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Det här året har vi sett en stadig men märkbar återhämtning på kryptomarknaden efter den kyliga kryptovintern 2022. Faktorer som minskad inflation och en något lugnare makroekonomisk situation har gett kryptovärlden utrymme att vända uppåt och visa gröna siffror igen. Även om vägen tillbaka till 2021 års nivåer kan bli lång, så finns det definitivt hopp i horisonten.
Innan vi dyker djupare, låt oss först kika på tidigare kryptoboostar kopplade till Bitcoin-halveringar. Historiskt sett har prisökningar ofta skett några månader efter en halvering av Bitcoin. Effekten brukar märkas tolv till arton månader efter själva halveringen.
I den här artikeln ligger fokus främst på Bitcoin, eftersom kryptovalutan har en tung position i hela industrin. Bitcoin-trender tenderar att sätta tonen för många andra altcoins, även om det såklart inte är en exakt vetenskap. Men när Bitcoin går in i en haussefas följer ofta andra kryptovalutor med – och samma gäller när priset faller.
Vad är en Bitcoin-halvering?
Satoshi Nakamoto, personen eller gruppen bakom Bitcoin, utgick från tanken att brist på tillgång skapar värde. När Bitcoin designades fastställdes att det aldrig skulle finnas fler än 21 miljoner coins. Dessa kan visserligen delas upp i mindre enheter, men maxgränsen förblir densamma.
För att utnyttja denna knapphet och säkerställa en jämn fördelning av nya coins skapade Nakamoto halveringsmekanismen. Den ser till att Bitcoin förblir en deflationär tillgång, styr hur många nya coins som förs in i omlopp och skapar naturliga svängningar på marknaden.
För att förstå halveringar behöver vi först förstå hur Bitcoins utvinns. Genom ett decentraliserat nätverk samlas nya transaktioner i en så kallad mempool i väntan på bekräftelse. Miners tävlar sedan om att verifiera dem genom att lösa ett avancerat kryptografiskt problem. Den som lyckas först får äran att verifiera transaktionerna – och dessutom ta hem belöningen.
När alla transaktioner är verifierade sammanställs de i ett block som läggs till i blockkedjan i kronologisk ordning. Minern får då både transaktionsavgifter och en blockbelöning som tack för insatsen.
Varje gång 210 000 block skapats, vilket sker ungefär vart fjärde år, halveras blockbelöningen. När Bitcoin lanserades 2009 låg belöningen på 50 BTC per block — idag är den nere på 6,25 BTC. Oavsett marknadspris sker dessa halveringar automatiskt enligt den kod som Bitcoin bygger på, och kan inte ändras.
Tillbakablick på tidigare bull runs
Bitcoins första mini-hausse
Den allra första noterade "bull run" inträffade i april 2011 då Bitcoinpriset ökade med hela 3 000 % på tre månader. Från 1 dollar i april till 32 dollar i juni — men euforin blev kortvarig och priset föll tillbaka till runt 2 dollar i november.
Samma år genomfördes Bitcoins första halvering i november, och priset låg då kring 13–14 dollar.
2012-halveringen / 2013-hausse
Efter halveringen steg priset från 13 till 30 dollar under de första månaderna. I april nådde Bitcoin sitt dåvarande rekord på 100 dollar, vilket skapade nyfikenhet även utanför kryptokretsarna. I november, ett år efter halveringen, bröt Bitcoin 1 000-dollarsgränsen. Men även denna gång blev topparna kortlivade – en månad senare var priset tillbaka runt 530 dollar.
2016-halveringen / 2017-hausse
Nästa halvering skedde i juli 2016 när priset låg runt 600 dollar. Efter några år av volatilitet mellan 100 och 900 dollar klättrade Bitcoin återigen till 1 000 dollar i januari 2017, sex månader efter halveringen.
I maj hade priset dubblats till 2 000 dollar, och i december nådde det nästan 20 000 dollar.
Detta utlöste en riktig Bitcoin-feber. Krypton blev ett hett samtalsämne i mainstreammedia, och marknaden exploderade med nya projekt och så kallade ICO:er (Initial Coin Offerings). Diskussionerna om användaracceptans och reglering tog fart på allvar.
Ett år senare, i december 2018, hade priset rasat till 3 236 dollar. I december 2019 låg det runt 7 200 dollar.
