The fixed programming language created for developing blockchain smart contracts has become the crypto industry standard. This language is used for smart contracts on Etherum, the largest network for decentralized applications.
Robustness allows you to create Turing-complete smart contracts, meaning no third parties are required. The language is the foundation of Tendermint, one of the most advanced consensus mechanisms based on Byzantine Fault Tolerance (BFT) and the core of the Cosmos blockchain network. We'll review large platforms that support ruggedness.
Solidity was developed by the Etherum team, who also created a blockchain platform using this language. Today, the Ethereum network leads the world in smart contract-based projects. Etherum was founded in 2014 by Vitalik Buterin, one of the most influential figures in the crypto industry.
Etherum provides an ecosystem for the development of decentralized applications (DAPPs) and serves as the basis for the largest DEFI protocols such as Uniswap, MakerDAO, COMPLATE, AAVE and many others. In fact, this is not the advantage of Ethernet – the more applications, the heavier the load.
The rapid growth in Defi’s popularity clearly proves this. High user activity has led to unprecedented increases in transaction costs, sometimes exceeding $100 per transaction.
Over the 7 years of Ethereum's existence, a huge community has formed to support the platform. Despite its popularity, the Etherum network still has some scalability issues that make transactions slow and costly.
Developers are trying to fix this issue with an update to Etherum 2.0. The updated platform will use the Proof-of-Stake (PoS) consensus algorithm, which will be based on the tightening mechanism that emerged on the network after the London hard fork event. This means that part of the coins paid for Gas will be permanently burned and the amount of ETH issued will be reduced.
Ethereum Classic
Few people know that Ethereum Classic is the original Ethereum blockchain, which was "broken" after the hard fork. As a result, the notorious knife was hacked and the ETC coins became ERC-20 tokens. Recovering lost funds is necessary and major blockchains continue to function as forks.
Etherum Classic runs a proof-of-work algorithm, just like Etherum currently does. Proponents of the original blockchain are maintaining the original protocol. This is the main drawback of the platform, as the original blockchain limited cryptocurrency issuance to 210 million, etc., while ETH issuance will only decrease over time.
Despite these shortcomings, the Ethereum Classic token ranks 19th by market capitalization in the CoinMarketcap ratings, indicating strong support from the community. However, the outdated POW algorithm and lack of scalability do the platform no favors.
Polkadot
The platform uses a reliable language for smart contracts. The Polkadot ecosystem combines multiple blockchains into one network, making the platform scalable. These blockchains in the Polkadot Network are called parachutes. They increase network bandwidth and interact with each other. This property is called interoperability or, in other words, blockchain compatibility.
The Paracadot network is segmented, and unlike other blockchain networks such as Bitcoin or Ethereum, Paracchain is not isolated. They can process transactions in parallel, and if one network is overloaded, users can use another blockchain to conduct transactions.
Furthermore, this architecture allows a single blockchain to be optimized to solve specific tasks, such as identity management or data storage. Decentralized applications based on Polkadot will also be able to interact with each other. Polkadot is one of the main competitors of Etherum and other similar networks.
Binance Smart Chain
All projects and tokens based on the Binnis Smart Chat (BSC) ecosystem use smart contracts in a reliable language. BEP-20 tokens such as Binance Coin (BNB), Binance USD (BUSD), PancakeSwp (cake), and Venus (XVS) are robustly used in smart contracts.
Binnis Smart Chat Room is the second most popular decentralized application ecosystem after Etherum. The BSC network has better bandwidth, making transactions faster and cheaper.
Initially, Binance Coin (BNB) was created as an ERC-20 token based on the Ethereum blockchain. Later, Binance developers improved the smart contract and launched their own Binance main chain network, where the BNB token migrated and became a cryptocurrency. Then the Binance Smart Chat Room Network appeared, becoming an improved version of Binance Chain. Although BSC network has higher bandwidth compared to Ethernet, it has the same disadvantages. They are becoming apparent as blockchain becomes more popular. Under high load, transactions become slower and more expensive.
TRON
It is another large network for decentralized applications and the largest platform for blockchain games. TRON specializes in the entertainment industry, providing decentralized games, markets, and token exchanges.
The TRON architecture is based on the Ethereum blockchain. The platform was created in 2017 by Justin Sun, head of the non-profit TRON Foundation. Developers use solidity to create decentralized applications that are part of the TRON ecosystem.
TRON has been accused many times of plagiarizing the Ethereum architecture without introducing anything new. However, like Binnis Smart Chat, the TRON network has improved its scalability, making transactions fast and cheap. Furthermore, unlike Ethereum, the TRON blockchain is based on the POS consensus mechanism.
