Bitcoin (BTC) Kurs

Bitcoin Kurs

86.001,96
​
Market Cap
$1,72T
58,21% dominance
24h Volume
$29,66B
Vol/MCap: 0,0173
Fully Diluted Valuation
$1,32T
Circulating Supply
20,09M BTC
96%Max: 21,00M
24h Range
$61.166,86
$64.128,04
All-Time Range
$67,81
$126.080,00

Technical Analysis

Daily indicators based on 1d candle data

Signal
Buy
RSI (14)Neutral
61,9
03070100
MACDBullish
MACD Line1.223,2478
Signal Line592,3816
Histogram630,8662
Bollinger Bands Width: 16,71%
Upper75.611,58
Middle (SMA 20)69.782,83
Lower63.954,08
Price Position in Bands
Moving Averages
SMA 20
69.782,83Buy
SMA 50
69.695,50Buy
SMA 200
87.364,27Sell
EMA 12
72.046,84Buy
EMA 26
70.823,59Buy
Volatility (20d)
40,8%
Annualized
ATR (14)
2.435,58
Average true range (daily)

On-Chain Metrics (BTC)

Mempool Size
39,69M
UTXO Count
166,22M
Hash Rate (90d)

Bitcoin Whitepaper

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TLDR

Bitcoin is an innovative digital payment system that enables individuals to transfer money directly to one another without the need for banks or intermediaries. Consider it akin to digital cash that operates over the internet, equipped with unique security measures that prevent duplication or double-spending of funds. It addresses a significant issue in digital payments by establishing a secure, decentralized method to track transactions that can be universally trusted. Since its inception in 2009, Bitcoin has evolved into a global financial phenomenon, attracting millions of users and widespread institutional acceptance.

Teknologi

Imagine a vast digital ledger that is accessible to everyone but controlled by no single individual—this essentially describes Bitcoin's blockchain. When Bitcoin is sent from one party to another, the transaction is broadcast to a global network of computers. These computers, known as miners, collaborate to verify transactions and compile them into 'blocks,' similar to pages in that extensive ledger. To ensure consensus on the sequence of transactions, Bitcoin employs a mechanism called 'proof-of-work.' This can be likened to a challenging mathematical puzzle that computers must solve. The first computer to solve this puzzle is granted the privilege of adding the next block of transactions to the chain and receives a reward in the form of newly minted Bitcoin. This system makes it exceedingly difficult for anyone to commit fraud or alter past transactions, as it would require redoing all the puzzles and persuading the entire network to accept a manipulated version of events. The elegance of Bitcoin's architecture is that it eliminates the need for trust in any single person or organization. Instead, it relies on mathematics, cryptography, and the principle that it is more lucrative for participants to adhere to the established rules than to attempt to undermine the system.

Roadmap

Bitcoin's development adheres to a meticulous, conservative strategy aimed at preserving security and stability. Unlike numerous other cryptocurrency projects, Bitcoin lacks a formal roadmap or a singular team that oversees its development. Instead, advancements are proposed, deliberated, and executed through a community-driven process. Significant updates necessitate widespread consensus among users, miners, and developers for adoption. Current developmental efforts are concentrated on enhancing Bitcoin's scalability through solutions such as the Lightning Network, which enables faster and more cost-effective transactions, as well as improving privacy and security features. Recent developments include Taproot, a significant upgrade implemented in 2021 that enhances privacy and smart contract capabilities. The community is also engaged in developing various Layer 2 solutions and sidechains to augment Bitcoin's utility while upholding its fundamental principles of security and decentralization.

Tokenomics

Bitcoin's economic structure is designed to function similarly to digital gold. Just as there is a finite quantity of gold worldwide, there will only ever be 21 million Bitcoins in existence. New Bitcoins are generated through a process called mining—where computers solve complex puzzles to verify transactions and, in return, receive newly created Bitcoins as a reward. Initially, this reward was set at 50 Bitcoins per block and is reduced by half approximately every four years in an event known as the 'halving.' Currently, miners earn 3.125 Bitcoins for each block they contribute to the chain, with the next halving anticipated in 2028, which will decrease the reward to 1.5625 Bitcoins. This diminishing supply schedule makes Bitcoin inherently resistant to inflation, contrasting with traditional currency that can be produced by governments at their discretion. During Bitcoin transactions, individuals can also include small fees that are allocated to the miners. These fees serve to incentivize miners to continue processing transactions even as block rewards decrease over time. By early 2025, nearly 20 million Bitcoins have already been mined, with the last Bitcoin expected to be mined approximately in the year 2140.

