Face it, cryptocurrency is a whole different type of animal. Many people just don’t understand the jargon and technical terms behind this beast. With the latest explosion of cryptocurrency prices, many people rushed into the scene to invest. Many individuals unfortunately have no idea what they are “investing” in. To top it off, trying to read all the technical jargon will confuse most people who have never had any experience in this field. This prevents many people from trying to learn about the cryptocurrency world as they solely sit back and watch. This also is a key factor in mass adoption because if people do not understand it, they simply won’t bother using it for that matter. However, before we get into the terms, we have went ahead and laid out some blockchain history below.
What Is Blockchain?
Blockchain is an undeniably brilliant invention, the creation of a person or group of people known by the Pseudonym Satoshi Nakamoto. Blockchain technology has created the backbone of a new kind of Internet. Originally developed for the digital currency Bitcoin, the technology community is now finding other applications for the technology. A basic understanding of this new technology, however, shows why it will be revolutionary.
Maybe you have heard the term “Blockchain” and dismissed it as a fad, buzzword or even jargon. Blockchain is a technological breakthrough that will have profound implications that will change not just financial services but many other businesses and industries as well. A Blockchain is a distributed database, which means that the storage devices in the database are not connected to a common processor. Keeps a growing list of sorted records, named blocks. Each block has a timestamp and a link to a previous block.
Blockchain databases are secured by design data. The concept was introduced in 2008 by Satoshi Nakamoto and introduced in 2009 as part of the digital currency Bitcoin. The Blockchain is the public book for all Bitcoin transactions. Using a pulley system, the first Bitcoin digital currency was to solve the problem of duplicate spending (unlike physical coins or tokens, electronic files can be duplicated and issued twice) without the use of a recognized organization or a centralized server.
All cryptocurrencies follow the 6 very basic principles below. The only one exception is “decentralization”. Some cryptocurrencies, such as Ripple, are more centralized.
Decentralization: No one entity or individual is in charge of cryptos. However, some cryptos, such as Ripple, are centralized.
Distributed Ledgers: Each node on a blockchain has a copy of every transaction. This ensures a trustworthy network which eliminates fraud.
Global: Transactions on a global level are processed cheaply and instantly. Example; An Indian website marketer and a San Francisco engineer have same access to markets, capital, and network services.
Miners: Make up the infrastructure of a blockchain network. They add computational power to the network which in turn secures and processes transactions on the blockchain network. They are compensated through crypto reward.
Cryptocurrencies are like digital cash which require no third parties to do transactions.
Blockchains are integrated with the same cryptographic technology that secures sensitive data and government. They passed seven years of real-world penetration testing resulting in no failures.
102+ Cryptocurrency Terms and Blockchain Jargon
Below, we have amassed a fortune of cryptocurrency terms, blockchain jargon, and cryptographic hieroglyphics (just kidding on the last one) and put them in simpler (hopefully) terms for any beginner to understand. They are all alphabetically ordered for your convenience.
1st Generation Blockchain (1st Gen Crypto) – The crypto community refers to bitcoin as a first generation cryptocurrency. First generation cryptocurrency was successful in creating the decentralized blockchain token which is scarce and tradeable. Sending this digital money takes no third-party, or broker, transaction. Bitcoin’s use is for spending, paying and transferring and nothing else. A few drawbacks is that they don’t have contracts and only meant to be a digital currency.
2nd Generation Blockchain (2nd Gen Crypto) – Ethereum and NEO are known as a second generation cryptocurrency. Second generation crytocurrencies introduced customizable transactions. This means that terms and conditions can be embedded within these transactions. Smart contracts were also made possible for the first time. Second generation cryptos are known for their smart contracts and ability to host dapps. Some drawbacks are reduced scalability (although some are trying to implement systems in place to fix), lacking of good development which results in flaws and hacking and bad governance experience, resulting in hard forks.
3rd Generation Blockchain (3rd Gen Crypto) – IOTA is referred to as a third generation cryptocurrency because it doesn’t run on a blockchain. Instead, IOTA is based on Tangle, which is based on directed acyclic graph (DAG). Features of a third-generation cryptocurrency include low/zero Fees for micro-transactions, scalability allowing tens or hundreds of thousands of transactions per second, quantum-resistant security, systems that guarantee longevity of projects (sustainability), and flexible interactions between systems (interoperability).
