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Web Hosting – Hosting Ireland Provides Web Hosting …

Web Based Control Panel

All our Linux hosting packages come with cPanel, the industries preferred choice. It’s simple and easy to use and you can perform many task and functions yourself. Check out website visitor numbers, download FREE applications and software, setup email accounts and diverts. As you get more experienced you can even move your own websites and amend DNS information.

Hosting Upgrades

As your business grows we offer the flexibility to easily upgrade your hosting to the next package. Upgrades are quick and easy, and can do done from within your client login area. In addition, you can add other products such as an SSL certificate, spam filtering or website backup.

Website Backup

Hosting Ireland helps you look after your website files and our website backup solution means you can backup your website and database so that if the worst should happen you still have your valuable website data. A full restore is simple, only ever one-click away.

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Encryption: What it is and why its important – Norton

Encryption is the process of helping protect personal data by using a secret code to scramble it so that it cannot be read by anyone who doesnt have the code key. Today, vast amounts of personal information are managed online and stored in the cloud or on servers with an ongoing connection to the web. Its nearly impossible to do business of any kind without personal data ending up in a networked computer system, which is why its important to know how to help keep that data private.

Most legitimate websites use what is called Secure Sockets Layer (SSL), which is a form of encrypting data when it is being sent to and from a website. This keeps attackers from accessing that data while it is in transit. Look for the green padlock icon in the URL bar, and the S in the https:// to make sure you are conducting secure, encrypted transactions online.

Its a good idea to access sites utilizing SSL when:

3 reasons why encryption mattersWhy is encryption important? Here are three reasons:

1. Internet privacy concerns are real Encryption helps protect privacy by turning personal information into for your eyes only messages intended only for the parties that need them and no one else. You should make sure that your emails are being sent over an encrypted connection, or that you are encrypting each message. Most email clients come with the option for encryption in the settings menu, and if you check your email with a web browser, take a moment to ensure that SSL encryption is available.

2. Hacking is big businessHackers arent just bored kids in a basement anymore. Theyre big business, and in some cases, theyre multinational outfits. Large-scale data breaches that you may have heard about in the news demonstrate that people are out to steal personal information to fill their pockets.

3. Regulations demand it Healthcare providers are required by the Health Insurance Portability and Accountability Act (HIPAA) to implement security features that protect patients sensitive health information. Institutions of higher learning must take similar steps under the Family Education Rights and Privacy Act (FERPA), while retailers must contend with the Fair Credit Practices Act (FCPA) and similar laws. Encryption helps businesses stay compliant as well as helps protect the valuable data of their customers.

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Internet security Great-West Life – ssl.grsaccess.com

We recognize and respect the importance of information security. This Internet Security Statement covers the measures that Great-West Life takes to help secure your personal information. Its subject to change without notice to you, as we remain always vigilant in protecting our systems and your information, so we recommend you regularly review GRS Access > About Us > Products & Services > Internet Security. This information is current as of Jan. 1, 2016.

If upon investigation, it was determined that a loss to an account was a result of a security incident that resulted from a failure of Great-West Lifes systems or infrastructure, Great-West Life will restore the account.

Should the loss be a result of a circumstance outside of Great-West Lifes control, each incident will be reviewed, investigated and decided upon based on its own merits.

There are a few steps Great-West Life requires to protect online accounts.

These steps include:

Encryption technology is designed to secure personal and confidential communications between your computer and Great-West Life servers, such that they are protected from being read by any third parties. This is achieved by scrambling communications so that they are unreadable by anyone other than Great-West Life or yourself. GRS Access supports 256-bit encryption and all previous modes (such as 128-bit encryption). You can verify that a Great-West Life website is encrypted by looking for the lock or key icon or other displayed indicators in your browser window, which is used by most browsers to indicate a secure connection.

