Hello everyone, today we will talk about Zilliqa, a crypto that has been giving something to talk about in recent days. Remember that this is not a purchase recommendation, it is only an informative analysis post.
Zilliqa is a public, permissionless blockchain that was designed to deliver high performance with the ability to complete thousands of transactions per second. It seeks to solve the problem of scalability and speed of the blockchain by employing fragmentation as a second-layer scaling solution. The platform hosts many decentralized applications and as of October 2020, it also approves staking and performance crafting. The improvement work officially began in Zilliqa in June 2017, and its trial network began in March 2018. A year later, in June 2019, the platform started its main network. Zilliqa's native token called ZIL, is used to execute transactions on the network and smart contracts.
Zilliqa was first invented by Prateek Saxena, a substitute professor at the National University School of Computing in Singapore. Saxena and several students from the School of Computing reported an article in 2016 that described how a blockchain focused on fragmentation could optimize the efficiency and speed of the network. Saxena co-founded the company Anquan Capital alongside Max Kantelia, who was a longtime financial and technology entrepreneur, and Juzar Motiwalla, who was the former president of the Singapore Computing Society. The company integrated Zilliqa Research in June 2017 to develop the Zilliqa network, appointing Dong Xinshu as its CEO and Yaoqi Jia as its chief technology officer and Amrit Kumar as its chief scientific officer. All three worked as in the NUS School of Computing.
Zilliqa claims to be the world's public blockchain that is entirely subject to a fragmented network. This allows you to achieve valuable performance and a high rate of transfers per second, which solves the scalability problem. Since each shard checks transactions individually, as the network grows and the number of shards increases, so does the number of transactions that can be processed every second. In addition to this, the records are immediately added to the Zilliqa blockchain after being processed, which means that no added time is required for confirmation.
Zilliqa wants to become a blockchain for large-scale enterprise use including the industries of payments, entertainment, games and financial services. His team assures that the platform "aims to compete with the most common centralized payment methods such as VISA and MasterCard." Consequently, Anquan Capital and Zilliqa Research, the company committed to the development of Zilliqa, have significant ZIL reserves. Zilliqa is the world's first public blockchain built entirely on a partitioned architecture. Scalable Zilliqa solves the prevailing problem of scalability using its own unique partitioning technique, which allows the blockchain to scale linearly as the network grows in size.
Its ability to handle a large volume of transactions makes it suitable to meet the needs of the business. Secure In addition to using well-studied and established mechanisms to validate transactions, Zilliqa works with the first secure-by-design, peer-reviewed smart contract language called Scilla. This programming language fixes several known security vulnerabilities that are still prevalent in other languages. Decentralized Using its subdivided networks, Zilliqa is able to process transactions in a decentralized manner without a trusted coordinator. Its network architecture allows the platform to remain decentralized as it continues to grow and expand. safety first. Smart contracts often manage and store hundreds of millions in digital assets.
Once a contract is implemented, it cannot be changed. Therefore, it is imperative to have a contract that is written with safety in mind. Our secure by design smart contract language Scilla helps developers write secure contracts. Pushing Limits Blockchains can easily be made to scale through security and decentralization trading. Due to partitioning at its core, the Zilliqa architecture maintains a good balance between decentralization, security, and scalability. Also, the application-level security of the smart contract platform is vital.
Zilliqa is able to divide the network into several groups. Each group can process transactions in parallel. For example, if 6 partitions (each with 600 nodes) process transactions individually, all partitions will collectively be able to process about 2828 transactions per second. The partitioned network architecture also allows the performance of the platform to increase almost linearly as the network expands.
The lack of scalability, in legacy blockchains has a direct hit on the transaction fees that are paid on the network. Rate increases are related to network difficulty and transaction delays. The rate market at legacy chains can drive costs down to just a few dollars. Due to the scalability, the fees at Zilliqa are extremely low, even allowing micro payments to be processed. One block is all it takes One of the biggest problems with bitcoin and ethereum blockchains is that each transaction needs multiple confirmations to be considered valid.
Thanks to the Zilliqa consensus protocol, once a transaction is processed by the network, it becomes final and therefore no confirmation is required. A different approach to mining. ZIL mining is quite different from mining other cryptocurrencies, because it is environmentally friendly.You can mine for short periods of time to reduce massive energy costs, while finding your way to a sustainable future. Dual mining You can switch from other currencies to mine ZILs automatically for just 1 minute out of every 1-2 hours, while having constant mining costs and receiving high added fees. More than 1 winner You receive rewards based on contributions from valid signatures, allowing for a much more equitable distribution of tokens.
Zilliqa hopes to implement the sharding system to address the scalability issue. Sharding is about dividing the network into groups of nodes called shards. Each fraction is made up of a total of 600 nodes. Fractions act like mini blockchains. Shards execute transactions individually instead of in groups. This allows you to run many more transfers. It also means that the network will execute transfers faster as it grows regardless of its growth. The more it is divided, the more transfer you can make