Address (Cryptocurrency) – Digital address used to send and receive transactions on network. Address is composed of a string of alphanumeric characters. In addition, they can be presented as a QR code.
Agreement ledgers – Distributed ledgers used by minimum of two or more parties to negotiate/reach agreement/settlement.
Altcoin – Any coin that isn’t bitcoin. Majority of alternate coins are forks of Bitcoin. This means they have minor proof of work (POW) algorithm changes to their code using Bitcoin’s blockchain. (Example) Litecoin’s “improvements”, or changes to Bitcoin’s original code includes increased maximum number of coins, decreased block generation time and different hashing algorithm.
Arbitrage – Taking advantage of the price difference trading the same cryptocurrency on two different exchanges. Mostly used to buy a crypto low on one exchange, move it to another exchange, and sell it for higher. This happens a lot with different country exchanges such as South Korea and a different country exchange.
Attestation Ledgers – If any agreements, commitments or statements were made, these durable, distributed ledgers provide the evidence record.
Atomic Swap (Atomic Cross-Chain Trading) – Exchange of one cryptocurrency to another cryptocurrency with no reliance on a third-party, such as a cryptocurrency exchange.
ASIC(Application Specific Integrated Circuit) – Silicon chips designed to process SHA-256 hashing problems to mine new bitcoin.
Blockchain – A type of distributed ledger composed of digitally recorded data in packs called blocks that isn’t changeable. Think of it as a bunch of data on one sheet of paper. Every block is then “chained” to the next block using a cryptographic signature. This can allow anyone with the right permissions to access it.
Block Ciphers – Method of encrypting text. A cryptographic key and algorithm are applied to a block of data as a group rather than one bit at a time.
Block Height – Number of blocks connected together in the block chain. (Example) At Height 0, this is the first block. The first block is also called genesis block
Block Rewards – Rewards given to miner who successfully hashed a transaction block. Based on the type of cryptocurrency policy in place, block rewards can be a mixture of coins and transaction fees. Transactions fees would also occur if all coins were mined.
Central Ledger – Simply put, this is a ledger that is maintained by a central agency.
Chain Linking – Process of connecting two blockchains with each other. This allows transactions between the two chains to take place. In real world usage, this allows blockchains such as Bitcoin to exchange assets between other sidechains like Litecoin.
Cipher – Algorithm used for encryption and/or decryption of information. Cipher is also used to refer to an encryption message which is also known as code.
Confirmation – The blockchain transaction was verified by the network. In a proof-of-work cryptocurrency such as Bitcoin, this happens through mining. After confirmation, the transactions cannot be reversed or double spent. The more confirmations that a transaction has means that it becomes harder to perform a double spend attack.
Consensus Process – A group of peers on the network obligated to uphold a distributed ledger use to reach consensus on the ledger’s contents.
Consortium Blockchain – Blockchain considered to be “partially decentralized. The consensus process is controlled by a pre-selected set of nodes.
Cryptoanalysis – Study of approaches to obtaining the meaning of encrypted information. This is without access to the secret information that is needed.
Cryptocurrency – Digital currency based on mathematics. To regulate the generation of units of currency and verify the transfer of funds, encryption techniques are used.
Cryptography – Process of encrypting and decrypting information.
DApp (Decentralized Application) – These apps are completely open-source and operate autonomously with no single entity controlling the token majority.
DAO (Decentralized Autonomous Organization) – Is like a corporation run with zero human involvement under control of incorruptible business rules.
DDoS – Distributed denial of service attack. An attacker will use a large number of computers to drain resources of a target network/website.
Decentralized – Not one individual or business has authority over it and the system is run by its users. Anyone is able to download a bitcoin database. In payment perspective, the middle man that would be brokering the transaction between both parties is done by decentralized technology. This makes the fees much lower.
Decentralized Exchange – An exchange that doesn’t rely on a third-party to hold customer funds. Therefore, trades occur directly between users through an automated process.
Decryption – Technique of turning cipher-text back into plaintext.
Delegated Byzantine Fault Tolerance (DBFT) – Resistance towards electronic component failures of a fault-tolerant computer system such as a distributed computing system. The NEO developers chose this protocol because it should allow for better scaling and performance when compared to currently existing solutions.