Cookies are small items of data that websites store in your browser. These data files contain information the site can use to track and organize the pages you have visited, and to gather information. Some Great-West Life websites use cookie technology to measure site activity and tailor information to fit your personal interests. This helps us deliver a superior website experience that is fast, secure and personalized. Your account/personal and security information is never contained in these cookies.

GRS Access requires you to sign in using an Access ID and password. If your GRS Access session is idle for an extended period, you will be automatically logged out. This is to help protect your information from unintended access by a passerby or other people who use your computer.

Be cautious of email and websites purporting to represent a legitimate company and that ask you to provide confidential or financial information. Its not Great-West Lifes practice to ask you to provide or confirm your user ID or password, or other confidential or financial information over email, unless its in response to an inquiry initiated by you. If you receive such a request, or have any concern about the validity of an email from Great-West Life, a website purporting to be a Great-West Life website or our online security, please notify us immediately at 1-800-724-3402 or grsnet@gwl.ca. Please attach any suspicious email in its original form, or in the case of a website please include the URL (address of the website) in your notification.

For information on various types of email fraud, visit Public Safety Canadas website at http://www.getcybersafe.gc.ca/cnt/rsks/nln-ctvts/ml-en.aspx.

You can also contribute to the security of your information by following a few straightforward principles:

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How and where do I report Cryptocurrency coin-to-coin …

Follow these steps in the Premier Edition:

OR if the jump-to link is not working

Pleasesee this FAQ with more details:

Reporting cryptocurrency is similar to reporting a stock sale. You’ll need to report your cryptocurrency if you sold, exchanged, spent or converted it.

You have to do this for every trade you made. If you bought coins at different prices or sold partial amounts, then you have to keep track and record the difference of what you sold. Cryptocurrency exchanges are not required to provide a 1099-B or summary tax statement for cryptocurrency transactions. Its your responsibility to keep records of your transactions. The most common way to do this is to download your order or trading history from your exchanges website. You may need to do this a few times throughout the year due to limits on how far back you can get information.

Once you have your figures:

There’s an upload limit of 250 cryptocurrency transactions in TurboTax. If you have more than that, youll need a transaction aggregator. Well walk you through that in the cryptocurrency section.

L3aOfh9nvp_cg_tto_us_lc_na_question:L3aOfh9nv_US_en_US

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Quantum computing will break your encryption in a few …

Modern public-key encryption is currently good enough to meet enterprise requirements, according to experts. Most cyberattacks target different parts of the security stack these days unwary users in particular. Yet this stalwart building block of present-day computing is about to be eroded by the advent of quantum computing within the next decade, according to experts.

About 99% of online encryption is vulnerable to quantum computers, said Mark Jackson, scientific lead for Cambridge Quantum Computing, at the Inside Quantum Technology conference in Boston on Wednesday.

Quantum computers those that use the principles of quantum entanglement and superposition to represent information, instead of electrical bits are capable of performing certain types of calculation orders of magnitude more quickly than classical, electronic computers. Theyre more or less fringe technology in 2019, but their development has accelerated in recent years, and experts at the IQT conference say that a spike in deployment could occur as soon as 2024.

Lawrence Gasman, president of IQT, compared the current state of quantum computing development to that of fiber-optic networking in the 1980s a technology with a lot of promise, but one still missing one or two key pieces.

Optical amplifiers were what got optical networking going, he said. Without them, theyd really have never turned into what they are today.

Pure research, the military, and the financial sector are the prime movers behind quantum computing in general and quantum security in particular, according to Gasman. The latter, in particular, has been an enthusiastic early adopter of the technology.

If you look at the amount of money lost to credit card fraud, thats a huge driver, he noted.

A shift to either different types of classical encryption some algorithms have proven to be resistant to quantum computing or to quantum computing-based security is going to be necessary.

Quantum computing-based security technology is effective because it relies on two of the best-known properties of quantum physics the idea that observing a particle changes its behavior, and that paired or entangled particles share the same set of properties as the other.

