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Near Protocol

NEAR Protocol: Decentralized Applications

In the vibrant world of blockchain technology, NEAR Protocol stands out as a beacon of innovation and efficiency. As traditional platforms, like Ethereum, face challenges such as high transaction fees and limited scalability, NEAR aims to provide a scalable solution that simplifies the process of developing and using decentralized applications (dApps). This lesson will delve into the key components of NEAR Protocol, its underlying mechanics, and its relevance in the expanding cryptocurrency landscape, particularly as it aligns with the broader Crypto Is FIRE (CFIRE) training program.

Core Concepts

  1. Decentralized Applications (dApps)
    In traditional finance, applications are mostly centralized, controlled by single companies. In the world of blockchain, dApps function similarly but operate on decentralized networks. NEAR Protocol allows developers to create dApps that are not owned by any single entity.

  2. Proof of Stake (PoS)
    Unlike the energy-intensive Proof of Work (PoW) model used by Bitcoin, PoS enables validators to confirm transactions based on the number of tokens they lock up (stake). This is vital for NEAR’s efficiency and plays a crucial role in token validation and network security.

  3. Sharding
    Sharding divides a blockchain into smaller pieces (shards), enabling the network to process more transactions at once. This is particularly innovative in NEAR, as it employs a unique method called Nightshade for shard management, enhancing its potential transaction throughput.

  4. Transaction Fees
    Traditional blockchain networks, like Ethereum, can have high transaction fees, known as gas. NEAR Protocol significantly lowers these fees, making it more accessible for developers and users alike.

  5. Delegation
    In NEAR, those who do not want to operate as validators can delegate their tokens to others who will validate transactions. This enables even those with fewer resources to participate in the validation process and earn rewards.

  6. Block Production and Consensus Mechanism
    NEAR not only allows tokens to be validated but also has a unique consensus approach called Doom Slug, where blocks are quickly confirmed by validators, thereby enhancing the speed of transactions.

  7. Tokenomics
    Understanding NEAR Token’s economics, including how rewards are distributed and transactions fees are managed, is crucial as it directly influences the incentives for validators and the overall health of the protocol.

Understanding these concepts is paramount for anyone diving into the cryptocurrency space, especially as they relate to the established norms of traditional finance. Recognizing how these elements function within NEAR provides clarity on the advantages it brings to the table.

Key Steps in Understanding NEAR Protocol

1. Overview of NEAR Protocol

  • Decentralized Platform: NEAR allows open access for anyone to build dApps.
  • Developer-Friendly: Simpler wallet addresses and compatibility with Ethereum’s ecosystem.
  • Community-Managed: Through the NEAR Collective and various guilds, NEAR focuses on decentralization, promoting users’ ownership of their data.

2. Technical Mechanics

  • Proof of Stake and Sharding: Validators and chunk producers enable efficient transaction verification.
  • Nightshade: NEAR’s method of sharding, handled intricately through its unique system, with each block containing chunks from different shards ensuring data accuracy.

3. Validation Mechanism

  • Role of Validators: These are key to maintaining network security; validators can be chunk producers or block producers, facilitating the flow of information.
  • Doom Slug: The consensus mechanism that speeds up the block confirmation process.

4. Tokenomics of NEAR

  • Reward System: Validators receive rewards, and there’s a strategic approach to transaction fee management.
  • Deflationary Practices: With a portion of fees burned, NEAR strives to maintain a healthy ecosystem while incentivizing usage.

The importance of these sections cannot be overstated as they illustrate how NEAR iteratively enhances the blockchain experience compared to traditional models.

A Blockchain Perspective

NEAR’s Unique Attributes

  • Crypto Connection: NEAR adopts a proof-of-stake model, setting it apart from Bitcoin’s proof-of-work. This distinction drastically reduces energy consumption and enhances speed, appealing to both environmentally conscious and efficiency-minded participants.