2020-halveringen / 2021-hausse
2020 drabbades världen av pandemin, som skakade globala ekonomier i grunden. Trots detta visade sig kryptoindustrin vara mer motståndskraftig än många andra marknader.
Bitcoin föll nästan 50 % till 4 900 dollar i mars 2020, men återhämtade sig till 9 000 dollar i maj då nästa halvering inträffade. Priset fortsatte stiga till 29 374 dollar i december, en ny toppnotering.
I början av 2021 fördubblades priset till 64 000 dollar i april. Efter en nedgång till cirka 30 000 dollar i juli rusade det återigen till 68 000 dollar i november.
Men 2022 kom osäkerheten tillbaka. Geopolitiska spänningar, inklusive Rysslands invasion av Ukraina, pressade globala priser på bland annat bränsle. Räntorna höjdes till rekordnivåer och fortsatta problem i leveranskedjor skapade nya svårigheter.
När flera kryptonätverk och börser dessutom föll samman, började många dra sig ur marknaden. Bitcoin föll under 20 000 dollar för första gången på två år, och kryptovintern 2022 var ett faktum.
2023 blev heller inte det genombrottsåret som många hade hoppats på, trots en prisökning på cirka 29 % över året.
Är vi på väg mot nästa kryptoboost?
Trots allt har marknadsindikatorer som Bitcoin Fear and Greed Index (vid skrivande stund) visat ett glädjande skifte — från "Extrem rädsla" till ett "Girighet"-läge. Det här är ett positivt tecken jämfört med 2022 och tyder, enligt vissa analyser, på att marknaden befinner sig i en ackumuleringsfas.
Enligt Wyckoffs marknadscykel är detta ett förstadium till den så kallade "mark-up-fasen", vilket brukar signalera slutet på en björnmarknad.
Marknaden för digitala tillgångar är fortfarande volatil och oförutsägbar — ingen kan med säkerhet säga vad som väntar de kommande månaderna eller åren. Men historiskt sett har bull runs ofta följt efter Bitcoin-halveringar, så luta dig tillbaka och håll ögonen öppna. Det kan bli en riktigt spännande resa!
Solana är en högpresterande blockkedja som använder en unik konsensusmekanism för att uppnå både höga transaktionshastigheter och säkerhet. Tack vare sin användarvänliga design används plattformen redan av stora aktörer runt om i världen. Här går vi igenom vad Solana (SOL) är, dess ambitioner, framgångar, och varför det så ofta kallas för en av de största utmanarna till Ethereum.
Sedan Bitcoin introducerades 2009 har ett helt ekosystem av kryptovalutor vuxit fram — värt nära 1,2 biljoner dollar i skrivande stund. Medan Bitcoin skapades som ett alternativt betalningssystem för att lösa problem i det traditionella finanssystemet, har plattformar som Ethereum, och numera Solana, tagit steget längre genom att möjliggöra utvecklingen av hela blockkedjeindustrin med hjälp av programmerbara funktioner.
Vad är Solana (SOL)?
Solana har snabbt seglat upp som en av de mest populära protokollen inom DeFi (decentraliserad finans). Plattformen ger utvecklare möjlighet att bygga decentraliserade applikationer (dApps) och smarta kontrakt — ungefär som Ethereum. Det som gör Solana extra intressant är dock den imponerande transaktionshastigheten och de låga avgifterna.
Bakom projektet står två huvudaktörer: Solana Foundation, en ideell organisation baserad i Schweiz som arbetar med att främja plattformen och skapa internationella samarbeten, och Solana Labs, med säte i San Francisco, som driver den tekniska utvecklingen framåt.
Solana strävar även efter att göra kryptovärlden lite grönare. Plattformen använder nämligen både en Proof-of-Stake-mekanism för att säkra nätverket och en banbrytande innovation kallad Proof-of-History (PoH), framtagen av en av grundarna själv.
PoH fungerar som ett slags tidsstämpel inuti nätverket och gör det möjligt att behandla upp till 65 000 transaktioner per sekund. Som jämförelse hanterar Ethereum ungefär 30 transaktioner i sekunden. Kort sagt hjälper PoH till att hålla koll på tidsflödet i datan — en riktig gamechanger.
Tack vare sin snabbhet har Solana byggt upp ett troget community. Plattformen används av företag inom allt från finans till resor, och intresset för SOL-token, plattformens egna kryptovaluta, är stort.