What this means, in essence, is that both parties to a message can share an identical cipher key, thanks to quantum entanglement. In addition, should a third party attempt to eavesdrop on that sharing, it would break the symmetry of the entangled pairs, and it would be instantly apparent that something fishy was going on.

If everything is working perfectly, everything should be in sync. But if something goes wrong, it means youll see a discrepancy, said Jackson.

Its like a soap bubble, according to Brian Lowy, vice president at ID Quantique SA, a Switzerland-based quantum computing vendor mess with it and it pops.

At some point, youre going to have to factor [quantum computing], he said, noting that, even now, bad actors could download encrypted information now, planning to crack its defenses once quantum computing is equal to the task.

The precise day of the shift will vary by industry, according to Paul Lucier, vice president of sales and business development at quantum computing security vendor Isara.

Devices that have short usage life like smartphones arent in immediate danger, because quantum security technology ought to be sufficiently miniaturized by the time quantum codebreaking is powerful enough to undercut modern public-key encryption.

Its verticals like the automotive industry and the infrastructure sector that have to worry, Lucier said. Anything with a long service life and anything thats expensive to repair and replace is potentially vulnerable.

Thats not to say that its time to rip-and-replace immediately. Standards bodies are expected to approve quantum-safe encryption algorithms at around the same time experts are predicting that quantum-powered decryption threatens modern security, so a hybrid approach is possible.

But the threat is very real, so much so that the National Quantum Initiative Act became law in December of last year. The act calls for official advisory groups to be formed by the executive branch, and directs research funding for further exploration of quantum computing technology.

So be prepared, the experts at the IQT conference all agreed.

We think by 2026, if youre not ready with your systems prepared, youre taking a giant risk, said Lucier.

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Quantum computing will break your encryption in a few …

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Email encryption in transit – Gmail Help

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S/MIME is used to supportenhanced encryption in transit, and automatically encrypts your outgoing emails if it can.

Note: These steps only work if you haveS/MIME enabled on your account.

When you’re sending or receiving messages, you can see the level of encryption a message has. The color of the icon will change based on the level of encryption.

If you’re writing a message and see the red lock icon, consider removing these addresses or deleting the confidential information. To see which address is unencrypted, click View Details.

If you received a message with the red lock icon and the message contained particularly sensitive content, let the sender know and they can contact their email service provider.

If the person youre emailing is using an email service that doesnt encrypt all messages using S/MIME or TLS, their emails might not be secure. However,messages are encrypted in S/MIME whenever possible.

For S/MIME to work, to either sign or receive S/MIME encrypted mail, a user must have a valid S/MIME cert from a trusted root.

S/MIME is a long standing protocol which allows encrypted and signed messages to be sent using standard mail delivery SMTP.

It uses public key cryptography to:

Note: A message can’t be decrypted if the user’s key isn’t uploaded when the message is delivered. Learn more about uploading certificates.

Opportunistic TLS (STARTTLS) is a protocol that helps provide privacy between communicating applications and their users during email delivery. When a server and client communicate, TLS ensures that no third party can overhear or tamper with any messages.

For delivery TLS to work, the email delivery services of both the sender and the receiver always have to use TLS.

Learn more about TLS email encryption.

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Microsoft has formed a coalition to promote quantum computing …

Microsoft and some big research institutions are hoping to turn the Pacific Northwest into a hotbed for quantum computing.

On Monday, Microsoft Quantum, the company’s research team devoted to the field, announced that it’s getting together with the Pacific Northwest National Laboratory and the University of Washington to form a coalition called the Northwest Quantum Nexus. The coalition plans to promote the development of quantum computing in the Pacific Northwest region, as well as in parts of Canada.

The partners are also hosting a two-day summit at the University of Washington on Monday and Tuesday that will bring together researchers and officials from universities, government agencies, and businesses. The goal is to encourage attendees to collaborate on quantum-computing projects and research.