Example Project: Aurora

  • Ethereum Scaling: NEAR’s Aurora project incorporates an Ethereum-compatible virtual machine, allowing dApp developers to transition seamlessly, advocating for adoption across more platforms.

Real-World Applications

  • Scalability Comparisons: NEAR can process up to 100,000 transactions per second, dwarfing Ethereum’s current capacity of about 15. This pivotal difference hints at NEAR’s potential to dominate the dApp space.
  • Community-led Innovations: With efforts from community guilds, the NEAR ecosystem continuously evolves based on user feedback. This is a radical shift from traditional systems, where changes often come from top-down directives.

Challenges and Solutions

  • High Validator Entry Costs: Initially, staking can be costly; however, delegation enables grassroots participation.
  • Transaction Volume Requirements: For NEAR to be deflationary, vast transaction volumes are needed. Engaging a broader audience through education and community initiatives can mitigate this challenge.

Understanding these challenges and their solutions provides a solid foundation for newcomers wary of the complexities of cryptocurrency operations.

Key Takeaways

  1. Fostering Decentralization: NEAR promotes a community-driven protocol, diverging from traditional top-down models. This drives innovation and inclusivity in developing dApps.
  2. Efficient Validation: The proof-of-stake model enhances speed and reduces costs, setting a high standard for other blockchains.
  3. Sharding Simplified: Through Nightshade, NEAR optimally manages transaction loads, illustrating the evolution of blockchain technology.
  4. Transparent Tokenomics: Understanding how the NEAR token works will empower you to participate meaningfully in its ecosystem.
  5. Evolving Framework: NEAR’s phased developments show the protocol’s adaptability and aim for future scalability, aligning with your investment goals.

Each of these takeaways equips you with critical insights for navigating both traditional finance and the cryptocurrency universe effectively.

Discussion Questions and Scenarios

  1. How do the transaction fees on NEAR compare to those on Ethereum in practical terms?
  2. What advantages does the sharding mechanism in NEAR provide over traditional methods utilized in most financial systems?
  3. In what ways might NEAR’s tokenomics influence its adoption compared to other cryptocurrencies?
  4. Consider the role of community in NEAR Protocol: how does this compare to traditional tech companies?
  5. How could the success of NEAR’s efficiency encourage existing Ethereum developers to migrate their applications?

Glossary

  1. dApps: Applications that run on decentralized networks rather than centralized servers.
  2. Proof of Stake (PoS): A system of cryptocurrency validation that incentivizes users to stake coins to validate transactions.
  3. Sharding: A method of splitting a blockchain into smaller segments (shards) to optimize transaction processing.
  4. Delegation: The ability for token holders to assign their validation tasks to others.
  5. Tokenomics: The study of the economic model of a cryptocurrency, including supply, demand, and incentives.

This lesson lays the groundwork for understanding NEAR Protocol and its ideal role in the expansive world of blockchain technology. By grasping these concepts, you position yourself as an informed participant in the ongoing crypto revolution, expertly navigating the tides of traditional finance and blockchain innovation.

Continue to Next Lesson

With the essential knowledge of NEAR Protocol now under your belt, you’re primed to explore more intricate concepts in the realm of cryptocurrencies. Let’s continue your journey in the Crypto Is FIRE (CFIRE) training program!

 