Team

Bitcoin was created by an individual or group using the pseudonym Satoshi Nakamoto, who published the Bitcoin whitepaper in 2008 and launched the network in 2009. Satoshi's true identity remains undisclosed, and they withdrew from the project in 2010. Today, Bitcoin is supported by a global community of developers contributing to its open-source code. No single individual or organization has control over Bitcoin—its development and operation are genuinely decentralized, which is a fundamental feature that makes it resistant to control or manipulation by any single entity. The development community has expanded significantly since Bitcoin's inception, with numerous contributors working on various elements of the protocol, ranging from core development to Layer 2 solutions.

Fordele ved kryptovaluta

Decentralisering og finansiel frihed

Kryptovalutaer opererer på decentraliserede netværk, der eliminerer behovet for mæglere som banker. Dette muliggør peer-to-peer-transaktioner, finansiel inklusion for ubanked personer og modstand mod censur eller statskontrol.

Transparens og sikkerhed

Blockchain-teknologi giver en uforanderlig, transparent transaktionsbog. Kryptografisk sikkerhed gør det ekstremt vanskeligt at forfalske eller double-spend, hvilket giver stærk beskyttelse mod svindel.

Global tilgængelighed

Enhver med en internetforbindelse kan sende og modtage kryptovaluta verden over, 24/7, uden geografiske begrænsninger eller bankåbningstider. Dette er særlig værdifuldt for internationale pengeoverførsler.

Investeringspotentiale

Kryptovalutaer har demonstreret betydeligt langsigtet værdstigningspotentiale. Tidlige investorer i Bitcoin og Ethereum oplevede ekstraordinære afkast, og aktivklassen tilbyder porteføljediaversifikationsfordele.

Risici ved kryptovaluta

Høj volatilitet

Kryptovalutapriser kan svinge dramatisk – ofte 20–50% eller mere inden for korte perioder. Denne høje volatilitet gør dem iboende risikofyldte investeringer, og betydelige kapitaltab er mulige.

Regulatorisk usikkerhed

Det regulatoriske landskab for kryptovalutaer udvikler sig stadig globalt. Pludselige regulatoriske ændringer kan påvirke priser og tilgængelighed betydeligt og skabe juridiske og compliance-risici for investorer og virksomheder.

Sikkerhedsrisici

Hackerangreb, svindel og phishing-angreb er udbredt i krypto-området. Blockchain-transaktioners irreversible karakter betyder, at stjålne midler sjældent geninddrives. Brugere skal sikre deres private nøgler og tegnebøger omhyggeligt.

Miljøpåvirkning

Proof-of-Work-kryptovalutaer som Bitcoin kræver betydelig computerkraft og rejser miljøbetænkeligheder. Selvom industrien overgår til mere energieffektive konsensusmekanismer, forbliver CO₂-fodtrykkene en væsentlig kritikpunkt.

Kryptovalutaernes historie

Kryptovalutaernes historie begynder med Bitcoin, introduceret i 2009 af den pseudonyme Satoshi Nakamoto. Bitcoin-whitepapiret, udgivet i oktober 2008, foreslog et peer-to-peer elektronisk kontantsystem, der muliggør onlinebetalinger direkte mellem parterne uden at gå gennem en finansiel institution.

Bitcoins første registrerede kommercielle transaktion fandt sted i maj 2010, da Laszlo Hanyecz betalte 10.000 BTC for to pizzaer – en transaktion, der nu bliver fejret årligt som Bitcoin Pizza Day.