“We’re really at a moment when many businesses are starting to think about the promise of quantum information sciences and the promise of quantum computing for solving the world’s most challenging problems,” Krysta Svore, general manager of quantum software at Microsoft told Business Insider.

Standard computers such as PCs and smartphones process and store information in the form of binary bits, either zeros or ones. Quantum computers, by contrast, process and store data as “qubits,” which can hold the values of zero and one simultaneously. That design difference could allow them to perform exponentially more calculations in a given amount of time than traditional computers, giving them the potential to solve immensely more complex problems.

Because of that, quantum computing is considered one of the most promising new technologies, with potential applications in areas ranging from discovering new drugs to cryptography to making stock predictions to calculating more efficient routes for airlines or the military. But the technology is still in its early stages, and analysts don’t expect quantum computers to outperform traditional ones for another five to ten years.

Read more:Quantum computing could change everything, and IBM is racing with Microsoft, Intel, and Google to conquer it. Here’s what you need to know

In December, Congress passed and the president signed the National Quantum Initiative Act, which provides $1.2 billion for research in the field. Since then, there’s been increased interest from government agencies and businesses, said Nathan Baker, a director at the Pacific Northwest National Laboratory.

Krysta Svore, general manager of quantum software at Microsoft, is helping lead the company’s efforts in the field. Microsoft “The Northwest is known for its outstanding physics and outstanding work in computing,” Baker said. “We need to be thinking about how can we deliberately move it forward to do something bigger.”

Although business and investor interest in quantum computing is growing, there’s a shortage of people with skills in the field, Svore and Baker said. That’s something they hope the Northwest Quantum Nexus will help address.

“There’s a huge gap between quantum information sciences and all of the skills you need to bring together to make it a functioning technological platform,” Baker said. “We’re going to have to be deliberate in how to build that out.”

In addition to helping form the Nexus coalition, Microsoft and the University of Washington are teaming up to teach students how to program quantum computers.

“Microsoft’s focus is producing a scalable quantum computer and bringing that forward for our customers and for our future,” Svore said. “To do that, we need to be able to accelerate the progress in quantum computing. We need to be able to educate a whole world of quantum developers.”

Microsoft is developing both quantum computing hardware and software. Its effort focuses on fragmenting electrons to store information in multiple places at once.

That’s different from the approach of companies such as IBM, Intel and Google, which are working on creating quantum computers that store data using superconducting circuits.

“Having devoted my life to this field, I’m overwhelmingly giddy with the prospect of the type of output we’ll see with the Northwest Quantum Nexus Summit,” Svore said. “I really do believe this can start the quantum revolution.”

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Authenticated encryption – Wikipedia

Authenticated encryption (AE) and authenticated encryption with associated data (AEAD) are forms of encryption which simultaneously assure the confidentiality and authenticity of data. These attributes are provided under a single, easy to use programming interface.

The need for AE emerged from the observation that securely combining separate confidentiality and authentication block cipher operation modes could be error prone and difficult.[1][2] This was confirmed by a number of practical attacks introduced into production protocols and applications by incorrect implementation, or lack of authentication (including SSL/TLS).[3]

Around the year 2000, a number of efforts evolved around the notion. In particular, strong interest in these modes was sparked by the publication of Charanjit Jutla’s IACBC and IAPM modes[4] in 2000. Six different authenticated encryption modes (namely OCB2.0, Key Wrap, CCM, EAX, Encrypt-then-MAC (EtM), and GCM) have been standardized in ISO/IEC 19772:2009.[5] More were developed in response to NIST solicitation.[6] Sponge functions can be used in duplex mode to provide authenticated encryption.[7]

A typical programming interface for AEmode implementation would provide the following functions:

The header part is intended to provide authenticity and integrity protection for networking or storage metadata for which confidentiality is unnecessary, but authenticity is desired.