Nyckelfunktioner hos Solana
Solana har flera starka kort på handen som gör att den sticker ut:
Skalbarhet
Solana kan hantera tusentals transaktioner per sekund tack vare avancerad teknik som parallell bearbetning och så kallade TPUs.
Smarta kontrakt
Plattformen stödjer smarta kontrakt och ger utvecklare friheten att skapa decentraliserade appar.
Konsensus via Proof of Stake (PoS)
Solanas unika PoS-system kombineras med Proof-of-History för snabba transaktioner, effektiv validering och snabba blockbekräftelser.
Decentraliserad finans (DeFi)
Med snabba och prisvärda transaktioner har Solana blivit en favorit inom DeFi-världen — perfekt för utlåning, handel, och mycket mer.
Vem skapade Solana?
Bakom Solana står mjukvaruingenjören Anatoly Yakovenko. Han började utveckla projektet redan 2017 tillsammans med sina tidigare kollegor Greg Fitzgerald och Eric Williams. Med hjälp av sitt team byggde de tillsammans det programmerbara nätverk vi ser idag.
Yakovenko är även hjärnan bakom PoH-protokollet som har gett Solana dess unika skalbarhet och effektivitet. Hans tekniska kunnande har satt ett tydligt avtryck i blockkedjevärlden.
Hur skiljer sig Solana från Ethereum?
En av Solanas huvudambitioner är att förbättra flera av Ethereums tekniska funktioner. Plattformen gör transaktioner betydligt snabbare, samtidigt som den ökar kapaciteten och sänker kostnaderna — något som gjort Solana till ett populärt val för dem som söker effektivitet.
Skalbarhet
Solana har kapacitet att hantera cirka 65 000 transaktioner per sekund idag, och målsättningen är att klara upp till 700 000 när nätverket växer. Jämförelsevis klarar Ethereum omkring 30 TPS.
Det är dessutom en av få plattformar på denna nivå som kan erbjuda sådan kapacitet utan att förlita sig på så kallade "off-chain"-lösningar eller extra lager.
Kostnad
Transaktionskostnaderna på Solana är dessutom betydligt lägre. En genomsnittlig transaktion ligger runt 0,000125 dollar, jämfört med Ethereums cirka 0,0005 dollar vid skrivande stund.
Vad är SOL?
SOL är Solanas egna kryptovaluta som driver nätverket och hjälper till att hålla transaktionskostnaderna nere. SOL fungerar som ett så kallat utility token — det används för att betala transaktionsavgifter på nätverket och för att säkra nätverket via staking.
Eftersom SOL är en proof-of-stake-token innebär det att nätverkets deltagare är med och säkrar systemet genom att låsa sina SOL-tokens. Värdet på SOL påverkas av flera faktorer: projektuppdateringar, marknadsaktivitet, sentiment, och även tokenekonomiska faktorer som inflationstakt, burn rate och hur snabbt ekosystemet växer.
Hur köper man SOL?
Om du är nyfiken på Solana och vill lägga till SOL i din portfölj, så är du i rätt sällskap. Med Tap-appen kan du enkelt köpa, sälja, byta och lagra SOL — både med kryptovaluta och traditionella valutor. På så sätt kan du bli en del av Solanas växande blockkedjeuniversum. Vill du veta mer om hur man handlar Solana? Läs vidare på Tap-webbplatsen.
TradFi, eller traditionell finans, är ett uttryck som har blivit vanligt i kryptovärlden. Det syftar på centraliserade finansiella institutioner som banker och investeringbolag och används för att skilja dem från decentraliserade lösningar som kryptovalutor.
Vad innebär TradFi?
TradFi omfattar traditionella banker, finansinstitut och fintech-företag som verkar inom dagens finansiella system. Dessa aktörer är starkt centraliserade, reglerade av myndigheter och erbjuder tjänster som många är bekanta med – från sparkonton till investeringar. Det är en sektor med höga inträdeskrav och strikta processer för identitetskontroll (KYC) och penningtvätt (AML).
Exempel på TradFi är banker som JPMorgan Chase och Goldman Sachs samt moderna fintech-lösningar som PayPal och SoFi. Alla dessa aktörer hanterar transaktioner genom centraliserade system som är noggrant övervakade och reglerade.