Read Video Transcript
What is Near Protocol? & How it works
https://www.youtube.com/watch?v=D_zfOW8gook
Transcript:
 the ethereum blockchain is currently the most popular platform for decentralized applications  however it has some big issues that prevent many people from using these applications  mainly two big problems the very high transaction fees also called gas fees and the low number of  transactions the network can process per second the ethereum network currently can process only  15 transactions per second so what if there is  an alternative platform with much lower fees and a much faster blockchain well there are a lot of
 alternatives and the near protocol is one of them welcome to crypto b where we explain cryptocurrencies  and d5 topics in the most simple and beginner friendly way in this video you will know what  the near protocol is how exactly it  works and finally we will talk about some tokenomics of the near token we have included  timestamps so you can easily skip to any part you want so let’s get started Nier is a decentralized platform that allows developers to build decentralized applications  on top of it.
 Just like Ethereum but with much faster blockchain and much lower transaction fees.  NIR was founded at the beginning by two software engineers, Alex Skidinov and Ilya Polisakin.  Alex worked at Microsoft as a software developer before moving to MemSQL as the director of engineering. Ilya was an engineering manager at Google, and they both started working on near in 2018.
 so what is the purpose of near well near  aims to be a widely used decentralized applications platform you know amazon aws or google cloud  where a lot of applications like facebook and netflix are hosted and running near aims to be  like that for decentralized applications except that it is not owned by a company like  amazon or google decentralized here means that it is run by the community and no company can steal  or sell your data near currently is being maintained and updated by the near team which  they call the near collective which consists of the near core team the near foundation and the
 guilds the guilds are basically teams that do specific  jobs to help NEAR, like the Marketing Guild which focuses on the marketing of the NEAR  protocol, and the Legal Guild which is a group of lawyers that give legal advice and recommendations  to members of the NEAR community. Anyone can form a guild and help in the building of NEAR.
 The NEAR Foundation on the other hand is responsible for coordinating the  early development of the NEAR protocol and for trying to increase the adoption of NEAR.  Let’s now get to how NEAR actually works. So, NEAR is a proof-of-stake sharded blockchain.  We will explain what that means pretty simply, so don’t be confused with these words.
 Proof-of-stake means that there are no miners in the system only validators  these validators lock up a large amount of tokens to be able to verify transactions and earn rewards  locking up these tokens is called staking if these validators do anything shady like verifying  fraudulent transactions to give themselves free tokens for example they lose their stake tokens  in the crypto space this is known as  getting slashed. This is the proof of staked part. We still have the sharded part. Sharding means
 splitting a blockchain into multiple chains, which is a way to decrease congestion and increase the  number of transactions a network can process. Most of the times there is a central chain called  the beacon chain or the relay chain,  this central chain coordinates the work of other chains and verify that everything is  working correctly.
 So if one chain can process 100 transactions per second, with sharding you can have 4 chains  and the network can now process 400 transactions per second.  That is how sharding generally works, but sharding in NEAR is a little different.  In NEAR we don’t have multiple chains.  We have four shards and a main blockchain.
 Each block in the main blockchain contains little pieces of each shard.  These little pieces are called chunks, and a chunk contains the hash of the transaction  verified by the shard.  You can think of a chunk as a snapshot of the shard’s transactions.  So if we have four shards, each block on the main blockchain will have a chunk from shard. You can think of a chunk as a snapshot of the shard’s transactions. So if we have four shards, each block on the main blockchain will have a chunk from shard number one, a
 chunk from shard number two, a chunk from shard number three, and a chunk from shard  number four. This sharding mechanism in NEAR is called Nightshade. Each shard has 100 seats,  and to be a validator for a shard you need to have at least one seat.  The price of a seat is calculated by dividing the total staked tokens in a shard by 100 seats.
 So, for example, if shard number 1 has 500,000 NIR tokens staked, the price of a seat in this shard will be 5,000 tokens. Summing up to stake at least 5,000 tokens to be a validator on this  shard. So, what if the seat price is very high but you  still want to earn money on the near protocol well you can give your tokens to a validator and he  will give you a share of the rewards he earned this is known as delegation shard validators on  near are called chunk producers as they produce the chunks from the shards transactions and the