Delegated Proof of Stake (DPOS) – Method of securing a cryptocurrency network by implementing a layer of technological democracy that offsets the negative effects of centralization. DPOS attempts to solve problems of Bitcoin’s proof-of-work system and the traditional proof-of-stake system.
Digital Commodity – Scarce, electronically transferable, intangible, commodity that has market value.
Digital Identity – An online/networked identity adopted or claimed in cyberspace. These can be by organizations, individuals, or even electronic devices.
Directed Acyclic Graph (DAG) – An acyclic graph that has a direction as well as a lack of cycles. DAG’s have a topological ordering which means that nodes are ordered so the starting node has a lower value than the ending node. The DAG, if it has a directed path containing all the nodes, has a unique ordering.
Distributed Ledger – Type of database that’s spread across multiple countries, sites, or institutions. The records are stored one after the other in a continuous ledger. The distributed ledger data can also be permissioned/unpermissioned to control viewership.
Difficulty – Based in proof-of-work mining. Defines how hard block verification is in a blockchain. For example, the bitcoin network mining difficulty adjusts block verification every 2016 blocks. This process is in place to ensure that block verification time stays at ten minutes.
Double Spend – When someone tries to send a bitcoin transaction to two different beneficiaries at the same time. However, the more verifications a transaction has, the harder it becomes to double spend.
Encryption – Process that turns plain-text (clear-text message) into a cipher-text (data stream). This creates a random sequence of bits that looks useless.
Ether – Token of the Ethereum blockchain. Used to pay for miner rewards, transaction fees, and other services on the Ethereum network.
Ethereum – A blockchain based, open software platform that allows building decentralized applications and writing smart contracts. Developers must use EVM code, which is specific code language to Ethereum.
Equihash – A proof-of-work algorithm that needs a lot less memory and time for proof verification than it does for proof computation. This is referred to as an asymmetric PoW. Equihash is used in Zcash and Bitcoin Gold.
EVM (Ethereum Virtual Machine) – think of it as a large decentralized computer containing millions of objects called accounts. Accounts have the ability to maintain an internal database, execute code and can talk to each other.
EOA (Externally owned account) – Seen in EVM. This is an account controlled by a private key. If you own the private key associated with the EOA you have the ability to send ether and messages from it.
Faucet – Usually used by altcoins. There is a set number of pre-mined coins that are given away for free. This action encourages people to take an interest with the altcoin and begin mining it themselves, thus improving the coin’s overall value.
Fiat Currency – (Your everyday spending money.) Money declared by a government to be to be valid for meeting a financial obligation.
FOMO – Fear Of Missing Out. This occurs when the price of a coin skyrockets and you feel the need to throw all your money into the coin and pray that the price keeps going up.
Forging – Literally another name for mining. It is different from mining because it does not require mining hardware. It secures the network and eliminates double spending just like in proof of work coins that require traditional mining hardware. You must hold stake in the cryptocurrency you intend to “forge” in, thus gaining rewards when you forge a new block. The more stake you hold, the more reward you get. usually, stakers join pools of stakers to gain reward faster, but the reward is dramatically reduced because it splits between the pool.
Fork – Creating two blocks simultaneously on different parts of the network to create an alternate blockchain. Now there are two parallel blockchains and one of the two is going to win.
FUD – Fear, Uncertainty, and Doubt. This occurs very regularly when people start spreading negativity in order to reduce prices.
Full Node – A node which enforces all rules of a blockchain.
Gas (Ethereum) – When you send tokens on the ethereum network , interact with contracts, send ETH, or anything else on the blockchain, you must pay for that computation. That payment is then calculated in gas and gas is paid in ETH. You pay the computational fee (gas) to miners because they must validate and execute your transaction whether it is a success or failure.
Gas (NEO) – Companies that use the NEO blockchain must spend GAS to run their apps on the NEO platform and the fees in GAS are recycled back to the NEO holders.
Governance System – It is like a Terms of Service. It should take into consideration the unique challenges of the specific blockchain. It is a difficult topic because there should be no central authorities making decisions for the blockchain. In many cryptos, decisions are made by the network. Many cryptos have “masternodes” which are individuals who own the required stake to run the masternode. They vote on different projects and implementations within the blockchain network and once they come to consensus, the change is implemented.
Halving – The total bitcoin amount that will ever be in existence is 21 million due to their finite supply. Every four years, the number of bitcoins generated per block is decreased 50%, which is called halving.
