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2026-06-25 01:21
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2019-06-01 02:10
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Market seems to be on the rise again, BTC holding above $8.5K | CoinGecko News | |
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2026-06-25 01:21
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2019-06-07 02:10
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Rollercoaster in market, lost $10 billion, regained most, LTC stands out | CoinGecko News | |
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Rollercoaster in market, lost $10 billion, regained most, LTC stands out |
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2026-06-25 01:21
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2019-06-07 08:10
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Crypto Market Wrap: Litecoin Leading Markets Higher With 10% Pump | CoinGecko News | |
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Original source text
Crypto markets inch up slowly; Litecoin and Tezos on a charge, BSV falling further back. Market Wrap As we end another week in crypto land markets are starting to pick up a little. There has been no major breakout for Bitcoin yet but some of the altcoins are doing well and green is back in the tables. As a result total market capitalization is back over $250 billion again.Yet again Bitcoin pushed just above $7,900 for an intraday high before pulling back. It subsequently dropped below $7,500 again hitting support for a double bottom. At the time of writing BTC is back to $7,900 trading flat on the day. Ethereum has done virtually nothing over the past 24 hours and is still lulling just below $250. ETH is very unlikely to move until its big brother does, and it will definitely be in the same direction. There is a little more activity in the top ten during today’s Asian trading action. Green dominates over red and Litecoin is the clear leader with a push of 10 percent to $113. Less than 60 days to the halving is driving momentum for LTC which is likely to climb higher in the coming weeks. Market cap has now surpassed $7 billion and it is very close to flipping BCH for fourth. XRP is the other mover today as it gains 5 percent as rumors of a MoneyGram buyout circulate. BSV continues to get dumped. The top twenty cryptos have seen a lot of movement from Tezos which has surged 14 percent to $1.36. There does not appear to be a lot fundamentally feeding the fomo aside from rumors that Coinbase Custody is loading up on XTZ. The rest in this section are a percent or two in either direction today. FOMO: Metaverse ETP Pumps ETP is getting another spike today as it rises 16 percent following a recent Finwise event in Hong Kong. Aside from Tezos, HyperCash is also doing well gaining 13 percent on the day and Decentraland is up 11 percent. Getting dumped at the messy end of the crypto top one hundred is Maximine Coin sliding 18 percent. Yesterday’s pump, SOLVE, is today’s dump as it drops 14 percent and the crypto stalwart MaidSafeCoin is losing out on the day sliding 11 percent. Total market cap 24 hours. Coinmarketcap.com Total crypto market capitalization has picked up marginally, adding $3 billion to reach $253 billion. Volume is at $70 billion and the minor move not been enough to signal a wider break out yet. All eyes are still on Bitcoin which has dropped back in dominance slightly at the expense of Litecoin. Market Wrap is a section that takes a daily look at the top cryptocurrencies during the current trading session and analyses the best-performing ones, looking for trends and possible fundamentals. |
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2026-06-25 01:21
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2019-06-08 22:10
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$5 billion lost on the day, BTC failed another attempt to stay above $8,000 | CoinGecko News | |
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$5 billion lost on the day, BTC failed another attempt to stay above $8,000 |
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2026-06-25 01:21
1mo ago
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2019-06-10 08:10
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Crypto Market Wrap: Red Monday as Altcoin Selloff Accelerates | CoinGecko News | |
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Original source text
Crypto markets falling back on Monday; BSV, XRP, and Tron dropping back, Litecoin and NEO stay afloat. Market Wrap Crypto markets are seeing red as we begin another trading week. Most of the majors are in decline following Bitcoin’s failure to hold gains and break $8,000. Total market capitalization has dropped below $250 billion and is poised to fall further as the selloff accelerates.Bitcoin has dumped 2.5 percent on the day falling from just under $8k down to support at $7,500. BTC recovered a little during early Asian trading but is still down on the day trading at around $7,700. A big bearish signal was given by the weekly candle which was biggest drop since December at almost 11 percent. As expected Ethereum is faring no better with a slide of over 3 percent down to $235. There is strong support around the $210 area and it could soon be there if analysts are correct. The rest of the top ten is in the red as crypto declines increase. Bitcoin SV has dropped the most at