Altcoinenes opstigning

Efter Bitcoins succes opstod tusindvis af alternative kryptovalutaer (altcoins). Ethereum, lanceret i 2015 af Vitalik Buterin, introducerede smart contracts – selv-udførende aftaler kodet ind i blockchain – der muliggør decentraliserede applikationer (dApps) og decentraliseret finans (DeFi).

ICO-boomet og markedskrakket

År 2017–2018 oplevede en eksplosion af Initial Coin Offerings (ICO'er), hvor nye projekter rejste kapital ved at sælge tokens. Bitcoin nåede tæt på 20.000 USD i december 2017, før det styrtdykkede dramatisk i 2018, hvilket udløste en langvarig kryptovinter.

Institutionel accept

Tyremarkedet 2020–2021 så hidtil uset institutionel interesse, hvor virksomheder som MicroStrategy og Tesla tilføjede Bitcoin til deres balancer. Bitcoin nåede nye all-time highs over 60.000 USD. Introduktionen af Bitcoin ETF'er og voksende regulatorisk klarhed legitimerede yderligere aktivklassen.

DeFi, NFT'er og Web3

Decentraliserede finansprotokoller (DeFi), ikke-fungible tokens (NFT'er) og den bredere Web3-bevægelse transformerede kryptovalutalandskabet. Platforme som Uniswap, Aave og OpenSea muliggjorde helt nye finansielle og digitale ejermodeller.

I dag omfatter kryptovalutamarkedet tusindvis af digitale aktiver med en samlet markedskapitalisering på billioner af dollars, hvilket repræsenterer et grundlæggende skift i, hvordan verden tænker på penge, finans og digitalt ejerskab.

Børs

BørsHandelspairPrisDybde +2%Dybde -2%Volumen 24TVolumen %TypeLikviditetsvurderingAktualitet
SuperExLTC/BTC76,84118.536,61119.097,8080,85 Mrd.20,29cex4,0011.4.2025, 11.27
SuperExAAVE/BTC227,2844.885,65230.678,6776,82 Mrd.19,28cex20,0015.5.2025, 06.27
SuperExCRV/BTC0,513.387,6010.677,1961,45 Mrd.15,42cex1,008.7.2025, 14.39
SuperExADA/BTC0,5958.409,6864.000,5857,50 Mrd.14,43cex1,009.7.2025, 04.18
SuperExFIL/BTC2,271.630,022.864,7157,23 Mrd.14,36cex1,008.7.2025, 07.15
SuperExEOS/BTC0,777.843,1011.210,0154,04 Mrd.11,38cex1,0020.5.2025, 02.57
SuperExOKB/BTC48,3247.807,9143.340,8830,33 Mrd.7,61cex1,009.7.2025, 04.18
SuperExA/BTC0,501.286,94598,8626,46 Mrd.6,64cex1,009.7.2025, 04.18
EXMO.MEBTC/DAI11,73 Mrd.0,200,1818,63 Mrd.98,96cex677,009.7.2025, 04.12
BiFinanceBTC/USDT108.385,956,15 Mio.5,79 Mio.2,77 Mrd.83,46cex1.007,009.7.2025, 04.18
...

Bitcoin FAQ

Bitcoin is a decentralized cryptocurrency originally detailed in a 2008 whitepaper by an individual or group using the pseudonym Satoshi Nakamoto. It was launched shortly thereafter, in January 2009. Bitcoin operates as a peer-to-peer online currency, facilitating direct transactions between equal and independent network participants without requiring any intermediaries to authorize or assist them. According to Nakamoto's own words, Bitcoin was designed to enable “online payments to be sent directly from one party to another without going through a financial institution.” While some concepts akin to a decentralized electronic currency existed prior to BTC, Bitcoin is distinguished as the first-ever cryptocurrency to be practically implemented and used.

