Solana is one of the most popular blockchain networks right now, with a formidable potential for powering web3 solutions. It offers a highly scalable and interoperable blockchain network with the flexibility for creating advanced smart contracts suited to diverse use cases. The review of working mechanism of Solana draws attention to the Solana validator roles and responsibilities in the network.
The role of validators in blockchain network revolves around verification of blockchain transactions and maintaining security of the ledger. Validators serve a crucial role in Proof of Stake blockchains by staking their assets and showing confidence in the potential of a blockchain network. Is the role of validators different in Solana? Let us learn more about the responsibilities of validators and how they work with the unique highlights of the Solana ecosystem.
Build your identity as a certified blockchain expert with 101 Blockchains’ Blockchain Certifications designed to provide enhanced career prospects.
What are Solana Validators?
Solana validators are computers that help in running the Solana network. The first addition to Solana validator responsibilities is the execution of programs for tracking all accounts on the Solana cluster. Validators also ensure validation of transactions incorporated on the network, and any type of transaction on Solana is impossible without validators.
As more independent entities participate in running validators, the cluster becomes less vulnerable to any disruption that could influence it. Validators serve a major role in growing the Solana network and get a first-hand impression of the workings of Solana cluster functions. In addition, Solana validators also become an important part of the community responsible for the growth of Solana ecosystem.
What would Solana validators gain from their contributions to the Solana ecosystem? You can find the details of Solana validator rewards by uncovering the significance of staking. It is the process for active engagement of a user in validating transactions. Staking can be considered as the alternative to mining, albeit with consumption of limited resources.
The working mechanism of staking involves locking the native asset of a blockchain network in a smart contract for maintenance of operations and security of the blockchain network. Validators ensure that a blockchain network has access to funds required for network maintenance and receive rewards for their contribution. In simple words, staking involves a contribution to security and maintenance of a blockchain network in return for rewards.
Enroll now in the Solana Development Course to understand the workings of the Anchor framework, Solana Program Library, and Solana tokens.
The Unique Validation Mechanism of Solana
Another important highlight in the description of the working of Solana is the combination of Proof of Stake and Proof of History. You can find answers to ‘What Solana validators do?’ by exploring the details of the two mechanisms. Proof of Stake is one of the important terms in the blockchain landscape, as it offers an efficient approach to transaction validation on a blockchain network.
It is a credible alternative to Proof of Work for verifying and adding new blocks to a blockchain network. Validators are an important component in Proof of Stake blockchains as they stake tokens in the network. The number of tokens that a validator stakes in a Proof of Stake blockchain would determine the chances of picking them up for validation.
What is the Hype around Proof of History?
Solana presents promising potential for empowering web3 solutions by using a unique take on consensus mechanisms. You can understand Solana validator roles and responsibilities more clearly by exploring the details of Proof of History. The Proof of History consensus mechanism involves implementation of a cryptographic clock on a trustless network for synchronization of nodes.
Proof of History utilizes the SHA-256 hashing algorithm and creates a rhythmic clock that measures creation of blocks with the exact time when they were created. It accounts for the factor of delay in time required for predicting the outcome of an algorithm. With Proof of History, the blockchain network could make safe assumptions about time passing with every block.
What is the Importance of Proof of History?
Proof of Work blockchain networks utilize massive amounts of energy as a measure of the effort for including transactions in a block. It is useful for ensuring that a blockchain network does not produce multiple new valid blocks. Most of the work in Proof of Work revolves around preventing the problems of double-spending. Proof of Work ensures physical constraints on software for providing security in hostile environments.
The critical review of the roles of Solana validator would draw attention towards the slow speed of Proof of Work. Bitcoin uses Proof of Work and serves as an alternative to physical cash. However, modern global markets do not revolve around physical cash, and Proof of Work would have the same impact as transporting cash physically from one back to the other.
In the new age of digital advancements, Proof of Stake also falls behind in terms of transaction speed. For example, DeFi transactions require faster processing alongside demanding effective arrangement of global events in a sequence facilitated by Proof of History. Validators in Proof of History must agree on the sequence of events in the past rather than using a single point of time to confirm transactions.
In this case, blocks would not be measured in terms of memory space as they use periods, which implies that you can break down a span of time infinitely. The Proof of Stake in Solana blockchain only introduces a security layer for the network and provides rewards to honest participants alongside punishing malicious agents.
Learn about blockchain technology fundamentals, use cases, enterprise blockchain platforms, BAAS vendors with Blockchain for Enterprise E-Book
Working of Validators in Solana Ecosystem
You can find more insights on Solana validator roles and responsibilities by exploring the working mechanisms of Solana validators. The primary role of validators revolves around management of the chaos in transactions that happen thousands of times per second. Validators offer a precise accounting of events through addition of data by using a hashing algorithm to prove the passage of time.
The Solana validator ensures that a specific transaction has happened after and before specific points or hashes in time. Validators who monitor the transactions on Solana blockchain would have to pay a voting fee to confirm the transactions. Every participant on Solana blockchain would get the opportunity to submit a block and obtain the required rewards.
It is important to decode the Solana validator responsibilities with a comprehensive explanation of the working of Solana validators. You must note that validators in Solana don’t generate and traditionally add blocks. The significance of block production is evident in the creation of a universal record of the passage of time.