over 6 percent falling back to $183. XRP is not far behind with over 4 percent lost as the Ripple token falls below $0.40 again. Bitcoin Cash, Binance Coin and Stellar are not doing much better. Litecoin has remained steady as halving fomo continues to drive LTC higher. Top twenty losses are marginally greater with Tron dumping the most at over 5 percent. IOTA, Cosmos and Ethereum Classic are all losing around 3 percent and NEO is the only altcoin in the green adding 2 percent to remain over $12. FOMO: Nebulas Skyrockets A massive dose of fomo has hit NAS today as it shoots up 45 percent. The autonomous smart asset platform does not appear to have anything fundamentally driving it aside from yesterday’s Nebulas Council Election Assistance Campaign launch; https://twitter.com/nebulasio/status/1137429314264346629 Also getting a pump today is GXChain which has surged 36 percent and NULS up almost 20 percent. At the messy end of the crypto top one hundred is HyperCash dumping 13 percent while Ravencoin gets hit 9 percent on the day. Total market cap 24 hours. Coinmarketcap.com Total crypto market capitalization has declined $5 billion since this time yesterday. It is now at $247 billion with a daily volume of $62 billion. Over the week markets are down 8.5 percent as over $20 billion has left the space. With Bitcoin poised to fall further the pain is likely to continue this week. Market Wrap is a section that takes a daily look at the top cryptocurrencies during the current trading session and analyses the best-performing ones, looking for trends and possible fundamentals. |
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2026-06-25 01:21
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2019-06-23 04:10
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BTC holding strong above $10.7K, BCH and BSV are catching up | CoinGecko News | |
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BTC holding strong above $10.7K, BCH and BSV are catching up |
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2026-06-25 01:21
1mo ago
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2019-06-25 20:09
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Chainlink, VeChain Soar: is Alt Season Here? | CoinGecko News | |
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Chainlink, VeChain Soar: is Alt Season Here? |
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2026-06-25 01:21
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2019-06-26 04:10
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Bitcoin hits new yearly-high as it breaks $12K | CoinGecko News | |
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Bitcoin hits new yearly-high as it breaks $12K |
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2026-06-25 01:21
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2019-06-26 20:10
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BTC eyeing $14K, Ethereum above $350, much of market in the green | CoinGecko News | |
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BTC eyeing $14K, Ethereum above $350, much of market in the green |
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2026-06-25 01:21
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2019-06-29 04:10
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LINK surges by 56%, crypto-Twitter community is talking about it | CoinGecko News | |
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LINK surges by 56%, crypto-Twitter community is talking about it |
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2026-06-25 01:21
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2019-06-30 08:10
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Bitcoin slips below $12K as altcoins move upward | CoinGecko News | |
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Bitcoin slips below $12K as altcoins move upward |
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2026-06-25 01:21
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2019-07-16 18:11
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Double digit losses throughout the market as Bitcoin drops to $9,700 | CoinGecko News | |
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Double digit losses throughout the market as Bitcoin drops to $9,700 |
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2026-06-25 01:21
1mo ago
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2019-08-18 14:11
6yr ago
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Bitcoin’s race to outrun the quantum computer | CoinGecko News | |
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Original source text