In addition to protecting message integrity and confidentiality, authenticated encryption can provide security against chosen ciphertext attack. In these attacks, an adversary attempts to gain an advantage against a cryptosystem (e.g., information about the secret decryption key) by submitting carefully chosen ciphertexts to some “decryption oracle” and analyzing the decrypted results. Authenticated encryption schemes can recognize improperly-constructed ciphertexts and refuse to decrypt them. This in turn prevents the attacker from requesting the decryption of any ciphertext unless he generated it correctly using the encryption algorithm, which would imply that he already knows the plaintext. Implemented correctly, this removes the usefulness of the decryption oracle, by preventing an attacker from gaining useful information that he does not already possess.

Many specialized authenticated encryption modes have been developed for use with symmetric block ciphers. However, authenticated encryption can be generically constructed by combining an encryption scheme and a message authentication code (MAC), provided that:

Bellare and Namprempre (2000) analyzed three compositions of these primitives, and demonstrated that encrypting a message and subsequently applying a MAC to the ciphertext (the Encrypt-then-MAC approach) implies security against an adaptive chosen ciphertext attack, provided that both functions meet the required properties. Katz and Yung investigated the notion under the name “unforgeable encryption” and proved it implies security against chosen ciphertext attacks.[8]

In 2013, a competition was announced to encourage design of authenticated encryption modes.[9]

AEAD is a variant of AE where the data to be encrypted needs both authentication and integrity as opposed to just integrity. AEAD binds associated data (AD) to the ciphertext and to the context where it’s supposed to appear, so that attempts to “cut-and-paste” a valid ciphertext into a different context are detected and rejected.

It is required, for example, by network packets. The header needs integrity, but must be visible; payload, instead, needs integrity and also confidentiality. Both need authenticity.

The plaintext is first encrypted, then a MAC is produced based on the resulting ciphertext. The ciphertext and its MAC are sent together. Used in, e.g., IPsec.[10] The standard method according to ISO/IEC 19772:2009.[5] This is the only method which can reach the highest definition of security in AE, but this can only be achieved when the MAC used is “strongly unforgeable”.[11] In November 2014, TLS and DTLS extension for EtM has been published as RFC 7366. Various EtM ciphersuites exist for SSHv2 as well (e.g. hmac-sha1-etm@openssh.com).

A MAC is produced based on the plaintext, and the plaintext is encrypted without the MAC. The plaintext’s MAC and the ciphertext are sent together. Used in, e.g., SSH.[12] Even though the E&M approach has not been proved to be strongly unforgeable in itself,[11] it is possible to apply some minor modifications to SSH to make it strongly unforgeable despite the approach.[citation needed]

A MAC is produced based on the plaintext, then the plaintext and MAC are together encrypted to produce a ciphertext based on both. The ciphertext (containing an encrypted MAC) is sent. Used in, e.g., SSL/TLS.[13] Even though the MtE approach has not been proven to be strongly unforgeable in itself,[11] the SSL/TLS implementation has been proven to be strongly unforgeable by Krawczyk who showed that SSL/TLS was in fact secure because of the encoding used alongside the MtE mechanism.[14][dubious discuss] Despite the theoretical security, deeper analysis of SSL/TLS modeled the protection as MAC-then-pad-then-encrypt, i.e. the plaintext is first padded to the block size of the encryption function. Padding errors often result in the detectable errors on the recipient’s side, which in turn lead to padding oracle attacks, such as Lucky Thirteen.

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Bitcoin Price Today – Live Bitcoin Value – Charts & Market …

Last year everyone was going bonkers for Bitcoin, and thats no surprise, seeing as how the number one cryptocurrency had an absolutely explosive price performance in 2017. Things have cooled off in 2018 as prices fell significantly, however many are still bullish about Bitcoins long-term potential.

To that end, the scarce, deflationary quality of Bitcoin makes it totally unlike traditional fiat currencies, which are usually prone to inflation and even hyperinflation in the worst of cases. That means as more investments pour into BTC, its price will likely continue to see upward pressure because there will be no supply response.

