Chainlink vs Band Protocol: What’s the Difference?
The blockchain industry is rapidly growing, and the need for processing power has never been greater. Both Chainlink (LINK) and Band Protocol are projects that seek to optimize blockchain networks, but which one comes out on top?
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The “band protocol vs chainlink” is a question that has been asked for quite some time. The two are similar in many aspects, but there are some key differences.
Over the last several years, blockchain technology has experienced a lot of advancement, resulting in a slew of new products. Furthermore, several items that have been there for a long time, such as DeFi, NFTs, and metaverse, have just recently become popular and key trends in the past two years.
The expanded range of goods and services attracted new consumers in drove adoption even higher. Of course, none of this would be possible without smart contracts, which are the technology behind all of the goods listed. However, since blockchain technology lacked a direct link to the outside world, a method of delivering outside data to the blockchain was required.
Without this information, smart contracts would struggle to determine when contract requirements have been satisfied and what action to take. Decentralized oracle networks were built in order to deliver this critical data to the blockchain and smart contracts.
Decentralized oracle networks: what are they?
Decentralized oracle networks, or simply decentralized oracles, are a collection of independent blockchain oracles that feed the blockchain with external data. Each independent node (oracle) is utilized to get data from multiple off-chain sources separately. It obtains the data that smart contracts need, compares it against data collected by other oracles, and then transmits it to the contract after verifying that it is legitimate.
This information originates from a variety of places, including websites, servers, databases, and so on. Hardware oracles may also use sensors and other Internet of Things devices to get data from the actual world. As a result, if all of the data matches when compared, it must be truthful and secure for smart contracts to depend on.
Chainlink (LINK), an Ethereum-based oracle network that has subsequently been integrated with other blockchain development platforms and projects, was the first to offer decentralized oracles.
However, since Chainlink went online, other oracles have emerged, and Band Protocol has emerged as one of the most dependable and Chainlink’s major competition.
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Sergey Nazarov, who later became the CEO of Chainlink Labs, co-founded the project Chainlink. In 2017, Nazarov co-founded the project, which he describes as a blockchain abstraction layer that allows for globally linked smart contracts.
Chainlink works by allowing blockchains to safely communicate with external data feeds, payment methods, and events via a network of decentralized oracles. This gives complicated smart contracts the off-chain data they need to become the dominant form of digital agreement.
Chainlink’s network is powered by an open-source community of data producers, smart contract developers, node operators, security auditors, researchers, and others who are continually striving to guarantee that the project runs smoothly and that only the best data gets retrieved.
Chainlink has risen to become a big player in the data-processing area, as well as one of the highest-ranking cryptocurrency projects, thanks to its many trustworthy partners.
Band Protocol Information
In September 2019, two years after Chainlink was founded, another decentralized oracle network called Band Protocol appeared. Band, like Chainlink, began as an ERC-20 project on the Ethereum network. After some time, however, it chose to switch to a new blockchain, which led it to Cosmos (ATOM) and its network.
Band Protocol is a cross-chain data oracle platform that can collect real-world data and distribute it to on-chain apps. Simultaneously, it can link APIs to smart contracts, allowing for direct information transmission from the source.
Band opens up a variety of application cases for developers by providing trustworthy and reliable data from the actual world. With any form of data being accessible and capable of being incorporated in a dApp (including weather, sports, random numbers, price feeds, and similar), the project has enabled developers to create a wide range of dApps for a variety of reasons.
Band Protocol vs. Chainlink
The most pressing issue currently is which of them is superior, and which should be used, as many developers must consider when planning the development of their blockchain products.
The first key distinction is that Chainlink is based on Ethereum, while Band Protocol chose to abandon Ethereum and create itself on Cosmos. This is critical since different blockchains have distinct functionalities and are utilized for various applications. However, whatever one you pick is determined not only by the kind of project you have, but also by the speed and cost of data collection.
Let’s imagine you have a dApp whose smart contract talks with Chainlink in order to obtain external data—in this case, the dApp will be issued a request for information and will be charged in ETH, which will subsequently be converted to LINK. Because nodes are compensated in LINK tokens for supplying data, this conversion is required, but it is also where the issue arises.
Ethereum, you see, has long been renowned for its lack of scalability and poor throughput, which results in lengthy wait times and, even worse, the highest fees in the crypto business. To circumvent this difficulty, many people have begun to abandon the blockchain in favor of Ethereum alternatives.
When it comes to dApps and smart contracts that demand real-time data, Chainlink isn’t the greatest option.
What does Band Protocol have to offer?
On the other hand, Band Protocol’s dApps, and hence smart contracts, need external data as well. The dApp will pay for this data with ETH once again, and the ETH will be converted to the BAND token. The distinction is that this conversion occurs on Cosmos’ infrastructure rather than Ethereum’s.
Cosmos, in compared to Ethereum, is incredibly scalable, allowing it to execute transactions practically immediately. This means no long wait times, no network congestion, and no needlessly expensive gas prices.
Where can I get Band Protocol or Chainlink?
On the following exchanges, both Chainlink (LINK) and Band Protocol (BAND) may be purchased.
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KuCoin– This exchange currently offers cryptocurrency trading of over 300 other popular tokens. It is often the first to offer buying opportunities for new tokens. This exchange currently accepts International & United States residents.
Huobi International– Huobi Global, which was founded in 2013, has grown to become one of the world’s biggest digital asset exchanges, with a total trading volume of $1 trillion. Huobi Global does not presently welcome residents from the United States or Canada.
Given the above, it is evident that Band Protocol has the upper hand when compared to Chainlink. Chainlink provides advantages over Band in terms of efficiency and cost savings, as well as data security and stability. However, both oracle networks are likely to succeed in the end since they service distinct types of dApps and employ different models. DeFi, NFT, metaverse, and other projects that need oracle services exist in a variety of sizes and forms, implying that their oracle needs are diverse. Some projects can afford to wait a little longer for the information they need, so Chainlink is still a reasonable option for them, while others that need speed should use Band.
Simply said, there is enough of place in the blockchain sector for both oracles to survive and thrive, however Chainlink is now pricey, while Band looks to be undervalued at the moment, so that may be something to watch in the coming years.
Visit our Investing in Chainlink (LINK) or Investing in Band Protocol (BAND) guides to learn more.
The “band protocol solana” is a blockchain platform that uses the Solana network. The difference between chainlink and band protocol is that chainlink is designed to be used with public blockchains while band protocol is designed for private blockchains.