Want to steal some Bitcoin? All you need to do is find your victim’s 16-character public key and calculate their private key by solving something called an “elliptic curve discrete logarithm problem.” No sweat! With a regular computer, that’ll take you around 50 million times the amount of time the universe itself has left—around 0.65 billion billion years. Ah, but with the right quantum computer, able to process information at speeds exponentially faster than today’s supercomputers? Suddenly, what seems uncrackable becomes child’s play, able to be broken in under 10 minutes. The quantum-computing problem is nothing new to crypto, and many experts believe we have at least a decade or more to come up with quantum-resistant cryptography. However, some observers say that recent and unexpectedly fast advances are causing the time horizon to dramatically shrink. The most aggressive estimate says that bitcoin will be hackable by 2027, according to Fact Based Insights. “We moved the state of the art more in the last two years than it has progressed in the last 15 or 20,” says Stewart Allen, Chief Operating Officer at IonQ, a company that claims to make some of the most powerful quantum computers in the world, in an interview with Decrypt. On Thursday, top cryptographers will meet in Santa Barbara at the University of California for the National Institute of Standards and Technology (NIST) Post Quantum Cryptography semi finals. The finalists of the NIST competition will be announced in the months after the conference, though it might take years before the winner is annointed. Cryptographers say the standards that result represent blockchain’s best hope for resisting the rapidly encroaching power of quantum computers. ”If someone cracked your key, they could do anything they wanted,” Rob Campbell, President at Baltimore,Maryland-based Med Cybersecurity, told Decrypt. Anyone with sensitive information on the blockchain—cash, personal data, medical records—is at risk. With that sort of information, quantum hackers could “forge your name, take your assets,” and, if there’s medical data to be found, maliciously “triple your dose,” said Campbell. “It’s an open door.” Take the Bitcoin blockchain: an unencrypted public key is sent along with every bitcoin transaction, and left unencrypted during the time it takes for the network to confirm the block, around ten minutes. That’s theoretically more than enough time for a quantum-equipped hacker to calculate a private key from the public key and replace the recipient’s address with his own. Que Quantum? Transistors in conventional computers capture data in terms of 1s and 0s. Is the sky blue today? If it is, 1. If not, 0. Computing is essentially combinations of these calculations: have enough transistors, you can compute almost anything. With quantum computers, it’s possible for the same input, called a qubit, to represent both 0 and 1 at the same time, a non-binary state known as “quantum superposition”—think Schrödinger's dead-and-alive cat. This makes quantum computers exponentially more powerful; one lone, superpositioned qubit can handle the processing load of at least two full-sized transistors on a regular computer. Using modified versions of “Shor’s algorithm,” a quantum algorithm that rapidly turns large numbers into prime factors, hackers could reverse the process that makes private keys so difficult to crack. But at the moment, the best quantum computer is probably Google's Bristlecone quantum computer, which has 72 qubits. Miruna Rosca, a PhD student in post-quantum cryptography, tells Decrypt you’d probably need around 4000 qubits to break current cryptographic algorithms. So how long do we have? IonQ’s Allan, who creates quantum computers for a living, speculates it’ll take about a decade for post-quantum cryptography to become an issue. By then, he reckons, someone will probably have developed a quantum-resistant blockchain. Danny Ryan, a core researcher at Ethereum, thinks the same: “This isn't really a meaningful problem in the next 10 years and likely not for 20 to 30. That said, we tend to be bad at estimating things like this so we should be ready to transition sooner rather than later.” But others say the problem requires immediate attention, and that—beyond the threat to Bitcoin—quantum computing could pose a major cybersecurity threat. Med Cybersecurity’s Rob Campbell says that a government armed with quantum decryption software could read all the world’s secrets. A U.S. Navy signal officer by training, Campbell’s time in the classified research and development world has taught him that secret government technologies often outpace commercially available technology. “We were decades ahead of the commercial world,” he said. “We didn’t want any potential adversaries to know what our capabilities are.” Even if Campbell’s claims seem ambitious, he points out that if an enemy security agency scrape all of your encrypted data today—which they certainly could—they’ll be able to decrypt all that data once they’ve built a powerful enough quantum computer. That’s enough to make developing quantum-resistant cryptographic techniques an issue of national security. In any case, the arms race for quantum supremacy is well underway: China just spent $10 billion on a research center for quantum computers, and the U.S. has pumped hundreds of millions of dollars into the field. Quantum-resistant techniques Quantum computing can be just as effective for cryptographers as it is for hackers. Unobserved, superpositioned particles exist in multiple states, but when detected, they “collapse” to one point in space-time. Quantum cryptography has the same properties; because the protons that make up an encoded transaction shift upon observation, a successful attacker would have to break the laws of physics to intercept it. This makes information encoded at the quantum level resistant to, among other things, so-called “man in the middle attacks,” where attackers intercept the transmission itself without having to decrypt the key. A few blockchains claim to apply quantum-resistant techniques to ensure signatures and hashes remain encrypted, including QRL, IOTA, HyperCash, and Starkware. But with quantum computing still in its formative