Think about how when the price of oil surges, more companies begin producing oil, which then increases the supply and acutely deflates the price of oil accordingly.

No similar supply response can never happen with bitcoins. There will never be more than ~21 million, and even contemporary estimations say more than 3 million BTC have been lost for good, making BTC considerably scarcer than many realize.

That means the BTC could potentially shoot up exponentially in future years. But how high?Lets take a look at some of the more prominent projections weve seen thrown around in recent days.

Once renowned for being a prominent Wall Street hedge fund manager, Mike Novogratz has now set his sights on the cryptocurrency space, and hes not turning back. Running the crypto-based Galaxy Investment Partners, Novogratz is betting big on the Bitcoin boom in general as his mid-term BTC price projection suggests.

Bitcoin could be at $40,000 at the end of 2018, Novogratz said. It easily could.

And for Novogratz, theres no confusion as to why that particular price point may end up really materializing. In a November 30th interview on Fox Business, Novogratz unabashedly declared that Bitcoin is going mainstream.

And Novogratz knows what mainstream and institutional looks like; he used to run a Goldman Sachs trading desk in Asia before becoming a hedge fund manager at Fortress. If he thinks the herd is coming, as it were, then we all best pay attention.

Going much more long-term, Novogratz said it was within the realm of possibility that the bitcoin market cap could one day reach the current market cap of gold, which is around a whopping $8 trillion USD.

If this reality were to materialize down the road, that would put each BTC around the $390,000 price point.

Firebrand Bitcoin pundit Max Keiser has never made his love for BTC and its potential a secret.

As such, youll commonly find him on Twitter making new price predictions based on the Bitcoin booms momentum.

For now, hes pegging his short-term bitcoin price target at $15,000. Thats a reasonable figure, to be sure, especially with BTCs parabolic price performance in Q3 and Q4 2017.

Beyond that, though, Keiser has his eye set on the impressive $100,000 BTC price milestone.

Love him or hate him, Adam Back is an OG cypherpunk whos made incalculable contributions to the cryptocurrency space as a whole. Theres a reason Satoshi Nakamoto reached out to Back (and Wei Dai) first in starting up Bitcoin.

In other words, Backs been around the block once or twice. He knows the ecosystem as well as anyone.

And its his opinion that the next major target for the bitcoin price to hit is $100,000, echoing Max Keisers aforementioned prediction.

In a recent tweet, Back even went as far to say that users should be careful selling bitcoin in 2018 because the price could rocket so acutely over the next 12 months that people wouldve made considerably more by just holding.

John McAfee is best known as the creator of the popular McAfee antivirus software. Hes also become a Bitcoin aficionado over the past several months, and he never hesitates to voice his opinions on the cryptocurrency craze accordingly.

And his opinions are exceedingly bullish, to say the least. McAfee was projecting $500,000 BTC in 2020 just a few weeks ago, but he modified his claim to be even more bold as bitcoins market surge has been moving faster than he anticipated.

Now, McAfee thinks $1 million per bitcoin will be reality by the end of 2020. Thats almost an unfathomable possibility at the moment, but maybe we havent seen anything yet. Especially if institutional interest keeps exploding.

But McAfee has even bolder ideas, to be sure. In an even newer Twitter exchange, McAfee explained that he believes the BTC price could reach into the billions one day.

Specifically, the tens of billions as he argues:

Thats certainly the most aggressive price prediction anyones made for BTC yet. But if that insane price materializes, McAfee will end up looking like even more of a madman genius than he already is.

Swedish Pirate Party founder Rick Falkvinge is a big proponent of Bitcoin Cash (BCH), going so far as to sarcastically call himself the CEO of Bitcoin Cash.

But that doesnt mean he doesnt respect the beast that BTC is and could be.