Bitcoin’s original creator is known by the pseudonym Satoshi Nakamoto. As of 2021, the true identity of the individual or group behind this alias remains undisclosed. On October 31, 2008, Nakamoto released Bitcoin’s whitepaper, detailing a method for implementing a peer-to-peer online currency. This concept involved utilizing a decentralized ledger of transactions organized in batches (called “blocks”) and secured through cryptographic algorithms — a system later known as “blockchain.” Merely two months later, on January 3, 2009, Nakamoto mined the first block on the Bitcoin network, referred to as the genesis block, thus inaugurating the world’s first cryptocurrency. Bitcoin's initial value was $0, and most Bitcoins were obtained through mining, which only required moderately powerful devices (such as PCs) and mining software. The first recorded commercial transaction using Bitcoin took place on May 22, 2010, when programmer Laszlo Hanyecz exchanged 10,000 Bitcoins for two pizzas. As of mid-September 2021, at the prevailing Bitcoin price, those pizzas would equate to an astounding $478 million. This event has since been commemorated as “Bitcoin Pizza Day.” In July 2010, Bitcoin trading commenced, with prices ranging from $0.0008 to $0.08 at that time. Although Nakamoto was the original inventor of Bitcoin and the author of its initial implementation, he eventually transferred the network alert key and management of the code repository to Gavin Andresen, who subsequently became the lead developer at the Bitcoin Foundation. Over time, numerous individuals have contributed to enhancing the cryptocurrency’s software by rectifying vulnerabilities and introducing new features. Bitcoin’s source code repository on GitHub lists over 750 contributors, including prominent figures such as Wladimir J. van der Laan, Marco Falke, Pieter Wuille, Gavin Andresen, Jonas Schnelli, and others.

Bitcoin's most distinctive advantage stems from being the inaugural cryptocurrency introduced to the market. It has succeeded in establishing a global community and spawning a whole new industry, comprising millions of enthusiasts who create, invest in, trade, and utilize Bitcoin and other cryptocurrencies in their daily lives. The inception of the first cryptocurrency laid down a conceptual and technological foundation that subsequently inspired the development of thousands of competing projects. The entire cryptocurrency market—now valued at over $2 trillion—is built on the idea conceptualized by Bitcoin: a form of money that can be sent and received by anyone, anywhere globally, without dependence on trusted intermediaries, such as banks and financial services companies. Due to its pioneering nature, BTC has remained at the forefront of this dynamic market for over a decade. Even though Bitcoin has lost its undisputed dominance, it continues to be the largest cryptocurrency, with a market capitalization that exceeded the $1 trillion mark in 2021, following Bitcoin's price reaching an all-time high of $64,863.10 on April 14, 2021. This is largely attributable to increasing institutional interest in Bitcoin and the widespread availability of platforms providing use-cases for BTC: wallets, exchanges, payment services, online games, and more.

Bitcoin's total supply is capped by its software, ensuring it will never surpass 21,000,000 coins. New coins are generated through a process known as "mining": as transactions are communicated across the network, they are processed by miners and grouped into blocks, which are then safeguarded by intricate cryptographic algorithms. As a reward for utilizing their computational resources, miners receive compensation for each block they successfully add to the blockchain. At Bitcoin's inception, the block reward was 50 bitcoins; this amount is halved every 210,000 blocks, a process taking approximately four years. By 2020, the reward had been reduced three times and stands at 6.25 bitcoins. Bitcoin was not premined, indicating that no coins were mined or distributed among the founders before the public release. Nonetheless, in Bitcoin's early years, the competition among miners was relatively low, enabling the first participants to amass a substantial number of coins through standard mining practices. It is believed that Satoshi Nakamoto alone holds over a million Bitcoin. Mining Bitcoins can be highly profitable for miners, contingent on the current hash rate and Bitcoin's market price. Although the mining process is complex, Eulerpool provides insights on the time required to mine one Bitcoin. As previously explained, mining Bitcoin is best quantified by the time it takes to mine one block, rather than a single Bitcoin. As of mid-September 2021, following the 2020 halving, the Bitcoin mining reward is fixed at 6.25 BTC, equating to approximately $299,200 at the current Bitcoin price.

Bitcoin is secured using the SHA-256 algorithm, part of the SHA-2 family of hashing algorithms. This algorithm is also utilized by its fork, Bitcoin Cash (BCH), along with several other cryptocurrencies.