Fördelar med det traditionella finansiella systemet
TradFi erbjuder trygghet genom att tjänsteleverantörer måste följa strikta regler och ha rätt licenser. Om något går fel finns oftast mekanismer för att lösa problem och skydda kunderna. Dessutom gör systemets regler och krav det svårt för oseriösa aktörer att komma undan med bedrägerier.
Myndigheter och TradFi-institutioner arbetar också tillsammans för att övervaka och motverka illegala aktiviteter i finansvärlden, något som är svårare i anonyma system som DeFi.
Begränsningar med TradFi
Samtidigt har TradFi sina nackdelar. De omfattande regleringarna kan bromsa innovation, och många människor har svårt att få tillgång till finansiella tjänster på grund av höga trösklar som kreditkontroller och pappersarbete.
Framöver kan vi hoppas att traditionell finans, blockchain och kryptovalutor hittar sätt att samarbeta för att skapa mer tillgängliga och effektiva lösningar för alla.
TradFi jämfört med DeFi
DeFi, eller decentraliserad finans, fungerar utan mellanhänder som banker eller myndigheter. Istället används blockchain-teknik och smarta kontrakt för att genomföra transaktioner direkt mellan användare.
En tydlig skillnad är att medan TradFi är beroende av banker för att hantera pengar, så använder DeFi blockchain-protokoll för samma ändamål. Dessutom är DeFi ofta mer öppet för fler människor eftersom det inte kräver lika många finansiella kontroller, även om säkerhet eller insats ofta behövs.
TradFi jämfört med CeFi
CeFi, eller centraliserad finans, är något av en hybrid mellan TradFi och DeFi. Det erbjuder kryptobaserade finanstjänster med en mer strukturerad och centraliserad modell. Plattformar inom CeFi kan erbjuda lösningar som liknar traditionella sparkonton, men med en modern twist.
En skillnad är att insättningar i TradFi ofta är skyddade av statliga garantier, medan det inte alltid gäller för CeFi-plattformar, vilket innebär att risken kan vara högre.
TradFi och kryptovärlden
För att hänga med i den tekniska utvecklingen behöver traditionella finansiella aktörer anpassa sig. Blockkedjor och digitala tillgångar är framtidens teknik och kan förändra sättet vi hanterar pengar på.
Det finns stora möjligheter för samarbete mellan TradFi och kryptolösningar, särskilt inom områden som utlåning och betalningar. När dessa två världar möts kan vi få ett mer innovativt och flexibelt finansiellt system.

The Curve protocol and Curve DAO token form another innovative project to come from the DeFi movement and one that provides a particularly unique and well-designed concept. Improving on functionalities that DeFi platforms like Uniswap and Sushiswap have otherwise neglected, Curve focuses on providing a viable alternative solution to traditional financial platforms in the blockchain industry.
The Curve Finance platform, launched in January 2020, later released a decentralised autonomous organisation (DAO) alongside the Curve DAO token eight months later. CRV functions as the in-house token of the platform.
What Is Curve DAO (CRV)?
The Curve platform, formally known as Curve Finance, provides traders with a decentralised exchange on which to swap digital assets. Curve aims to provide minimum price slippage between two tradable crypto assets by focusing on stablecoins or assets of similar value. Through an automated market maker (AMM) and focused smart contracts, the decentralised exchange is able to manage liquidity.
While the platform can be compared to Uniswap, in reality, it has some key differences and a much higher amount of locked liquidity. The platform and its liquidity providers are more focused on stablecoins and other coins of that nature. CRV tokens fuel the network and are a tradable asset for crypto users.
The Curve DAO provides more decentralised governance to Curve's trading platform. The Curve protocol has grown into a well-respected financial asset within the DeFi ecosystem with its strong DeFi protocol.
Who created the Curve protocol?
The Curve platform was created by a Russian scientist with ample experience in the crypto industry. Michael Egorov both founded the platform and acts as its CEO. He previously co-founded a crypto business focused on building privacy-oriented protocols and infrastructure, NuCypher, in 2015, as well as LoanCoin, a decentralised bank and loans network.
As of August 2020, Egorov holds 71% of the governance tokens after locking up a large amount of CRV tokens in response to yearn.finance’s increasing voting power in the Curve network. In a statement made later, Egorov admitted to “overreacting”.
How does Curve work?