years, it’s difficult to determine the strength of these claims. Until a quantum-resistant algorithm is tested and accepted by the wider academic community, there’s no assurance that any of these blockchains will be resilient enough against quantum computers. Scientists like Campbell are waiting on the results of next week’s NIST competition at UCAL-Santa Barbara; the final winners might not be announced for a few years, however. NIST tentatively expects drafts for standardisation will be completed around 2022. “These winners are considered to be the best candidates on Earth and will likely go on to be standard cryptography and will be used by most of the planet,” says Campbell. But developing the algorithm might not be the difficult part for large blockchains like Ethereum or Bitcoin. Whereas owners of centralized protocols can update the system as they please, blockchains, democratic by nature, require broad consensus among many thousands of miners to pass an upgrade. In the case of an upgrade, all wallets that aren’t quantum-resistant become vulnerable to attack. That includes the 1 million bitcoins mined by Bitcoin’s pseudonymous inventor, Satoshi Nakamoto—if those aren’t migrated to a new, quantum-resistant wallet, they’re treasure for the first person with a powerful enough quantum computer. “If high powered quantum computers appeared tomorrow,” said Ethereum’s Ryan, “we'd have many more problems than just the security of our blockchains.” A 2019 National Academy of Sciences report concludes that, even if quantum computing is about a decade off, prioritising research is necessary to minimize “the chance of a potential security and privacy disaster.” Best get cracking, then. Daily Debrief NewsletterStart every day with the top news stories right now, plus original features, a podcast, videos and more. |
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2026-06-25 01:21
1mo ago
Published
2019-09-30 12:13
6yr ago
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How Will Blockchains Battle Quantum Computing? | CoinGecko News | |
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Back in 2009, Satoshi Nakamoto probably wasn’t overly concerned about advancements in quantum computing when he developed Bitcoin’s key encryption. Even now, quantum computing is still quite far off adoption levels that could be classed as mainstream, with only a handful of companies possessing the technology. But developments do mean that the threat that quantum computing poses to blockchains is starting to become real. Currently, the key encryption used by blockchains such as Bitcoin and Ethereum is what keeps funds safe. Key encryption relies on a mathematical principle known as prime number factorization, which links the public and private key. The private key is based on prime numbers that are multiplied together to form the public key. Beyond numbers of a certain size, it becomes near-impossible to work out which prime numbers were multiplied together to generate the public key. Current encryption standards use a length of 309 digits. This number is based on research that took place in 2009, where a single computer was used to try and factor a prime number 232 digits long. It took the equivalent of 2,000 years, which, believe it or not, was deemed too risky. So, the 309 standard prevailed. Quantum computers can conduct many more thousands of calculations per second than current machines can handle, even considering the network effect of blockchains. The scary thing is that the pace of development now means that it’s likely that quantum computers could soon break the 309 digit encryption that’s used across many modern systems today - including many blockchains. So Why Is This a Blockchain Problem? In terms of the quantum risk, blockchains are in a uniquely dangerous position due to the fact they’re decentralized. Any centralized entity can upgrade its encryption standards to a quantum-resistant level. But upgrading all of the active wallet addresses in a blockchain network is a more challenging effort. Because it is an evolving technology, in the future we will need more and more powerful CPUs in order to speed up some of the core functions like the Bitcoin Hash and to make transaction faster and safer, in particular because every day more new people want to buy and invest in cryptocurrency. Consider that currently, on any given day, the Bitcoin blockchain alone averages around 300-400k transactions. Each time a transaction is sent, the public key is exposed for the duration between the sending and the block confirmation. In this time, which averages 10 minutes, a quantum computer could have the opportunity to brute-force the private keys for all the transactions in each block. If they succeed, they could swipe the funds the second they reach the recipient address. But it’s not all doom and gloom. Several projects are currently developing quantum-resistant blockchains that are more likely to be future-proof, should the quantum threat come to fruition. All of them have done away with prime number factorization in favor of post-quantum cryptographic methods. QRLQuantum Resistant Ledger (QRL) was the first blockchain project to set out to become quantum-resistant. It has a singular vision - to ensure quantum resistance. QRL uses Extended Merkle Signature Schemes (XMSS) in place of prime number factorization for the generation of key signatures. This involves generating