Hardfork – Change to the blockchain protocol where previously invalid transactions and blocks become valid thus requiring all users to update their client.
Hashcash – Proof-of-work (PoW) system that limits email denial-of-service attacks and spam. This recently became integrated as part of the mining algorithm for Bitcoin and other cryptocurrencies.
Hashrate – Number of hashes performed by a bitcoin miner in one period of time which is usually one second.
Heterogeneous Network – A network which connects computers and other devices with different operating systems and/or protocols.
HD (hierarchical deterministic) Wallet – HD wallets generate a hierarchical tree-like structure of keys (12-word master seed keys) that make it nearly impossible to guess. They also do not involve complicated back ups. The backing up of the seed key is mandatory. It should be kept safe in order to restore your wallet in case the device becomes damaged or inoperable.
HODL – Hold on For Dear Life. This terms is widely used in the cryptocommunity that promotes investors to hold their coins and not sell, even through massive sell offs.
Homogenous Network – Computer network which is composed of computers that use similar protocols and configurations.
Immutability – Can be referred to blockchain in the sence that the recorded records cannot be modified after they are created. They are unchangeable.
Initial Coin Offering (ICO) – A new cryptocurrency sells advance tokens from its overall coin stash in exchange for upfront capital/fiat currency. ICO’s are used to gather excess funding for crypto projects.
Interoperability – Having flexible blockchain networks allowing interactions between different networks.
Ledger – Append-only immutable record store. In addition, these records can also hold more than just financial information.
Lightning Network (Bitcoin) – A second layer payment protocol that enables instant transactions between nodes. The protocol performs on top of the blockchain and has been deemed a solution to bitcoin scalability.
Masternode – A bonded validator system. Lets say you have 100k DASH, which is (theoretically) the amount you need to run a masernode and also have the computing resources. You can then setup a masternode which basically helps secure the network. You receive a percentage of the rewards per block for running a masternode. Masternodes also lock a large amount of coins in wallets because you can only run a masternode if you have the required “bond” amount.
Mining – Process which verifies transactions by solving mathematical (cryptographic) problems using computing hardware. They are then added to the blockchain. This process also creates non-existent coins, not to exceed the overall supply.
Multi-Signature (Multisig) – This is referring to digital addresses. Multisig gives multiple parties he ability to require more than one key to authorize a transaction. The amount of needed signatures is agreed upon the creation of the address. In addition, multisig addresses have greater resistance to theft.
Node – Any computer that connects to a network on the blockchain.
Peer-To-Peer (P2P) – Decentralized interactions that happen between a minimum of two parties in a vastly interconnected network. The participants deal with each other through a mediation point.
Permissioned Ledger – Ledger in which a user or users must have permission in order to access. When adding a new record, the integrity of the ledger is checked by the process of limited consensus which is carried out by trusted actors. This is turn makes maintaining a shared record easier than the unpermissioned ledger process.
Permissioned Blockchains – relies on third-party validators which it has approved. Permission can be obtained through existing validators, regulatory bodies or a business consortium that oversees those decisions. Authorization is required to read information on the chain, verify transactions, and add new blocks to it.
Privatekey – These are thought of as passwords which should never be revealed to anybody. It is a long string of data that shows you have access to a specific wallet. They allow the spending of coins from your wallet through a cryptographic signature.
Proof of Authority – Consensus mechanism in a private blockchain. This gives one client, or many, the ability to make all the blocks in a blockchain with their private key.
Proof of Stake (PoS) – Alternative to proof-of-work system. The existing stake of coins you hold in a cryptocurrency is used to determine the amount of that crypto that you are able to mine.
Proof of Work (PoW) – System which ties in computational power to mining capability. Blocks must be hashed which is an easy computational process. However, an additional variable is added to the hashing process proving to increase the difficulty level. After a block has successfully been hashed, it must have taken some time and computational work. That hashed block is considered a Proof-of-Work.
Protocols– Sets of rules depicting how to distribute or exchange data. This also applies across a network.
Recursive Inter-Network Architecture (RINA) – (Seen in Cardano) RINA functions in a heterogeneous network rather than a homogenous network to provide privacy and transparency.
Ripple – This is a payment network that is built on distributed ledgers used to transfer any currency. The actual network is made of payment gateways and nodes that are operated by authorities.
Scalability – A major concern in cryptocurrency. Having scalability will increase limits on the amount of transactions the bitcoin network and others can transact.