Launched prior to Uniswap V2, Curve Finance operates similarly to the DeFi platform but has implemented some key differences. The decentralised exchange differentiates itself from the original AMM platform by innovating the liquidity pool trading structure and relevant smart contracts.
The Curve DAO trading platform is managed by a mathematical function called a bonding curve, which is designed to let cryptocurrencies trade for the best possible price amongst each other. Bonding curves are also used by other DeFi trading platforms, like Uniswap.
Due to the Curve DAO platform being primarily focused on stablecoins, its bonding curve is specifically focused on these pegged digital currencies and is able to trade a larger amount of stablecoins with less change in their relative prices in a liquidity pool.
Lending pools
In order for the Curve DAO platform to operate, it requires a group of users who are willing to lock up their cryptocurrencies in order for them to be traded by others. The platform provides a return on their coins plus a portion of the fees from trades when incentivizing liquidity providers.
The platform manages the coins in the liquidity pools by making them more expensive or cheaper, based on their fluctuating amounts, thereby making them more attractive to buyers and sellers using the platform.
On Uniswap, liquidity pools are based strictly on predetermined trading pairs while on Curve DAO the liquidity pools comprise multiple assets. On Curve DAO, entire liquidity pools can also be used as an asset inside another liquidity pool.
How does a trader use the liquidity pools?
Once a trader adds liquidity to a specific pool, through stablecoins or other digital assets, the user will receive a token specific to that pool. 3pool is an example of one of the most popular liquidity pools on the Curve platform.
While the platform is known to provide trading for stablecoins, it also supports mirrored assets such as renBTC and wBTC. These assets are both built on the Ethereum blockchain and track the price of Bitcoin in a typical derivatives fashion. Since the prices are close in value they can function in the same pool and be traded using the Curve DEX.
What is the Curve DAO token (CRV)?
The CRV token is the utility token and governance token of the Curve DAO platform, providing users with governance rights, an incentive structure for fee payments, as well as providing long-term rewards to liquidity providers. CRV tokens are awarded to users based on their liquidity commitment and length of ownership.
The Curve DAO token was launched alongside the Curve DAO in August 2020. The maximum supply is 3.03 billion CRV tokens, with 62% of that being distributed to liquidity providers. The rest is allocated between employees (3%), and shareholders (30%), and a small percentage is kept for community reserves (5%). Employee and shareholder allocations work off of a two-year vesting schedule.
At the time of writing, over 531 million CRV tokens are in circulation, roughly 16% of the total supply. The market cap at the time was around $365 million, positioning the Curve DAO token network in the top 20 biggest platforms in the DeFi ecosystem.
How can I buy Curve DAO tokens?
If you’d like to buy Curve DAO tokens to include in your crypto portfolio, you can do so easily through the Tap mobile app. Providing a highly secure and equally simple crypto trading platform, users can buy CRV with British Pounds or Euros, or exchange tokens for other cryptocurrencies supported on the platform such as Bitcoin or Ethereum.
Simply download the app, create an account and follow the steps to get verified through the KYC process. You will then have access to several wallets, and a much simpler crypto trading experience.
One of the largest and oldest dapps in the DeFi (decentralized finance) space, Compound Finance has built a reliable reputation among traders looking for lending and borrowing services. Compound operates using its native ERC-20 COMP tokens which provide community governance as well as other services.
What is the Compound protocol (COMP)?
Built on the Ethereum blockchain, the Compound protocol provides liquid money markets offering services such as lending and borrowing. Supporting a number of crypto assets, the Compound protocol allows users to deposit crypto into lending pools providing capital for borrowers on the network and allowing them to earn interest in return.
After depositing funds into the lending pool, lenders are issued "cTokens" (cETH, cDAI, cBAT) which represent the deposit made. These tokens can then be traded or transferred within the platform, or redeemed for the original cryptocurrency deposited. This process is conducted by smart contracts and operates entirely automatically with interest rates algorithmically assigned based on the activity in its liquidity pools.
The Compound protocol also uses the ERC-20 native COMP token which is distributed to traders that utilize the Compound market, i.e. borrowing, withdrawing or repaying the asset. COMP tokens are distributed each time an Ethereum block is mined proportional to the interest collected from each asset. The COMP cryptocurrency grants COMP token holders governance and voting rights.
