in mind, and its interoperability makes it ideal for supporting tasks such as production, logistics, planning, and external partner systems.
For smart contract execution and QRC-20 transactions, the QTUM token is utilised for transferring value, staking, and paying fees. Holders of QTUM can also take part in protocol governance.
Conclusion
Qtum seeks to deliver the best of both worlds, including security and functionality, by integrating Bitcoin’s UTXO transaction paradigm with the Ethereum virtual engine. Qtum is also incredibly efficient thanks to the implementation of a Proof of Stake consensus process, which addresses the drawbacks of existing platforms.
The platform’s virtual machines, development resources, and wide range of supported programming languages make it suited for a wide spectrum of developers and applications. Qtum is designed to fulfil the demands of businesses and has a wide range of applications, including finance, Defi, IoT, mobile apps.
The QTUM coin is an essential component of the ecosystem, as it is used for staking, governance, and fee payment. QTUM might become a valuable asset if the Qtum network grows and blockchain technologies become more widely accepted.
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