With the help of Proof of Stake rules, lead validators have to arrange the transactions they receive and add them to one of the hashes. On the other hand, observing validators must vote and validate the record of events. In Solana blockchain, more than 66% of validators must vote to ensure confirmation of a block.
Start learning blockchain with world’s first Blockchain Skill Paths with quality resources tailored by industry experts now!
What Do You Need to Become a Solana Validator?
Some of you might have doubts regarding the role of validators in Proof of History. It is important to note that Proof of History might be a revolutionary approach for organizing a blockchain. However, it is not an independent consensus mechanism like Proof of Stake. You can understand the roles of Solana validator as important components with the nature of Solana as a Proof of Stake network.
On the other hand, Solana presents a major difference from other Proof of Stake blockchains, which do not have any official minimum limit for staking. However, validators must stake an adequate amount of SOL tokens for processing the voting fees, which is almost 1 SOL daily.
The actual initial investment required to become a Solana validator is the required hardware. If you want to reap the Solana validator rewards, then you need a machine and stable network connection for managing all transactions on the Solana network. However, the initial investment in the machines would gradually become cheaper with the passage of time as hardware becomes more efficient and cost-effective.
Problems of Congestion in Solana Network
Solana has presented multiple complaints about network congestion in recent times. Bots capitalize on the cost-effectiveness of transactions on Solana and radical growth in popularity, thereby populating the network with unnecessary traffic. Using Solana network is similar to using Ethereum in the early days.
The answers to “What Solana validators do?” would require an overview of how DeFi works. In the initial days of DeFi, Ethereum served as the top choice for creating new DeFi solutions and helped in revolutionizing the domain of financial services. However, the growing popularity of DeFi increased more transactions on Ethereum and led to the rise in ETH gas fees.
It is important to note that DeFi strategies that need high-frequency trades, such as flash loans, selling NFTs, and arbitrage in volatile markets, are vulnerable. Solana has been tailored to manage all types of DeFi transactions. However, DeFi could encounter problems in situations when bots can duplicate transactions and send all of them at a time to one validator.
The transactions are a part of one type of DDoS attack and work by flooding the network. Just like other blockchain networks, validators on Solana have been tailored for managing a fork for a short duration of time. Validators must carry out the fork until the network achieves consensus between validators on the actual blockchain. Congestion is one of the formidable problems of Solana networks, as it could crash validators or isolate them from infrastructure.
Has Solana Experienced Network Congestion?
Yes, Solana has experienced network congestion to such an extent that it had to experience a network halt. The network halt lasted for almost seven hours. In April 2022, Solana experienced a network halt lasting for seven hours. You can find another side of Solana validator responsibilities by understanding the impact of the biggest network halt on Solana. Validators struggled to keep up with almost 6 million transactions each second.
The massive volume of transactions led to generation of traffic of more than 100 Gbps for individual nodes. As a result, validators crashed and blocked the voting process. The network halt itself is only a part of the problem. The aftereffects of the crash include validators struggling to restart and evaluate the chain of events to reach a consensus on where the network had been through disruption.
What Does a Solana Validator Do?
The importance of Solana validator roles and responsibilities is clearly visible in how they maintain and manage the network. Validators on Solana blockchain are responsible for running a node at all times. The Solana blockchain depends on effective validation of transactions. Therefore, validators must have optimal involvement in the network to ensure that all blocks can work effectively. Apart from maintenance of nodes, Solana validators must also participate in governance and community proposals.
As a result, they play a crucial role in determining the course of Solana ecosystem development. Solana is the next generation of Proof of Stake networks, which permit on-chain governance. Therefore, validators must vote on the upgrades and parameters of the network. For example, validators voted on the proposal to enable inflation on the Solana mainnet beta in February 2021.
What are the Rewards for Solana Validators?
Solana’s dependence on validators provides a clear impression of how they manage the Solana network. What do validators receive in return for their effort? Entities that become validators would receive financial returns and rewards for their contributions to the Solana network. The distribution of Solana validator rewards involves distinct ways, such as staking rewards, commission on staking rewards, and transaction fees.
When delegators earn rewards with the help of validators, the validators will receive a share of rewards. Validators could also earn rewards for their stakes invested in the network. Another notable way in which validators receive reward points at transaction fees. Validators receive a share of the transaction fees charged for every transaction on the Solana network.
Start learning blockchain with world’s first Blockchain Career Paths with quality resources tailored by industry experts now!
Final Words
Solana validators are an important part of the Solana ecosystem, as they help in building the core foundations of Solana. The review of Solana validator roles and responsibilities shows that they are important for managing transactions on Solana blockchain. They are also responsible for maintaining the network.
Solana validators are also responsible for maintaining security and governance in the Solana network. As Solana blockchain gains prominence in the web3 landscape, it is important to reflect on its working mechanisms. Learn more about Solana fundamentals and find the best way to leverage validators to your advantage right away.
*Disclaimer: The article should not be taken as, and is not intended to provide any investment advice. Claims made in this article do not constitute investment advice and should not be taken as such. 101 Blockchains shall not be responsible for any loss sustained by any person who relies on this article. Do your own research!