Following notable investments from the likes of consulting firm Bain Capital Ventures, Andreessen Horowitz, and Polychain, the platform has grown and established a strong reputation within the decentralized finance space and the greater crypto world.
The history of Compound and who created it
Compound was founded in 2017 by Robert Leshner and Geoffrey Hayes, who both previously held high-profile jobs at PostMates, an online food delivery service. Leshner holds the CEO position while Hayes remains the CTO at Compound Labs, Inc, the software development firm behind the Compound protocol. Compound Labs is an open-source software development firm creating cutting-edge tools, products, and services for the innovative DeFi ecosystem.
In 2018, the platform raised $8.2 million from notable venture capital firms Bain Capital Ventures and Andreessen Horowitz. A year later, Compound raised an additional $25 million from many of the same investors along with new ones including Paradigm Capital.
How does Compound work?
The Compound protocol leverages the power of Ethereum smart contracts and cryptocurrency incentives to benefit lenders and borrowers. Lend and borrow services make up the two main use cases for the platform, as outlined below.
Interest rates on Compound are dynamically managed based on the supply and demand of particular crypto assets within the coin pools. The higher the liquidity, the lower the interest rate. Prices are determined by using the Open Price Feed based on Chainlink's oracles which collect the data from numerous exchanges.
In order to use the Compound DeFi protocol to engage in lending or borrowing services, you will need to connect one of the supported crypto wallets. Currently, the app supports MetaMask, Ledger, WalletConnect, and Tally Ho. The interface has been designed to be user-friendly and easy to navigate, perfect for traders new to the space as well as seasoned DeFi participants.
Lending/supplying
The process of lending on the Compound platform is called supplying. Lenders are able to earn interest on their cryptocurrency by depositing cryptocurrencies into the Compound platform. Borrowers are also required to deposit digital assets into the protocol, which can earn interest but cannot be withdrawn for the duration of the borrowing period.
The platform currently supports roughly 20 crypto assets, from Basic Attention Token (BAT) to Wrapped Bitcoin (WBTC), with Ethereum (ETH) and a number of stablecoins (DAI, USDC, and USDT) being the most actively used.
Once users lend assets to the platform, they are issued with ERC-20-based cTokens corresponding to the cryptocurrency deposited (i.e. cETH, cDAI, etc.). These tokens confirm the liquidity providers' deposits and offer a number of other incentives.
Borrowing
After depositing a particular cryptocurrency into the decentralized finance protocol, users are assigned a "borrowing capacity". This is a limit set in USD based on the rate of the crypto asset which is determined by the Open Price Feed. When depositing multiple cryptocurrencies, the borrowing capacity will factor this in.
Users can also borrow cryptocurrencies supported by the protocol based on a coin's collateral ratio. For instance, if DAI has a collateral ratio of 70%, users can borrow DAI up to 70% of the total amount deposited. Typically, collateral ratios are between 60% and 85%.
Similar to the lending process, when borrowing cryptocurrency borrowers are issued cTokens. So when borrowing DAI for instance, borrowers will be issued cDAI tokens, with the interest payable based on these tokens as well.
Withdrawing
After paying back the borrowed debt, users can redeem their deposited funds. Without having to deal with other traders, the protocol seamlessly utilizes a dynamically maintained set of liquidity pools. The platform also does not charge any withdrawal penalties or hold users to minimum investment times.
When users redeem their funds, the cTokens issued are added to the accumulated interest and converted back to the originally deposited cryptocurrency. These funds can then be withdrawn into the connected wallet.
Account Health
The Compound platform uses a system called "account health" to establish whether accounts are in risk of liquidation. This system measures the sum of the deposited funds against the total amount borrowed. If a user's account health falls dangerously low, the account could be liquidated, and some of the collateral forfeited.
This process is managed in a decentralized way where platform users act as liquidators and monitor for risky accounts. Should they liquidate an account they earn a portion of the liquidated funds.
What is the COMP token?
The COMP token is the Compound platform's native token which mainly serves as a governance token, with a built-in incentive for users holding the token. Holders of COMP tokens are able to vote on all important decisions pertaining to the protocol, including interest rates. Much like the cTokens, COMP tokens are based on Ethereum’s ERC-20 token standard.
Compound tokens have a total supply of 10,000,000 tokens, of which over 70% of Compound coins are in circulation (at the time of writing).