Bitcoin is the first decentralized, peer-to-peer digital currency. One of its key functions is its use as a decentralized store of value. This means it provides ownership rights either as a physical asset or as a unit of account. However, this store-of-value function has been a subject of debate. Numerous crypto enthusiasts and economists believe that widespread adoption of the leading cryptocurrency will usher in a new modern financial era where transaction amounts will be denominated in smaller units. The smallest units of Bitcoin, known as Satoshis (or Sats for short), are equivalent to 0.00000001 BTC, named in honor of the pseudonymous creator. At the current Bitcoin price, 1 Satoshi is approximately $0.00048. For many, the leading cryptocurrency is viewed as a store of value, akin to gold, rather than a currency. This perception of Bitcoin as a store of value instead of a payment method leads many individuals to purchase the cryptocurrency and hold onto it long-term (or HODL), rather than using it for purchases as one might typically use a dollar, thus treating it as digital gold.

A hard fork constitutes a significant alteration to the protocol, which renders previously invalid blocks or transactions valid, necessitating all users to update their software. For instance, if users A and B are at odds over the validity of an incoming transaction, a hard fork could validate the transaction for users A and B, but not for user C. A hard fork represents a protocol upgrade that lacks backward compatibility. This implies that every node (a computer connected to the Bitcoin network using a client that validates and relays transactions) must upgrade to facilitate the activation of the new blockchain with the hard fork, subsequently rejecting any blocks or transactions from the old blockchain. The former blockchain will persist and continue to accept transactions, albeit potentially incompatible with newer Bitcoin clients. Conversely, a soft fork involves modifications to the Bitcoin protocol where previously valid blocks or transactions are rendered invalid. Since legacy nodes recognize new blocks as valid, a soft fork maintains backward compatibility. This form of fork necessitates only that a majority of miners upgrade to enforce the new regulations. Examples of notable cryptocurrencies that have experienced hard forks include Bitcoin, resulting in Bitcoin Cash, and Ethereum, leading to Ethereum Classic. Since its original split, Bitcoin Cash has undergone further hard forks, notably resulting in Bitcoin SV. Read more about the differences among Bitcoin, Bitcoin Cash, and Bitcoin SV on Eulerpool.

Taproot is a soft fork that consolidates BIP 340, 341, and 342, aiming to enhance the scalability, efficiency, and privacy of the blockchain through the introduction of several new features. The two principal modifications are the implementation of the Merkelized Abstract Syntax Tree (MAST) and the Schnorr Signature. MAST incorporates a condition that permits both the sender and the recipient of a transaction to mutually authorize its settlement. The Schnorr Signature enables users to consolidate multiple signatures into a single one for a transaction. This results in multi-signature transactions appearing identical to regular or more complex transactions. By adopting this new address type, users can also benefit from reduced transaction fees, as even intricate transactions resemble simple, single-signature ones. While long-term holders (HODLers) may not observe a significant impact, Taproot has the potential to become a pivotal milestone in equipping the network with smart contract functionality. Notably, Schnorr Signatures could provide the foundation for more complex applications to be developed on top of the existing blockchain, as users begin transitioning to Taproot addresses predominantly. If widely adopted, Taproot could ultimately facilitate the development of the network’s own DeFi ecosystem, comparable to those on alternative blockchains such as Ethereum.

The Lightning Network is an off-chain, layered payment protocol that manages bidirectional payment channels, facilitating instantaneous transfer with immediate reconciliation. It supports private, high-volume, and trustless transactions between any two parties. The Lightning Network enhances transaction capacity without incurring the costs associated with transactions and interventions on the underlying blockchain.

A few years ago, the notion that a publicly traded company might hold Bitcoin on its balance sheets seemed highly improbable. The flagship cryptocurrency was considered too volatile to be adopted by any serious business. Many prominent investors, including Warren Buffett, labeled the asset a “bubble waiting to pop.” This negative sentiment appears to have shifted, with several corporate giants acquiring Bitcoin since 2020. Notably, business intelligence firm MicroStrategy set the standard after purchasing $425 million worth of Bitcoin in August and September 2020. Since then, many others have followed suit, including EV manufacturer Tesla. MicroStrategy possesses the largest Bitcoin portfolio of any publicly traded company. The business analytics platform has adopted Bitcoin as its primary reserve asset, aggressively acquiring the cryptocurrency through 2021 and 2022. As of August 30, 2022, the company held 129,699 Bitcoin in its reserve, equivalent to just over $2.5 billion. Other major corporate holders include Marathon Digital Holdings, with 10,054 BTC, Coinbase (9,000), Square Inc. (8,027), and Hut 8 Mining Corp. (7,078).