Bitcoin] can easily go to more than $1 million per bitcoin. Falkvinge said during a recent interview. But thats just Falkvinges conservative estimate. Hes actually more bullish than that, asserting that BTC can go as high as $5 million:

If cryptocurrency fulfills its promise, and theres no indication it wouldnt, then the equivalent of one bitcoin needs to be in the $2-5 million dollar range.

The cryptocurrency expert and venture capitalist, Tim Draper, has also given its opinion about the future price of Bitcoin. According to him bitcoin and blockchain technology are one of the best things that happened for businesses.

Mr Draper said in 2014 that Bitcoin could reach $10,000 in just three years, something that happened in 2017, exactly on the date he predicted. When he explained that bitcoin could reach that price ($10,000), the cryptocurrency was traded just at $413 dollars.

At the same time, he said that in the future Bitcoin could keep growing. About that, he is convinced that the cryptocurrency is the future and that the virtual currency market will gain its place among fiat currencies.

Bitcoin is the future currency. Why would I sell the future for the past? Why would I go and grab some weird fiat subject to the will of some governments? he commented during an interview with Bloomberg.

The world market for cryptocurrencies is 6 trillion dollars, and I think that that it will be crypto. And I am really excited about all the extraordinary things that can happen because of crypto and bitcoin.

Cameron Winklevoss is one of the two popular Winklevoss twins. The co-founder of the cryptocurrency exchange Gemini, stated that bitcoin could be worth 40 times its current value.

In order to explain why bitcoin could grow up to 40 times, he compared the cryptocurrency market capitalization with the market cap of gold.

During an interview with CNBC he said:

So if you look at a $100 billion market cap today, now last week it might have been more like 200, so its actually a buying opportunity, we think that theres a potential appreciation of 30 to 40 times because you look at the gold market today, its a $7 trillion market. And so a lot of people are starting to se that, they recognize the store of value properties.

He has also said that due to the fact that bitcoin has a fixed supply, it is still a very underappreciated asset. Indeed, he stated that he and his brother believe that bitcoin disrupts gold.

The Winklevoss twins emphasized that they will not sell their bitcoins even if the price surpasses $380,000 dollars. This is a special number, because if bitcoin reaches this price level, its market capitalization will be equal to golds market valuation.

An important portfolio manager that worked for more than six years in the cryptocurrency world, predicted this year that Bitcoin could reach $50,000 dollars. While speaking at the World Economic Forum in Davos, he brought some calm to the cryptocurrency market. Bitcoin could definitely see $50,000 in 2018.

At the moment of the statement, Bitcoin was traded over $11,000, days later it reached the lowest point in months when it was displayed in cryptocurrency exchanges under $6,000 dollars.

But Mr Singh said that the kind of volatility that bitcoin experienced is not unusual nor unexpected. And thats confirmed when we pay attention to the charts. In the past, Bitcoin suffered important corrections in just a few days.

Mr Singh commented:

If you look at Microsoft of Apple when they went public their stocks were very volatile because the market wasnt mature. There are not so many vendors right now who can accept cryptocurrencies but theres huge adoption on the black market.

Cryptocurrency adoption keeps growing all over the world. In past articles we wrote that enterprises are investing in blockchain technologies and virtual currencies. Businesses all around the world, including small shops and merchants, are adopting bitcoin and other currencies as a means of payment.

If the adoption trend continues, bitcoin could lead the market towards new all time highs. Additionally, payment processors are working with cryptocurrencies trying to spread their benefits.

Lets get really speculative just for the purposes of illustration the growth thats possible in the coming years.

The current market cap of all global stock markets is around $100 trillion USD. Woah, right? Accordingly, lets say that the entire cryptocurrency market one day reaches this $100 trillion cap.

And lets also say that BTC maintains its current position as hovering around a 50 percent share of the entire crypto market (though, of course, theres no reason to believe itll stay at 50 percent forever).