How can I buy COMP tokens?
With Tap's mobile app, users can easily acquire COMP tokens and store them in the integrated wallet with confidence, either to hold long-term, sell, trade or use on other DeFi platforms. Not only does Tap provide an effortless way of trading digital assets, but also a safe space to keep your investments secure over long periods of time.
In order to access the mobile app users will need to download the app and create an account. After a quick verification process, users have access to a wide range of vetted cryptocurrencies as well as fiat wallets where funds can be safely stored or used in the real world. Whether you're looking to buy Compound or sell Compound coins, Tap provides a seamless solution to your crypto needs.
While you’ve likely come across the world of cryptocurrencies, you most probably have stumbled upon the term “blockchain”. But what is the blockchain solution? Blockchain is not only the revolutionary technology behind cryptocurrencies, it also has a large use case outside of the cryptocurrency and even the finance sector.
In the decade since blockchain technologies and digital ledger technology came to light, a host of blockchain networks have been created, most with their own digital currency. As the industry has grown and new blockchain networks have emerged, innovation in the space has increased significantly.
From the Ethereum blockchain providing a platform on which developers can create digital assets and smart contracts to corporate organizations implementing a private blockchain in order to streamline their services, the technology is propelling mankind forward in ways not witnessed in decades.
The blockchain solution provides much more than just digital assets, and industries far beyond just the payment processing ones are catching on. With traditional business networks incorporating the technology, the world of permissioned blockchain is igniting.
What is Blockchain?
Blockchain is a decentralized, transparent, immutable technology that keeps a public record of all information entered. Designed to record and distribute information, not to be edited. Also referred to as a public ledger, a blockchain keeps a record of all information ever inputted and stores it chronologically in blocks.
These blocks are linked to each other through a hashing system, which ensures that no one can ever tamper with the previous records, or try to manipulate the information on them. The “chain” of blocks make up the blockchain database.
The decentralized technology is not typically run by one entity, but rather from a variety of computers (also known as nodes) that make up the network, and work together to validate transactions and all information added to the blocks. Blockchain can be used in two forms, as a public blockchain or as private blockchain networks.
The public version allows anyone to view all information on the network, while the private reserves the information for members granted access.
The Advantages of Blockchain Technology
Powerful Technology
Invented in 2008 alongside Bitcoin by an anonymous entity Satoshi Nakamoto, blockchain is the technology that fueled the new way that money is transacted. Not only that, the technology offers incredible use cases far beyond the financial world.
Fully Trusted, Fully Automated
One of the key features of blockchain is its ability to function without a central authority. The technology is designed to be maintained by various operating systems on the network, with full autonomy dispersed evenly. Information is stored on the blockchain in such a way that everyone can view it but no one can go back and tamper with it.
Powering Industries
While blockchain is the technology behind crypto, it also offers an incredible backbone to a diverse range of industries outside of this space. Companies like Nestle, Microsoft and Walmart are onboarding blockchain, proving to offer a strong and highly adaptable infrastructure to financial, property, and supply chain management entities. The number of blockchain companies is growing by the day.
The Core Benefits of a Blockchain Network
Decentralized
Blockchain networks are designed to be entirely decentralized meaning that there is no one central authority. The entire network is maintained by nodes (computers) around the world and no single entity has control.
Immutable
Once the information has been added to a blockchain, no one can tamper, edit, or remove it. As information is verified and added to blocks, this solidifies its presence on the blockchain forever.
Transparent
Blockchain offers a transparent view of all the activity that takes place on the network. This takes away the need for any checks or balances as all the information is available at any given time, in real-time.
What is the Difference Between a Public Blockchain and Private Blockchain?
When understanding what is blockchain, a common question is whether blockchain is secure. The answer is yes, blockchain is very secure.
Due to its decentralized nature, the technology requires a network of operators (computers) to verify and input all the information. As soon as one tries to input incorrect information or conduct illicit transactions, the network will recognize this and reject it immediately.
The difference between a public and private blockchain is that public blockchain networks are open for anyone to see, while private blockchains are closed to an organization or a selected group of people.
Cryptocurrency networks are examples of public blockchain networks in that anyone can view all the transaction data. For a private blockchain, however, users will need special permission to access this information.
How is Blockchain Tamperproof?
Each block is made up of three things: the hash code of the previous block, the relevant information, and its own hash code.