 validator who takes all the chunks from all shards and produces a block on  the main blockchain is called a block producer currently all validators on near do the two roles  so one validator can produce both a chunk and a block however this will change in the future with  the next phases of nightshade in the next phase of nightshade which is called phase one there will be  chunk only producers these validators will verify transactions on shards only they won’t produce In the next phase of Nightshade, which is called Phase 1, there will be chunk-only producers.
 These validators will verify transactions on shards only, they won’t produce blocks on the main chain.  This will help increase the number of validators, but in this phase, we will still have some validators that produce chunks and blocks.  But they disappear in Phase 2 of Nightshade.  In this phase, we will have chunk only producers, and block only producers.
 No validators will do the two things, this will make the hardware requirements to  be a block producer lower, making it more easier for a lot of people, which will improve  the network’s decentralization. In the final phase, which is phase 3, the network can automatically  create new shards, or merged shards to adapt with the load of transactions.  So, for example, when there is a large number of transactions needs to be processed,  the network automatically creates new shards to be able to handle the load.
 These new shards will have low seat prices compared to old shards,  which will make a lot of validators go and take seats on these new shards.  Currently, the near network should be able to  handle up to 100 000 transactions per second which is pretty fast and when near enters phase three  the team claims that the network can theoretically scale infinitely so what happens after a block is  produced well after a block producer produces a block, let’s call him producer number one, other validators send confirmations on the block to the next block producer.
 Let’s call him producer number two, and when he receives confirmations on the previous  block from more than 50% of the validators or more, the new block is produced.  This consensus mechanism is called Doom Slug and it really helps NEAR confirm transactions  very fast. You should also know that  near has its own virtual machine and an ethereum virtual machine called aurora you can think of a  virtual machine like a computer that runs decentralized applications having an ethereum  virtual machine through the aurora project means that developers can very easily move their apps
 to near and benefit from the very fast  transactions and the low fees without redeveloping their applications. This is actually one of the  best ways to increase NEAR’s adoption. Also, to make it easy for users to use the NEAR protocol  and the NEAR token, NEAR has very simple wallet addresses you can choose.
 So instead of the random  characters like in any Ethereum address address you can choose your wallet  address and have it in a very simple form like jennifer.near and to make to make the process  even easier near developed a bridge called the rainbow bridge which allows you to get your  ethereum tokens like tether or usdc on near or on the aurora layer let’s now get to the tokenomics  of the near token which is the native token on the NEAR  protocol.
 The NEAR token is used in rewarding validators, voting on changes, and in paying the transaction  fees.  You should know that validators on NEAR don’t get paid the transaction fees, as they are  pretty low, but they get rewarded with newly issued tokens.  The total supply of NEAR is 1 billion tokens, and each year NEAR issues new tokens  with the rate of 5% of the total supply, 4.5% go to the validators, and 0.5% go to the treasury.
 So if in the first year year NEAR issues 50 million tokens, 4-5 million tokens will go  to validators and 5 million tokens will go to the treasury to help in future developments  validator rewards are distributed according to the number of seats each validator has we should note here that 70 of the transaction fees on near are burnt and the other 30 percent  go to the developer of the smart contract involved in the transaction so for example if you interacted  with a smart contract on near and paid one in fees, the developer of this smart contract will get 30 cents.
 Burning 70 percent of the fees should theoretically decrease the inflation rate as the network  is used by more people.  However, the fees on NEAR are very low, and for NEAR to be deflationary the network will  have to process one billion transactions per day, which is a very large number.
 And for reference the bitcoin network currently process 300 thousand transactions  per day, and the ethereum network currently processes 1 million transactions per day.  As for the token distribution, 12% of the total supply were sold in the ICO in 2020,  but the tokens unlock at specific dates depending on the price they chose.  17.2% were allocated to community grants, 11.
4% for operation grants, which are for  people who operate and maintain the system, 10% allocated to the NEAR Foundation, 14%  to the NEAR core team, 11.7% for early participants in the system through building apps or tools  17.6 percent to backers which include coinbase and 6.1 for small backers you should know that  all these tokens unlock gradually at specific dates and you can take a look at these dates  at the link we put in the description and if you are wondering where can you buy the near token  description. And if you are wondering, where can you buy the NEAR token? It is available on Binance, Kucoin, and Crypto.com.