That would put Bitcoin as having around a $50 trillion market cap. At this point, all we need is to divide $50 trillion by the number of bitcoins in existence.

Lets go with 17 million instead of 21 million since many bitcoins have been lost already.

Alas: $50 trillion divided by 17 million = ~$2,941,176. Round up, and thats $3 million per bitcoin.

Now, we cant count our eggs before theyve hatched. Theres still quite the mountain to climb for the crypto market to get even close to hitting $100 trillion. But maybe its possible in 30 or 40 years. Maybe not at all.

Its going to be a wild ride no matter what happens between now and then, that much is for sure.

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Suite of Crypto Services to Leverage Nasdaq Framework …

Nasdaq and Bcause have announced that a suite of new cryptocurrency services will be offered via the Nasdaq Financial Framework. These services include crypto mining and custody solutions, as well as spot and derivatives trading. They are expected to attract a broad range of users including a new breed of investors wanting to participate in the growing cryptocurrency marketplace.

Also read: SEC Chair Explains Key Upgrades Needed for Bitcoin ETF Approval

Nasdaq Inc. and Bcause Llc announced on Wednesday that a suite of crypto services will leverage Nasdaqs technology, elaborating:

Bcauses markets will operate on Nasdaqs matching engine, clearing and market surveillance technology via the Nasdaq Financial Framework platform.

The Nasdaq Financial Framework consists of a single operational core that ties together the deep portfolio of Nasdaqs proven business functionality across the trade lifecycle, in an open framework, the company detailed.

Launched last year with a mining facility in Virginia Beach, Virginia, Bcause is building what it calls a full-stack cryptocurrency ecosystem which it also claims to be the worlds first. According to the announcement, the services to be offered via Nasdaqs framework are all parts of the digital currency value chain, from a custody solution to the mining facility in Virginia Beach, to spot trading for digital assets, to a futures market and derivatives clearinghouse. The technology is expected to go live in the first half of this year with the launch of the Bcause spot cryptocurrency market.

In addition, Bcause revealed that it has filed with the U.S. Commodity Futures Trading Commission (CFTC) to become a designated contract market (DCM) and to establish a derivative clearing organization (DCO). The CFTC website describes that DCMs may list for trading futures or option contracts based on any underlying commodity, index or instrument.

Wednesdays announcement further states:

Once derivatives trading and clearing officially commence, Bcause will be the only venue to serve as a one-stop shop for all parts of the digital currency value chain: from the state-of-the-art digital mining facility launched in February 2018, to spot trading for digital assets, to a futures market and derivatives clearinghouse which are pending regulatory approval.

Nasdaq explained that its market technology is already being used by broker-dealers, exchanges, clearinghouses, central securities depositories and regulators in over 50 countries. In February, the bourse began tracking the prices of BTC and ETH with real-time price data.

Nasdaq also offers a digital asset surveillance technology, which it believes will help Bcause monitor its markets for manipulative activities and misconduct to benefit the security of the crypto spot and derivatives markets.

I fully expect that our markets will attract a broad range of users, Bcause CEO Fred Grede expressed, from those who are already quite active in the financial markets and familiar with Nasdaq technology, to a new breed of investors wanting to participate in the growing cryptocurrency marketplace. Paul McKeown, Nasdaqs Senior VP and Head of Marketplace Operators and New Markets, Market Technology, commented:

By leveraging the Nasdaq Financial Framework, Bcause will have the scalability and modular functionality to introduce new micro-services and expand its business offerings to meet industry demands and the evolution of the digital assets economy.

What do you think of this new suite of crypto services leveraging Nasdaqs technology? Let us know in the comments section below.

Images courtesy of Shutterstock.

Need to calculate your bitcoin holdings? Check our tools section.

A student of Austrian Economics, Kevin found Bitcoin in 2011 and has been an evangelist ever since. His interests lie in Bitcoin security, open-source systems, network effects and the intersection between economics and cryptography.

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