When a new block is added, the new block will again have the hash of the previous block, the relevant information, and its own hash. This special sequence of hashes ensures that all blocks are stored chronologically, in a linear fashion, meaning that you cannot tamper with one block's information without tampering with every block after that.
Tampering with blocks would take an enormous amount of computing power and is largely considered impossible. Hence the security of using a digital asset or digital currency.
Blockchain Explained: How Does It Work
At its core, blockchain records and distributes information to a wide network of users that participate in verifying the information and maintaining the network. Let’s take a deeper look at Bitcoin transactions to further explain how blockchain works.
If one user wanted to send a portion of Bitcoin to another user, they would require the user’s wallet address. Each wallet is made up of two codes, a public and private key, which enable the user to receive BTC (through the public key), as well as access BTC and conduct transactions (through the private key). The sender will then input the receiver’s wallet code and send the amount of Bitcoin they desire.
This transaction will then enter a pool of transactions waiting to be verified by a miner on the network. The miner will ensure that the sender owns the amount they are sending, and verify the transaction along with a number of other transactions.
On the Bitcoin network, the size of one block is 1MB, which equates to roughly 3,200 transactions able to be stored in one block. When building a blockchain network, the size of the blocks can be increased or decreased to suit the use case.
Once the transaction has been verified, the miner will record transactions processed and ensure they are added to the chain. The transaction ledger will then be distributed to the rest of the operators on the network. This new version will then override the older versions, and so on as more blocks are added.
Once the block is added to the blockchain and distributed, the funds will reflect in the receiver’s wallet. No need for a bank account or legal contracts, Bitcoin (and other digital currencies) operate entirely separately from traditional banking institutions and allow for the fast, efficient and cost-effective transaction of value.
Fraudulent transactions cannot take place as this will be flagged long before the block is added to the chain. Blockchain work in such a way that network participants can immediately flag ill actors and dismiss fraudulent financial transactions.
Understanding the Difference Between Blockchain and The Bitcoin Blockchain
The burning question: how does blockchain compare to Bitcoin. The answer is that it doesn’t, there are two separate, co-dependent technologies. Bitcoin, the cryptocurrency, is built on blockchain technology and requires it to function. There is no Bitcoin without blockchain technology.
Consider it the backbone of all cryptocurrencies. Blockchain technology, however, is an adaptable technology that can be used outside of the cryptocurrency industry. The technology can be used in any industry, provided that they require a transparent, immutable public ledger.
One thing the two do have in common is that they were both introduced to the world at the same time. While the concept of blockchain technology was initially invented by researchers W. Scott Stornetta and Stuart Haber in 1991, it was referred to as distributed ledger technology (DLT) and was created purely to store office documents.
The anonymous entity Satoshi Nakamoto built on this and ultimately solved the double spending problem it was plagued with. In 2008, Nakamoto released both blockchain technology and Bitcoin in a whitepaper titled Bitcoin: A Peer-to-Peer Electronic Cash System.
The Bitcoin blockchain refers to the network, while blockchain technology refers to the technology as a whole.
In Conclusion
What is blockchain? Blockchain technology is the transparent, immutable storage of information. As mentioned earlier, this technology has use cases far outside of just the cryptocurrency and financial ecosystems.
Industries like renewable energy, supply chain management, and even farming sectors are now incorporating blockchain technology into their business systems, empowering them with a fully automated and safe means of storing records.
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What’s a Rich Text element?The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.
The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.Static and dynamic content editing
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A rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!How to customize formatting for each rich text
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Headings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.What’s a Rich Text element?
What’s a Rich Text element?The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.
The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.Static and dynamic content editing
Static and dynamic content editingA rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!
A rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!How to customize formatting for each rich text
How to customize formatting for each rich textHeadings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.
Headings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.What’s a Rich Text element?
What’s a Rich Text element?The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.
The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.Static and dynamic content editing
Static and dynamic content editingA rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!
A rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!How to customize formatting for each rich text
How to customize formatting for each rich textHeadings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.
Headings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.
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Read moreWhat’s a Rich Text element?
What’s a Rich Text element?The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.
The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.Static and dynamic content editing
Static and dynamic content editingA rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!
A rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!How to customize formatting for each rich text
How to customize formatting for each rich textHeadings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.
Headings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.Redo att ta första steget?
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