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NEAR Protocol is a layer 1 blockchain designed to help build and run decentralized applications, with a focus on AI powered use cases and user friendly transactions.
Category | Layer 1 smart contract platform |
|---|---|
Launch year | 2020 |
Date added | 2020-08-11 |
Platform | Ethereum (ETH) |
Consensus mechanism | Proof of stake (PoS) |
Max supply | Not fixed |
Circulating supply | 1,292,998,023 (current supply shown by CoinMarketCap) |
Main use case | Smart contract and decentralized application platform, with an AI focused narrative |
Native token | NEAR |
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NEAR is a decentralized development platform built on top of the NEAR Protocol, a public, sharded, developer-friendly, proof-of-stake blockchain. NEAR is like a public community-run cloud platform. That means it is a highly scalable, low-cost platform for developers to create decentralized apps on top of. While it's built on top of the NEAR Protocol blockchain, the NEAR Platform also contains a wide range of tooling from explorers to CLI tools to wallet apps to interoperability components, helping developers build much more quickly and the ecosystem to scale more widely. Whereas most other "scalable" blockchains use approaches that centralize processing on high-end hardware to provide a temporary boost in throughput, NEAR Protocol's system allows the platform's capacity to scale nearly linearly up to billions of transactions in a fully decentralized way. NEAR is being built by the NEAR Collective, a global collection of people and organizations who are collaboratively building this massive open-source project. Everyone in this Collective is focused on enabling usability improvements for both developers and their end-users so the next wave of apps can cross the chasm to a more general audience that has thus far been unable to consistently work with blockchain-based apps built on today's platforms.
NEAR is founded by Alexander Skidanov and Illia Polosukhi in 2018. Alexander is a former Microsoft software developer and the former director of engineering at Memphis, which specializes in distributed databases. He also won a gold medal at the ICPC in 2008 an annual programming competition involving college students worldwide. Illia is a former engineering manager of Google's acclaimed research division where he and his team of developers research deep learning and natural language technologies, which are now used in Google's translation services. He was also an ICPC finalist in 2008.
These application back-ends and components are called "smart contracts," though we will often refer to them as simply "applications" here. The infrastructure that makes up this cloud is created from a potentially infinite number of "nodes" run by individuals and organizations worldwide who offer portions of their CPU and hard drive space — whether on their laptops or, more likely, professionally deployed servers. Developers write smart contracts and deploy them to this cloud as if they were deploying to a single server, which is a process that feels very similar to how applications are deployed to existing centralized clouds. Once the developer has deployed an application, called a "smart contract", and marked it unchangeable ("immutable"), the application will now run for as long as at least a handful of members of the NEAR community continue to exist. When end users interact with that deployed application, they will generally do so through a familiar web or mobile interface just like any one of a million apps today. In a centralized cloud hosted by Amazon or Google, developers pay for their applications each month based on how much usage they required, for example, based on the number of requests generated by users visiting their webpages. The NEAR platform similarly requires that either users or developers provide compensation for their usage to this infrastructure's community operators. Like today's cloud infrastructure, NEAR prices usage is based on easy-to-understand metrics that aren't heavily influenced by system congestion. Such factors make it very complicated for developers on alternative blockchain-based systems today.
Yes, you can earn money by trading & staking NEAR Protocol (NEAR). Buy low, sell high. NEAR can be used to trade against other cryptocurrencies. In the past year, the NEAR price has increased enormously but also had some corrections. Always trade responsibly. Often the price is influenced by NEAR news. Buy and trade NEAR at Coinmerce.
In a proof of stake style system, validators are selected to help confirm transactions based on the amount of tokens they stake. Staking generally means locking tokens so the validator has something to lose if they act dishonestly. As a token holder, you may choose to stake directly or through a service, depending on what the network and your platform support. If you stake, you are typically aiming to participate in network security and potentially receive rewards. The exact reward rules and requirements can change as the protocol evolves. Before you stake, read the current staking rules and understand the risks, including the possibility of losing staked value if the validator misbehaves.
Sharding is a design where the network divides work into smaller parts. The goal is to let the system process more activity without every node doing everything at once. For users, this can translate into faster confirmations and lower costs when the network is busy. For developers, it can change how apps are built and how data is handled. It is still important to remember that scalability features are engineering goals, not magic. Performance depends on the implementation, the network conditions, and how well apps and tooling use the chain.
Blockchain interactions can be complex because users often need to manage multiple steps, like choosing routes, handling approvals, and dealing with different networks. Intents and chain abstraction are meant to reduce that complexity. Instead of manually coordinating each step, you describe what you want to achieve, and the system tries to execute it. This can make apps feel more like normal software, especially for cross chain actions. Still, the user experience depends on how well wallets, apps, and the network support these features.
Many blockchain networks use governance to decide how the protocol should change over time. Governance can include voting on upgrades, parameter changes, and how the network should evolve. Token holders often have a role in governance, either directly or through delegated participation. The practical impact is that governance decisions can affect fees, security settings, and how features work. Governance also introduces tradeoffs. Different stakeholders may want different outcomes, and decisions can take time. When you evaluate a network, it helps to look at how governance works and how transparent the process is.
First, there is market risk. Crypto prices can fall even when a project is progressing, because overall demand changes. Second, there is security risk. Smart contracts and applications can contain vulnerabilities, and hacks can lead to losses. Third, there is execution risk. Features like sharding, intents, and chain abstraction need to work reliably at scale. Finally, there is regulatory risk. Rules around crypto assets can change and can affect how people buy, hold, and use tokens.
If you want to learn about NEAR Protocol, read all about it in the What is overview.
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