Scrypt – Alternative proof of work system to SHA-256. This is designed to be friendly to CPU and GPU miners. It offers minimal advantage to ASIC miners.
Segregated Witness (Segwit) – A scaling solution that is meant to solve Bitcoin’s blockchain size limitations by allowing more transactions to be added in each block. This would in turn increase Bitcoin transaction speeds. The process involves splitting a transaction into two segments and moving the unlocking signature data (witness) from the original segment to a witness segment. We will leave it at that without getting too technical.
SegWit2x – Was set to create two different block chains thus creating two different Bitcoins. Unlike other hard forks (Bitcoin Cash), neither side wanted to capitulate to the other. This led to a split Bitcoin community and the cancellation of SegWit2x.
Serpent – A high-level programming language used to write Ethereum contracts. The language is very similar to python coding language. It aims for maximally clean and simple code that combines various efficiency benefits of low-level languages with ease-of-use in programming style.
Sidechain – Separate blockchain that is attached to the parent blockchain through use of a two-way peg. This allows assets to be interchangeable and moved across the chain at a fixed exchange rate. Lisk focuses on side chain development.
SHA 256– Basic cryptographic function of bitcoin’s proof of work system.
Sharding – tries to split the space of possible accounts/contracts into subspaces. An example would be splitting contracts based on the first digits of their numerical addresses. Every individual shard has its own validator set and the validator set won’t normally need to validate all shards. Transactions between accounts within the same shard would work in the same way they currently work. Sharding tries to provide a scalability solution; not much relation to Proof-Of-Stake.
Shilling – Advertising or promoting a cryptocurrency in a very bullish way. Usually the advertising is unethical and not a real use case for the coin.
Smart Contracts – Contracts in which terms are recorded in a computer language instead of traditional legal language. In addition, smart contracts could be automatically executed by a computing system depending on the rules and protocols.
Softfork – Change to bitcoin protocol wherein only previously valid blocks/transactions are made invalid. A softfork is backward-compatible because old nodes will recognize new blocks as valid. This fork only requires most miners to upgrade their clients to enforce the new rules.
Solidity – Contract-oriented programming language for the writing and implementation of smart contracts on various blockchain platforms. Was developed by several former Ethereum core contributors.
Stream Ciphers – a method of encrypting text creating cyphertext. To do this, an algorithm and cryptographic key are applied to each binary digit in a data stream. This is done one bit at a time.
Sustainability – The blockchain network, or system, will have increased longevity.
Tangle Network (DAG) – Tangle is a Directed Acyclic Graph (DAG) that takes the shaping of a tangle. When an IOTA transaction is broadcasted to the network, two previous transactions must be approved. The network nodes also ensure that the approved transactions are not conflicting. The Tangle network is used in IOTA. This is a different way to tackle the threat of double-spends with cryptocurrencies.
Token – Something that can be owned that has a digital identity.
Tokenless Ledger – Distributed ledger which does not require native currency to operate.
TOR – Used in cryptocurrency transactions to enable additional anonymity and security by providing transport-layer anonymity to transactions on the network.
Transaction Block – Collection of transactions on the bitcoin network. The transactions are gathered into a block which can be hashed and added to the blockchain.
Transaction Fees– Small fees implemented on transactions that are sent across the network. The miner, or miners, who are successful at hashing the block containing that transaction is rewarded with the fee.
Unpermissioned Ledgers – Cannot be owned and have no single owner. The purpose is to allow anyone on the ledger to contribute data to the ledger and have access to the same copy.
Wallet – A file containing a collection of private keys.
Whale – An individual with a majority stake of one coin. They can use their vast amount of coins to create sell and buy walls in the market, thus driving the coin’s price up or down depending on what thier goal is. Usually they will drive price down to buy more, then put in massive buys to create “FOMO” and drive price up to sell again.
Why Use Cryptocurrency?
For the sake of this page, we will be using Bitcoin for all examples. After all, bitcoin is the industry leader! Bitcoin was originally developed as a decentralized alternative payment method. Unlike international bank transfers, it was cheap and almost instantaneous at the time. An added benefit for the merchants (less for the users) was that they were irreversible and the risk of expensive fees were eliminated. However, the improvement of national payment methods and the rapid development of alternative forms (non-cryptocurrency) international transfers reduces the advantage Bitcoin in this area, mainly due to their rising prices and frequent bottlenecks of the Web. In addition, greater oversight and regulation to prevent money laundering and illegal transactions have limited the use of Cryptocurrency for confidentiality reasons.