key pairs using cryptographic hashing. It’s a similar idea to block hashing in a blockchain. QRL key pairs are single-use and are tied together in a Merkle tree - again, a similar method to what Bitcoin uses to group transactions. By using hash-based cryptography, QRL signatures are more resistant to quantum attacks. Currently, QRL only operates as a cryptocurrency; however, future upgrades are planned that will introduce smart contract functionality. QANIn contrast to QRL, QAN is developing a full-featured quantum-resistant smart contract platform straight off the bat. It’s also using a different variant of post-quantum cryptography called lattice-based cryptography, which is believed to provide some of the strongest quantum-resistance. The underlying theory and calculations demonstrate this robustness and have been in development by mathematicians for over a decade now. So far, QAN is the only platform that has developed this work into a practical solution. QAN has also baked this quantum-resistance into its smart contract transactions, by requiring the lattice-based signatures for every single transaction on the network. Other features include fixed transaction prices in fiat currency, designed to make the platform more attractive to enterprises. The fact that QAN is a permissioned ledger will also help its enterprise appeal. Furthermore, it offers multi-language programming support, meaning developers can write applications in languages already familiar to them. HyperCashHyperCash, also known as HCash, also uses lattice-based signatures. They’re of a different variant to QAN, but with the same goal of achieving quantum resistance. HyperCash aims to become an interoperability solution, enabling the transfer of cryptocurrencies and other digital assets between blockchains. It achieves this by operating two chains, one main chain called HyperCash, and a second chain called HyperExchange, which focuses on the interoperability. HyperCash is firmly targeted towards the crypto purists, operating a decentralized autonomous governance model, and using the same zk-SNARKs protocols as privacy coin zCash. Despite that the quantum threat could still be years off, it’s critical that today’s blockchain solutions are starting to future-proof themselves. As it gets closer, there’s every chance that crypto users will start clamoring for quantum-proof solutions. Therefore, it’s reassuring to know that at least some projects are taking this seriously. If Bitcoin really is under threat, then it may only be a matter of time before individuals and institutions start a mass exodus towards its quantum-resistant cousins. |
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2026-06-25 01:21
1mo ago
Published
2019-10-28 14:09
6yr ago
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Xi Blockchain Endorsement Triggered Buying Frenzy in Chinese Cryptocurrencies | CoinGecko News | |
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Xi Blockchain Endorsement Triggered Buying Frenzy in Chinese Cryptocurrencies |
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Saved
2026-06-25 01:21
1mo ago
Published
2019-11-02 14:12
6yr ago
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Future TenseSix ways the crypto world is preparing for quantum computing | CoinGecko News | |
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Original source text
Last week, Google announced it had achieved a breakthrough in quantum computing. In the leading scientific journal, Nature, Google published a claim that it had achieved “quantum supremacy”—by creating a computer that could complete calculations that even the world’s fastest supercomputer could not. Whereas regular computers use bits, which perform calculations in the form of 1s and 0s, quantum computers use qubits, transistors that can register 1s and 0s at the same time, exponentially increasing computer power and speed. Blockchain’s cryptography relies on the fact that it’s very hard to calculate private keys from public ones. Private keys are encrypted, and it would take the largest supercomputer thousands of years to crack them. But with the right quantum computer, cracking this code would be trivial. Industry experts estimate that it’d take at least a decade for this to become a problem. To prepare, leaders in the cryptography field are hard at work on developing new, quantum-resistant cryptographic techniques that could one day be used to secure blockchains. Let’s take a look at what’s going on: 1. The NSA is developing quantum-resistant cryptography. “In the summer of 2015, NSA announced its intention to transition NSS to quantum resistant or post-quantum public key cryptography,” a spokesperson for the US National Security Agency tells Decrypt. Since then, the NSA has been working with industry leaders to “ensure that we have a robust set of quantum resistant algorithms ready to protect United States government systems”, and making sure that “all parties are prepared to make this transition.” 2. NIST is running a competitionA large competition to create post-quantum cryptographic algorithms is well underway. The National Institute for Standards and Technology (NIST) has received over 80 submissions for algorithms that are quantum resistant. This is important: NIST is the gold standard in the cryptography community. Once NIST gives the green-light to the winning submission, which will likely be around 2022, then bingo, we’ve found our quantum resistant algorithm, and blockchain is saved. The NSA will make use of the NIST submission, too: “The standards that NIST puts forward will be key to the cybersecurity of the entire United States government, as well as underpinning the security of many commercial, financial, critical infrastructure, and other systems,” a spokeperson tells Decrypt. 