In reality, holders can trade freely by freezing TRX coins to obtain the energy that powers the platform. Aside from its narrow focus on the media industry, the TRON blockchain is no different from its competitors.
Uniswap
The ZCash team demonstrated tools for quickly developing their own smart contracts, Dapps and issuing Ethereum-based tokens. Users can quickly launch effective applications using the Solidity language with minimal programming skills.
Unlike centralized crypto exchanges, Uniswap does not rely on intermediaries, with liquidity providers providing liquidity to decentralized platforms. Users can simultaneously and securely exchange digital tokens on exchanges and earn income from liquidity mining by adding tokens to pools.
The main problem with Uniswap is its dependence on the Ethereum ecosystem. This means that it will suffer from the same problems as the main blockchain. As demand for the platform increases, more scaling issues will arise, forcing users to look for alternative platforms. This is what happened on Binnis Smart Chat Room. The high fees have caused many users to switch to BSC networks, which in turn has led to scalability issues.
Avalanche
The zhCash platform is based on a hybrid approach, providing the flexibility of Ethereum-based smart contracts. zhash combines blockchain and Ethereum Virtual Machine (EVM) to create flexible and efficient blockchain applications.
The ZCash team demonstrated tools for quickly developing their own smart contracts, Dapps and issuing Ethereum-based tokens. Users can quickly launch effective applications using the Solidity language with minimal programming skills.
Zchash is a Bitcoin fork with the Ethereum Virtual Machine. In other words, developers leveraged the best features of both protocols to create an innovative blockchain network.
The decentralized platform uses a combination of three consensus algorithms at once:
The zhCash network uses a separate full-size blockchain instead of the Ethereum blockchain. The independence of zhash makes it not tied to Bitcoin or Ethereum, so users can add new and improved features.
avalanche
Avalanche is an open, decentralized platform for creating Ethereum-based blockchain networks and applications, created by AVA Labs. The Avalanche Platform aims to replace Ethereum as the primary network for launching decentralized applications.
Developers have created their own Defi ecosystem. This caught the attention of crypto enthusiasts, with Avax becoming one of the fastest-growing tokens in 2020. Some well-known crypto projects, such as BZX, Reef, SushiSwp, and TrueUSD, have integrated their solutions with the Avalanche platform.
The Avalanche architecture is based on a subnet, also known as the main network, which is a set of validators responsible for ensuring the security of the entire network, confirming transactions and adding blocks.
The main network consists of three blockchains:
The developers demonstrated their own Avalanche virtual machine and a verified consensus algorithm called Snowball. The main difference from classic POS is that if a validator operates maliciously, Snowball will completely remove rewards instead of cutting them. While the concept seems interesting, blockchain experts are not sure whether Avalanche is a serious threat to ether.
Hedera Hashgraph
This network was built entirely from scratch, without using existing blockchain network technologies included in the global DEFI ecosystem. Note that the developers use the Solidity programming language, which proves its extensive capabilities for the development of advanced blockchain networks.
Instead of complex and time-consuming mining, the Hedera Hashgraph platform offers a different algorithm, Directed Acyclic Graph (DAG). Hedera Hashgraph is not a typical blockchain. This network is like a graph tree.
This structure is noteworthy because transaction speed increases as new transactions are added to the network. In other words, transactions in the Hedera Hashgraph network are processed and confirmed in parallel, rather than sequentially like in the Bitcoin or Ethereum networks. The goal is to achieve a throughput of over 100,000 transactions per second with minimal computational cost.
The Hedera Hashgraph team uses the same language as the creators of Etherum to develop smart contracts. Smart contracts in the Hedera Hashgraph network allow users to create their own Dapps for games, Defi platforms, digital identification, and more.
However, Hedera Hashgraph has a clear drawback: unlike most projects, the platform contains closed source code, which makes auditing complicated and making it impossible to reveal the founders’ intentions. Additionally, the creators of Hedera Hashgraph have patented the technology, so independent developers cannot create forks to improve the protocol operations.
in conclusion
Only a few platforms use the Solidity language to create architecture and smart contracts. However, this programming language has become a blockchain industry standard. After all, many leading platforms, such as Etherum, Binnis Smart Chat Room, Polkadot, etc., were created out of solidity. But most developers of these platforms are not following their own path. They are trying to replace Ether by replacing it in the DeFi ecosystem.
Rather than just competing with Etherum, zhash developers created a unique concept based on the most efficient blockchain properties. zhash uses a hybrid model of blockchain functionality, allowing validators and standard nodes to easily and quickly switch between consensus algorithms for the most efficient interaction.