In some parts of the world, Bitcoin remains a more efficient and economical way to transfer money across borders, and many money transfer companies are using it. However, Bitcoin cost and speed advantages are diminishing as traditional channels improve (and network rates continue to rise) and liquidity remains a problem in many countries. In addition, many large and small retailers accept Cryptocurrency as a payment method, although reports indicate that the demand for this feature is not high. And many people feel more comfortable holding part of their assets in a secure Bitcoin, where a central authority cannot block access or pause.
Recently, Bitcoin appears to have taken on the role of fixed assets as traders, institutional investors and small savers have woken up with the potential gains from rising prices. Bitcoin is increasingly used for money laundering, according to some sources. But we know you would not do that. And besides, Bitcoin is not, as widely believed, a good medium for money laundering, extortion, and terrorist financing, as it is both traceable and transparent as witnessed by an avalanche of recent arrests.
Is Cryptocurrency Legal?
With the market capitalization of the Cryptocurrency, price movements and the surge in new tokens are intensifying the debate over controlling the use and commercialization of digital content. This applies to all crypto-change, but especially to Bitcoin, because of its leadership in the market and its integration into the global ecosystem of startups. Very few countries went so far as to declare Bitcoin illegal. However, this does not mean that Bitcoin is “Legal Tender”. Only Japan has given this name Bitcoin. However, the fact that something is not a legal tender does not mean that it cannot be used for payment. It simply means that there is no protection for the consumer or the trader, and that their use as a means of payment is completely arbitrary.
Other countries are still thinking about the next steps. Some smaller nations, such as Zimbabwe, have little scruples about making blatant statements that cast doubt on the legality of Bitcoin. The largest institutions, such as the European Commission, recognize the need for dialogue and advice, while the European Central Bank (ECB) believes that Cryptocurrencies are not yet mature enough for regulation (although with Bitcoin of nearly 10 years one asks when it will know that it has reached a sufficient maturity). A similar problem in other countries, for which there is still no clear answer is: Should central banks maintain Cryptocurrency or financial supervisors? In some countries, they are one and the same, but in most developed countries they are different institutions with different capabilities. Another divisive issue is: should Bitcoin be regulated on a national or international basis? France is pushing for the G20 (an international forum for governments and central banks) to discuss establishing parameters at the upcoming summit in April 2018.
Mining Explained – Powers the Network In Proof-of-Work Cryptocurrencies
This mining isn’t digging through some stones. Nodes involved in Bitcoin are “mining” to win some new Bitcoin. What “mining” truly implies is that computers (nodes) are contending to win Bitcoin by understanding computational riddles in the network. Mining computers are gathering a couple of hundred pending Bitcoin exchanges (a block) at regular intervals and are trying to solve the mathematical puzzle. The first miner to unravel the arrangement declares it to the network. From that point forward, alternate miners are checking whether the sender of the assets has the privilege to spend the cash and if the answer for the mathematical puzzle is right. On the off-chance that enough alternate computers concede the endorsement of those exchanges, the piece at that point turns out to be cryptographically added to the public record. The miners at that point move onto the next following set of transactions. The miner at that point gets rewarded with an amount of Bitcoin simply after the next 99 blocks are added to the record. Along these lines is what gives miners the motivation to partake in the network. This encourages the miners to finish the next 99 blocks to get installment for the early blocks they finished. Hence, it gives additional assurance against the twofold spending of bitcoin.
Due to the high amount of computational energy involved in solving these mathematical riddles, mining bitcoin has become very hard in recent times. Individually, most people can’t bear the costs of mining bitcoin which could run to thousands of dollars depending on how big your bitcoin mining rig is. So, they congregate resources together and share the bitcoin proceeds together.
There are several Cryptocurrencies out there the present moment. Numerous coin makers endeavor to exploit individuals who take an interest in the ventures. At this point, there are many coins which have no genuine use cases. In any case, there are a few organizations who have taken to the blockchain to help take care of genuine issues, (for example, Ethereum, NEO, ICX, and EOS are platforms for individuals or companies to create blockchain products on). The blockchain is the up and coming age of innovation that will help change the way we utilize and exchange data.