3. QRLSome blockchains are racing ahead of the NIST competition, promising post-quantum blockchains today. One such project, QRL, uses an extensible address format to ensure that it is “ready for anything out of NIST.” These claim to use quantum-resistant algorithms, but, because they’re so new, it’s difficult to work out just how effective they are. 4. PraxxisDavid Chaum, inventor of digital cash and founder of blockchain-based messaging and payments privacy platform Elixxir, is currently working on a “quantum-resistant” crypto project, Praxxis. He claims that it uses quantum-resistant signatures that protects users from leaked metadata, and that all will be revealed in Praxxis’ whitepaper when it’s made public later this year. Until then, though, there’s no way to verify his claims. 5. HyperCashCross-platform cryptocurrency HyperCash is future-proofing itself against quantum computing with a “quantum-resistant signature” on a “dual-chain ecosystem”. It proposes using post-quantum lattice RingCT protocols, in combination with “improved and optimized” zero-knowledge SNARKS, for added safety and security. Its signature scheme “supports multiple post quantum signature schemes”. Amongst its research committee are quantum-computing whizz kids, like Professor Gavin Brennan, director of the Macquarie Centre for Quantum Engineering, and Professor Miklos Santha, a principal investigator at the National University of Singapore’s Centre for Quantum Technologies. 6. IOTAIOTA claims that its Tangle is secure against post-quantum cryptography. Its Tangle is a “stream of interlinked and individual transactions”, which IOTA says is structured in such a way that would make it difficult for even a quantum computer to crack. IOTA also has a module called “Masked Authenticated Messaging,” which lets the blockchain “encrypt entire data streams and securely anchor those into the IOTA Tangle in a quantum proof fashion.” Since quantum computers are so new, there’s still got a while to go before scientists work out how to crack cryptography with them—and the cryptography industry is working on a number of different approaches to deal with the threats posed by quantum computing. But the stakes are high: quantum computers could soon be capable of decrypting all encrypted information, including bank accounts and government databases. For cryptographers—and cryptocurrency—time is of the essence. Daily Debrief NewsletterStart every day with the top news stories right now, plus original features, a podcast, videos and more. |
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2026-06-25 01:21
1mo ago
Published
2020-01-19 18:09
6yr ago
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Bitcoin outperformed by altcoins with midcap, smallcap indexes in 2020 | CoinGecko News | |
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Posted: January 19, 2020It is a common narrative in the digital asset industry that most of the time, Bitcoin is responsible for driving the market on a bullish surge. This is largely due to the fact that presently, Bitcoin dominates the crypto-market cap, with a dominance index of 66.3%, at press time. However, over the past week, the tables may have turned a little in favor of the altcoins, with these crypto-assets outperforming the world’s largest cryptocurrency in some aspects. According to Arcane Research, Bitcoin’s market-cap-weighted index has lagged behind mid-caps and small-caps, since the start of the year. Source: Arcane Research It can be observed that the Mid-cap crypto-index has led the way since 1 January, recording a collective growth of 47.19 percent. According to Weiss Mid-Cap Crypto Index, the registered growth is above 50 percent, at press time. Weiss Crypto ratings for the Small-Cap Crypto-Index have been incurring a positive rise as well with a return of over 35% in 2020. The likes of Komodo, Sia, HyperCash, and Bitshares have earned a major bullish advantage over the bullish period. For Mid-Cap altcoins, Dash has been a significant performer with a registered hike of over 100 percent. In fact, the growth briefly allowed Dash to break into the top 10 of the world’s top crypto-assets, before the altcoin failed to consolidate higher. Dash has registered a significant drop since, and it is down to 16th on the cryptocurrency rankings charts. Bitcoin, however, has lagged behind all the indexes in 2020 as it registered a spike of only 21 percent in 2020. Moreover, it was also reported that BTC lost over 3 percent of its total market share over the past week, dropping down to 66% from 69% in terms of market dominance. |
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2026-06-24 23:21
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2019-03-10 08:10
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Weekend market is slow and steady, BTC hasn't seen the expected breakthrough | CoinGecko News | |
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Weekend market is slow and steady, BTC hasn't seen the expected breakthrough |
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