Bitcoin is increasingly becoming a political issue, especially since El Salvador adopted the currency as legal tender. The country's president, Nayib Bukele, announced and implemented this decision with minimal consultation, disregarding criticism from his citizens, the Bank of England, the IMF, Vitalik Buterin, and others. Since the Bitcoin legal tender law was enacted in September 2021, Bukele has also revealed plans to develop Bitcoin City, a city fundamentally based on mining Bitcoin using geothermal energy from volcanoes. Countries such as Mexico and Russia have been speculated to possibly accept Bitcoin as legal tender as well, but as of now, El Salvador remains unique in this regard. Conversely, countries like China have taken strong measures to curb Bitcoin mining and trading activities. In May 2021, the Chinese government pronounced all crypto-related transactions illegal. This was followed by a significant crackdown on Bitcoin mining operations, compelling many crypto-related businesses to relocate to more favorable regions. Interestingly, the Chinese government's anti-crypto position has had minimal impact on the industry's growth. According to data from the University of Cambridge, China is currently the second-largest contributor to Bitcoin's global hash rate, surpassed only by the United States, as reported by Eulerpool.

The valuation of Bitcoin is consistently fluctuating around the clock, reflecting its status as a global asset. Since its inception, with a value of less than one cent per coin, BTC has increased in price by thousands of percent to the current figures displayed above. The prices of all cryptocurrencies are notably volatile, which means that the perceived value of Bitcoin can change minute by minute. Additionally, variations can occur when different countries and exchanges report different prices, meaning that an individual's understanding of Bitcoin's worth may depend on their geographical location.

Bitcoin is, in many respects, almost synonymous with cryptocurrency, allowing you to purchase Bitcoin on virtually every crypto exchange for both fiat currency and other cryptocurrencies. Some of the primary markets where BTC trading is available include: * Binance * Coinbase Pro * OKEx * Kraken * Huobi Global * Bitfinex If you are new to crypto, utilize Eulerpool’s educational portal — Alexandria — to learn how to begin buying Bitcoin and other cryptocurrencies.

The most popular cryptocurrency wallets include both hot and cold wallets. Cryptocurrency wallets are categorized into hot wallets and cold wallets. Hot wallets can connect to the internet, while cold wallets are used for storing large amounts of coins offline. Some of the leading crypto cold wallets are Trezor, Ledger, and CoolBitX. Among the top crypto hot wallets are Exodus, Electrum, and Mycelium. Still uncertain about which wallet to choose? Refer to Eulerpool's guide on the top cold wallets of 2021 and top hot wallets of 2021.

Kryptovalutaer svarende til Bitcoin

Opdag kryptovalutaer svarende til Bitcoin og udforsk alternativer i samme kategori.

Markedsdata
Markedskapitalisering
1,72 Bio. USD
FDV
1,32 Bio. USD
Volumen (24T)
29,66 Mrd. USD
Vol/MCap
0,0173
Supply
Cirkulerende Udbud
20,09 Mio.
Maksimal forsyning
21,00 Mio.
96% circulating
components_CryptoKeyStats__price_range
Alltidens Højeste
126.080,00 USD
ATH Drawdown
-31,8%
Højeste (24T)
64.128,04 USD
Laveste kurs
67,81 USD
Laveste (24T)
61.166,86 USD
Technical
RSI (14)
61,9
Volatility
40,8%
Funding Rate
-0,0008%
Info
Category
Smart Contract Platform
Genesis
3. jan. 2009
Algorithm
SHA-256
Sentiment
Community
80%/20%
Development
GitHub Stars
73.168
GitHub Forks
36.426
Commits (4w)
108
Fear & Greed Index
73
Greed
30d agoToday